Rouxvolution
// catalog ── second block pairs

Browse Second block pairs

Back pair cases start with the DR edge in position and front slot free.

Front pair cases finish the second block.

Filters let you browse by pair, move count, piece position, learning status, or slowest cases. Tap ✓ Queue on individual cards to build a custom drill list.

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496 cases · loading marks…

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Showing — cases.
New
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STM-optimal (2)
  1. r U' R'
  2. r U' r'
Speed-optimal (2, X2-penalised)
  1. r U' R'
  2. r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R U R'
  2. R U r'
Speed-optimal (2, X2-penalised)
  1. R U R'
  2. R U r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R U' R'
  2. R U' r'
Speed-optimal (2, X2-penalised)
  1. R U' R'
  2. R U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. r U R'
  2. r U r'
Speed-optimal (2, X2-penalised)
  1. r U R'
  2. r U r'
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. R U2 R'
  2. R U2 r'
  3. r U2 R'
  4. r U2 r'
Speed-optimal (4, X2-penalised)
  1. R U2 R'
  2. r U2 R'
  3. R U2 r'
  4. r U2 r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. r' U R
  2. r' U r
Speed-optimal (2, X2-penalised)
  1. r' U R
  2. r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R' U R
  2. R' U r
Speed-optimal (2, X2-penalised)
  1. R' U R
  2. R' U r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. r' U' R
  2. r' U' r
Speed-optimal (2, X2-penalised)
  1. r' U' R
  2. r' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R' U' R
  2. R' U' r
Speed-optimal (2, X2-penalised)
  1. R' U' R
  2. R' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. R' U2 R
  2. R' U2 r
  3. r' U2 R
  4. r' U2 r
Speed-optimal (4, X2-penalised)
  1. R' U2 R
  2. r' U2 R
  3. R' U2 r
  4. r' U2 r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r2 R' U' R'
  2. r2 R' U' r'
  3. M2 R U' R'
  4. M2 R U' r'
  5. r M' U' R'
Speed-optimal (5, X2-penalised)
  1. M2 R U' R'
  2. r2 R' U' R'
  3. r M' U' R'
  4. R' r2 U' R'
  5. R M2 U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M R U R'
  2. M R U r'
  3. r' R2 U R'
  4. r' R2 U r'
  5. R M U R'
Speed-optimal (5, X2-penalised)
  1. M R U R'
  2. r' R2 U R'
  3. R M U R'
  4. R2 r' U R'
  5. r M2 U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r2 R' U R'
  2. r2 R' U r'
  3. M2 R U R'
  4. M2 R U r'
  5. r M' U R'
Speed-optimal (5, X2-penalised)
  1. M2 R U R'
  2. r2 R' U R'
  3. r M' U R'
  4. R' r2 U R'
  5. R M2 U R'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U' r U' R'
  2. U' r U' r'
Speed-optimal (2, X2-penalised)
  1. U' r U' R'
  2. U' r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U2 r U' R'
  2. U2 r U' r'
Speed-optimal (2, X2-penalised)
  1. U2 r U' R'
  2. U2 r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U r U' R'
  2. U r U' r'
Speed-optimal (2, X2-penalised)
  1. U r U' R'
  2. U r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 R U' R'
  2. U2 R U' r'
  3. U' R U2 R'
  4. U' R U2 r'
  5. U' r U2 R'
Speed-optimal (5, X2-penalised)
  1. U2 R U' R'
  2. U' R U2 R'
  3. U' r U2 R'
  4. U2 R U' r'
  5. U' R U2 r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U2 r U R'
  2. U2 r U r'
Speed-optimal (2, X2-penalised)
  1. U2 r U R'
  2. U2 r U r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M R U' R'
  2. M R U' r'
  3. r' R2 U' R'
  4. r' R2 U' r'
  5. R M U' R'
Speed-optimal (5, X2-penalised)
  1. M R U' R'
  2. r' R2 U' R'
  3. R M U' R'
  4. R2 r' U' R'
  5. r M2 U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U2 R U R'
  2. U2 R U r'
Speed-optimal (2, X2-penalised)
  1. U2 R U R'
  2. U2 R U r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U R U R'
  2. U R U r'
Speed-optimal (2, X2-penalised)
  1. U R U R'
  2. U R U r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U' r U R'
  2. U' r U r'
Speed-optimal (2, X2-penalised)
  1. U' r U R'
  2. U' r U r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U' R U R'
  2. U' R U r'
Speed-optimal (2, X2-penalised)
  1. U' R U R'
  2. U' R U r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U R U' R'
  2. U R U' r'
  3. U2 R U2 R'
  4. U2 R U2 r'
  5. U2 r U2 R'
Speed-optimal (2, X2-penalised)
  1. U R U' R'
  2. U R U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U r U R'
  2. U r U r'
Speed-optimal (2, X2-penalised)
  1. U r U R'
  2. U r U r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M2 R' U' R
  2. M2 R' U' r
  3. r2 R U' R
  4. r2 R U' r
  5. r' M U' R
Speed-optimal (5, X2-penalised)
  1. M2 R' U' R
  2. r2 R U' R
  3. r' M U' R
  4. R r2 U' R
  5. R' M2 U' R
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U' r' U R
  2. U' r' U r
Speed-optimal (2, X2-penalised)
  1. U' r' U R
  2. U' r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U r' U R
  2. U r' U r
Speed-optimal (2, X2-penalised)
  1. U r' U R
  2. U r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U2 r' U R
  2. U2 r' U r
Speed-optimal (2, X2-penalised)
  1. U2 r' U R
  2. U2 r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M2 R' U R
  2. M2 R' U r
  3. r2 R U R
  4. r2 R U r
  5. r' M U R
Speed-optimal (5, X2-penalised)
  1. M2 R' U R
  2. r2 R U R
  3. r' M U R
  4. R r2 U R
  5. R' M2 U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M' R' U' R
  2. M' R' U' r
  3. r R2 U' R
  4. r R2 U' r
  5. R' M' U' R
Speed-optimal (5, X2-penalised)
  1. M' R' U' R
  2. r R2 U' R
  3. R' M' U' R
  4. R2 r U' R
  5. r' M2 U' R
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U2 R' U' R
  2. U2 R' U' r
Speed-optimal (2, X2-penalised)
  1. U2 R' U' R
  2. U2 R' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 R' U R
  2. U2 R' U r
  3. U R' U2 R
  4. U R' U2 r
  5. U r' U2 R
Speed-optimal (5, X2-penalised)
  1. U2 R' U R
  2. U R' U2 R
  3. U r' U2 R
  4. U2 R' U r
  5. U R' U2 r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M' R' U R
  2. M' R' U r
  3. r R2 U R
  4. r R2 U r
  5. R' M' U R
Speed-optimal (5, X2-penalised)
  1. M' R' U R
  2. r R2 U R
  3. R' M' U R
  4. R2 r U R
  5. r' M2 U R
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U2 r' U' R
  2. U2 r' U' r
Speed-optimal (2, X2-penalised)
  1. U2 r' U' R
  2. U2 r' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U' R' U' R
  2. U' R' U' r
Speed-optimal (2, X2-penalised)
  1. U' R' U' R
  2. U' R' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U r' U' R
  2. U r' U' r
Speed-optimal (2, X2-penalised)
  1. U r' U' R
  2. U r' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U R' U' R
  2. U R' U' r
Speed-optimal (2, X2-penalised)
  1. U R' U' R
  2. U R' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' R' U R
  2. U' R' U r
  3. U2 R' U2 R
  4. U2 R' U2 r
  5. U2 r' U2 R
Speed-optimal (2, X2-penalised)
  1. U' R' U R
  2. U' R' U r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U' r' U' R
  2. U' r' U' r
Speed-optimal (2, X2-penalised)
  1. U' r' U' R
  2. U' r' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. r U M' U' R'
  2. r U M' U' r'
  3. R U M2 U' R'
  4. R U M2 U' r'
Speed-optimal (4, X2-penalised)
  1. r U M' U' R'
  2. R U M2 U' R'
  3. r U M' U' r'
  4. R U M2 U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' r2 R' U' R'
  2. U' r2 R' U' r'
  3. U' M2 R U' R'
  4. U' M2 R U' r'
  5. U' r M' U' R'
Speed-optimal (5, X2-penalised)
  1. U' M2 R U' R'
  2. U' r2 R' U' R'
  3. r U' M' U' R'
  4. U' R' r2 U' R'
  5. U' r M' U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. M2 U2 R U R'
  2. M2 U2 R U r'
  3. M U2 r U R'
  4. M U2 r U r'
Speed-optimal (4, X2-penalised)
  1. M2 U2 R U R'
  2. M U2 r U R'
  3. M2 U2 R U r'
  4. M U2 r U r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 r2 R' U' R'
  2. U2 r2 R' U' r'
  3. U2 M2 R U' R'
  4. U2 M2 R U' r'
  5. U2 r M' U' R'
Speed-optimal (5, X2-penalised)
  1. U2 M2 R U' R'
  2. U2 r M' U' R'
  3. U2 R M2 U' R'
  4. M' U2 r U' R'
  5. U2 M' r U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U r2 R' U' R'
  2. U r2 R' U' r'
  3. U M2 R U' R'
  4. U M2 R U' r'
  5. U r M' U' R'
Speed-optimal (5, X2-penalised)
  1. U M2 R U' R'
  2. U r2 R' U' R'
  3. U r M' U' R'
  4. U R' r2 U' R'
  5. U R M2 U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. r U2 M' U' R'
  2. r U2 M' U' r'
  3. R U2 M2 U' R'
  4. R U2 M2 U' r'
Speed-optimal (4, X2-penalised)
  1. r U2 M' U' R'
  2. R U2 M2 U' R'
  3. r U2 M' U' r'
  4. R U2 M2 U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. R U' M U R'
  2. R U' M U r'
  3. r U' M2 U R'
  4. r U' M2 U r'
Speed-optimal (4, X2-penalised)
  1. R U' M U R'
  2. r U' M2 U R'
  3. R U' M U r'
  4. r U' M2 U r'
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. R U M U R'
  2. R U M U r'
  3. r U M2 U R'
  4. r U M2 U r'
Speed-optimal (4, X2-penalised)
  1. R U M U R'
  2. r U M2 U R'
  3. R U M U r'
  4. r U M2 U r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 M R U R'
  2. U2 M R U r'
  3. U2 r' R2 U R'
  4. U2 r' R2 U r'
  5. U2 R M U R'
Speed-optimal (5, X2-penalised)
  1. U2 M R U R'
  2. U2 R M U R'
  3. U2 r M2 U R'
  4. U2 M2 r U R'
  5. U2 M R U r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M U2 R U' R'
  2. M U2 R U' r'
  3. M U' R U2 R'
  4. M U' R U2 r'
  5. M U' r U2 R'
Speed-optimal (5, X2-penalised)
  1. M U2 R U' R'
  2. M U' R U2 R'
  3. M U' r U2 R'
  4. M U2 R U' r'
  5. M U' R U2 r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U M R U R'
  2. U M R U r'
  3. U r' R2 U R'
  4. U r' R2 U r'
  5. U R M U R'
Speed-optimal (5, X2-penalised)
  1. U M R U R'
  2. U r' R2 U R'
  3. U R M U R'
  4. U R2 r' U R'
  5. U r M2 U R'
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. R U2 M U R'
  2. R U2 M U r'
  3. r U2 M2 U R'
  4. r U2 M2 U r'
Speed-optimal (4, X2-penalised)
  1. R U2 M U R'
  2. r U2 M2 U R'
  3. R U2 M U r'
  4. r U2 M2 U r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' M R U R'
  2. U' M R U r'
  3. U' r' R2 U R'
  4. U' r' R2 U r'
  5. U' R M U R'
Speed-optimal (5, X2-penalised)
  1. U' M R U R'
  2. U' r' R2 U R'
  3. U' R M U R'
  4. U' R2 r' U R'
  5. U' r M2 U R'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R U' M2 U R'
  2. R U' M2 U r'
Speed-optimal (2, X2-penalised)
  1. R U' M2 U R'
  2. R U' M2 U r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R U M2 U R'
  2. R U M2 U r'
Speed-optimal (2, X2-penalised)
  1. R U M2 U R'
  2. R U M2 U r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 r2 R' U R'
  2. U2 r2 R' U r'
  3. U2 M2 R U R'
  4. U2 M2 R U r'
  5. U2 r M' U R'
Speed-optimal (5, X2-penalised)
  1. U2 M2 R U R'
  2. U2 r M' U R'
  3. U2 R M2 U R'
  4. U2 M' r U R'
  5. U2 M2 R U r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M2 U2 R U' R'
  2. M2 U2 R U' r'
  3. M2 U' R U2 R'
  4. M2 U' R U2 r'
  5. M2 U' r U2 R'
Speed-optimal (5, X2-penalised)
  1. M2 U2 R U' R'
  2. M2 U' R U2 R'
  3. M2 U' r U2 R'
  4. M2 U2 R U' r'
  5. M2 U' R U2 r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U r2 R' U R'
  2. U r2 R' U r'
  3. U M2 R U R'
  4. U M2 R U r'
  5. U r M' U R'
Speed-optimal (5, X2-penalised)
  1. U M2 R U R'
  2. U r2 R' U R'
  3. U r M' U R'
  4. U R' r2 U R'
  5. U R M2 U R'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R U2 M2 U R'
  2. R U2 M2 U r'
Speed-optimal (2, X2-penalised)
  1. R U2 M2 U R'
  2. R U2 M2 U r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' r2 R' U R'
  2. U' r2 R' U r'
  3. U' M2 R U R'
  4. U' M2 R U r'
  5. U' r M' U R'
Speed-optimal (5, X2-penalised)
  1. U' M2 R U R'
  2. U' r2 R' U R'
  3. U' r M' U R'
  4. U' R' r2 U R'
  5. U' R M2 U R'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R U M' U' R'
  2. R U M' U' r'
Speed-optimal (2, X2-penalised)
  1. R U M' U' R'
  2. R U M' U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. M' U2 R U R'
  2. M' U2 R U r'
  3. M2 U2 r U R'
  4. M2 U2 r U r'
Speed-optimal (4, X2-penalised)
  1. M' U2 R U R'
  2. M2 U2 r U R'
  3. M' U2 R U r'
  4. M2 U2 r U r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R U2 M' U' R'
  2. R U2 M' U' r'
Speed-optimal (2, X2-penalised)
  1. R U2 M' U' R'
  2. R U2 M' U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U' M U' R'
  2. R U' M U' r'
  3. R U M' U R'
  4. R U M' U r'
  5. r U' M U' R'
Speed-optimal (5, X2-penalised)
  1. R U' M U' R'
  2. r U' M U' R'
  3. R U M' U R'
  4. r U M' U R'
  5. R U' M U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. r U' M U R'
  2. r U' M U r'
Speed-optimal (2, X2-penalised)
  1. r U' M U R'
  2. r U' M U r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. r U M U R'
  2. r U M U r'
Speed-optimal (2, X2-penalised)
  1. r U M U R'
  2. r U M U r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. r U2 M U R'
  2. r U2 M U r'
Speed-optimal (2, X2-penalised)
  1. r U2 M U R'
  2. r U2 M U r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. r U M2 U' R'
  2. r U M2 U' r'
Speed-optimal (2, X2-penalised)
  1. r U M2 U' R'
  2. r U M2 U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. r U' M2 U' R'
  2. r U' M2 U' r'
  3. M2 U' r U' R'
  4. M2 U' r U' r'
Speed-optimal (4, X2-penalised)
  1. r U' M2 U' R'
  2. M2 U' r U' R'
  3. r U' M2 U' r'
  4. M2 U' r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. M2 U2 r U' R'
  2. M2 U2 r U' r'
Speed-optimal (2, X2-penalised)
  1. M2 U2 r U' R'
  2. M2 U2 r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. M2 U r U' R'
  2. M2 U r U' r'
Speed-optimal (2, X2-penalised)
  1. M2 U r U' R'
  2. M2 U r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. r U2 M2 U' R'
  2. r U2 M2 U' r'
Speed-optimal (2, X2-penalised)
  1. r U2 M2 U' R'
  2. r U2 M2 U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. M U' r U' R'
  2. M U' r U' r'
Speed-optimal (2, X2-penalised)
  1. M U' r U' R'
  2. M U' r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. M U2 r U' R'
  2. M U2 r U' r'
Speed-optimal (2, X2-penalised)
  1. M U2 r U' R'
  2. M U2 r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. M U r U' R'
  2. M U r U' r'
Speed-optimal (2, X2-penalised)
  1. M U r U' R'
  2. M U r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M' U2 R U' R'
  2. M' U2 R U' r'
  3. M' U' R U2 R'
  4. M' U' R U2 r'
  5. M' U' r U2 R'
Speed-optimal (5, X2-penalised)
  1. M' U2 R U' R'
  2. U2 M R U' R'
  3. U2 R M U' R'
  4. U2 r M2 U' R'
  5. U2 M2 r U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U M U' R'
  2. R U M U' r'
  3. R U' M' U R'
  4. R U' M' U r'
  5. r U M U' R'
Speed-optimal (5, X2-penalised)
  1. R U M U' R'
  2. r U M U' R'
  3. R U' M' U R'
  4. r U' M' U R'
  5. R U M U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U M R U' R'
  2. U M R U' r'
  3. U r' R2 U' R'
  4. U r' R2 U' r'
  5. U R M U' R'
Speed-optimal (5, X2-penalised)
  1. U M R U' R'
  2. U r' R2 U' R'
  3. U R M U' R'
  4. U R2 r' U' R'
  5. U r M2 U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' M R U' R'
  2. U' M R U' r'
  3. U' r' R2 U' R'
  4. U' r' R2 U' r'
  5. U' R M U' R'
Speed-optimal (5, X2-penalised)
  1. U' M R U' R'
  2. U' r' R2 U' R'
  3. U' R M U' R'
  4. U' R2 r' U' R'
  5. U' r M2 U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U' M U' R
  2. R' U' M U' r
  3. R' U M' U R
  4. R' U M' U r
  5. r' U' M U' R
Speed-optimal (5, X2-penalised)
  1. R' U' M U' R
  2. r' U' M U' R
  3. R' U M' U R
  4. r' U M' U R
  5. R' U' M U' r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R' U M2 U' R
  2. R' U M2 U' r
Speed-optimal (2, X2-penalised)
  1. R' U M2 U' R
  2. R' U M2 U' r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R' U2 M2 U' R
  2. R' U2 M2 U' r
Speed-optimal (2, X2-penalised)
  1. R' U2 M2 U' R
  2. R' U2 M2 U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U M2 R' U' R
  2. U M2 R' U' r
  3. U r2 R U' R
  4. U r2 R U' r
  5. U r' M U' R
Speed-optimal (5, X2-penalised)
  1. U M2 R' U' R
  2. U r2 R U' R
  3. U r' M U' R
  4. U R r2 U' R
  5. U R' M2 U' R
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R' U' M2 U' R
  2. R' U' M2 U' r
Speed-optimal (2, X2-penalised)
  1. R' U' M2 U' R
  2. R' U' M2 U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 M2 R' U' R
  2. U2 M2 R' U' r
  3. U2 r2 R U' R
  4. U2 r2 R U' r
  5. U2 r' M U' R
Speed-optimal (5, X2-penalised)
  1. U2 M2 R' U' R
  2. U2 r' M U' R
  3. U2 R' M2 U' R
  4. U2 M r' U' R
  5. U2 M2 R' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M2 U2 R' U R
  2. M2 U2 R' U r
  3. M2 U R' U2 R
  4. M2 U R' U2 r
  5. M2 U r' U2 R
Speed-optimal (5, X2-penalised)
  1. M2 U2 R' U R
  2. M2 U R' U2 R
  3. M2 U r' U2 R
  4. M2 U2 R' U r
  5. M2 U R' U2 r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' M2 R' U' R
  2. U' M2 R' U' r
  3. U' r2 R U' R
  4. U' r2 R U' r
  5. U' r' M U' R
Speed-optimal (5, X2-penalised)
  1. U' M2 R' U' R
  2. U' r2 R U' R
  3. U' r' M U' R
  4. U' R r2 U' R
  5. U' R' M2 U' R
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R' U' M U R
  2. R' U' M U r
Speed-optimal (2, X2-penalised)
  1. R' U' M U R
  2. R' U' M U r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. r U2 r2 U R
  2. r U2 r2 U r
Speed-optimal (5, X2-penalised)
  1. r U2 r2 U R
  2. r U2 r2 U r
  3. R U2 r' R' U R
  4. R U2 R' r' U R
  5. R U2 r' R' U r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R' U2 M U R
  2. R' U2 M U r
Speed-optimal (2, X2-penalised)
  1. R' U2 M U R
  2. R' U2 M U r
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. M U2 R' U' R
  2. M U2 R' U' r
  3. M2 U2 r' U' R
  4. M2 U2 r' U' r
Speed-optimal (4, X2-penalised)
  1. M U2 R' U' R
  2. M2 U2 r' U' R
  3. M U2 R' U' r
  4. M2 U2 r' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. r U' r2 U R
  2. r U' r2 U r
Speed-optimal (2, X2-penalised)
  1. r U' r2 U R
  2. r U' r2 U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r' U' M U R
  2. r' U' M U r
  3. R' U' M2 U R
  4. R' U' M2 U r
  5. r2 U R' U' R2
Speed-optimal (4, X2-penalised)
  1. r' U' M U R
  2. R' U' M2 U R
  3. r' U' M U r
  4. R' U' M2 U r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R U2 r2 U R
  2. R U2 r2 U r
Speed-optimal (2, X2-penalised)
  1. R U2 r2 U R
  2. R U2 r2 U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' M2 R' U R
  2. U' M2 R' U r
  3. U' r2 R U R
  4. U' r2 R U r
  5. U' r' M U R
Speed-optimal (5, X2-penalised)
  1. U' M2 R' U R
  2. U' r2 R U R
  3. U' r' M U R
  4. U' R r2 U R
  5. U' R' M2 U R
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. r' U2 M U R
  2. r' U2 M U r
  3. R' U2 M2 U R
  4. R' U2 M2 U r
Speed-optimal (4, X2-penalised)
  1. r' U2 M U R
  2. R' U2 M2 U R
  3. r' U2 M U r
  4. R' U2 M2 U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U M2 R' U R
  2. U M2 R' U r
  3. U r2 R U R
  4. U r2 R U r
  5. U r' M U R
Speed-optimal (5, X2-penalised)
  1. U M2 R' U R
  2. U r2 R U R
  3. r' U M U R
  4. R U r2 U R
  5. U r' M U R
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. M2 U2 R' U' R
  2. M2 U2 R' U' r
  3. M' U2 r' U' R
  4. M' U2 r' U' r
Speed-optimal (4, X2-penalised)
  1. M2 U2 R' U' R
  2. M' U2 r' U' R
  3. M2 U2 R' U' r
  4. M' U2 r' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 M2 R' U R
  2. U2 M2 R' U r
  3. U2 r2 R U R
  4. U2 r2 R U r
  5. U2 r' M U R
Speed-optimal (5, X2-penalised)
  1. U2 M2 R' U R
  2. U2 r' M U R
  3. U2 R' M2 U R
  4. M U2 r' U R
  5. U2 M r' U R
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R U' r2 U R
  2. R U' r2 U r
Speed-optimal (2, X2-penalised)
  1. R U' r2 U R
  2. R U' r2 U r
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. R' U M' U' R
  2. R' U M' U' r
  3. r' U M2 U' R
  4. r' U M2 U' r
Speed-optimal (4, X2-penalised)
  1. R' U M' U' R
  2. r' U M2 U' R
  3. R' U M' U' r
  4. r' U M2 U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r U2 R2 U R
  2. r U2 R2 U r
  3. r U R2 U2 R
  4. r U R2 U2 r
  5. r U r2 U2 R
Speed-optimal (5, X2-penalised)
  1. r U2 R2 U R
  2. r U R2 U2 R
  3. r U2 R2 U r
  4. r U R2 U2 r
  5. r U r' R' U2 R
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. R' U2 M' U' R
  2. R' U2 M' U' r
  3. r' U2 M2 U' R
  4. r' U2 M2 U' r
Speed-optimal (4, X2-penalised)
  1. R' U2 M' U' R
  2. r' U2 M2 U' R
  3. R' U2 M' U' r
  4. r' U2 M2 U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U M' R' U' R
  2. U M' R' U' r
  3. U r R2 U' R
  4. U r R2 U' r
  5. U R' M' U' R
Speed-optimal (5, X2-penalised)
  1. U M' R' U' R
  2. U r R2 U' R
  3. U R' M' U' R
  4. U R2 r U' R
  5. U r' M2 U' R
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. R' U' M' U' R
  2. R' U' M' U' r
  3. r' U' M2 U' R
  4. r' U' M2 U' r
Speed-optimal (4, X2-penalised)
  1. R' U' M' U' R
  2. r' U' M2 U' R
  3. R' U' M' U' r
  4. r' U' M2 U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 M' R' U' R
  2. U2 M' R' U' r
  3. U2 r R2 U' R
  4. U2 r R2 U' r
  5. U2 R' M' U' R
Speed-optimal (5, X2-penalised)
  1. U2 M' R' U' R
  2. U2 R' M' U' R
  3. U2 r' M2 U' R
  4. U2 M2 r' U' R
  5. U2 M' R' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M' U2 R' U R
  2. M' U2 R' U r
  3. M' U R' U2 R
  4. M' U R' U2 r
  5. M' U r' U2 R
Speed-optimal (5, X2-penalised)
  1. M' U2 R' U R
  2. M' U R' U2 R
  3. M' U r' U2 R
  4. M' U2 R' U r
  5. M' U R' U2 r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' M' R' U' R
  2. U' M' R' U' r
  3. U' r R2 U' R
  4. U' r R2 U' r
  5. U' R' M' U' R
Speed-optimal (5, X2-penalised)
  1. U' M' R' U' R
  2. U' r R2 U' R
  3. U' R' M' U' R
  4. U' R2 r U' R
  5. U' r' M2 U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R2 U R2 U' R2
  2. R2 U R2 U' r2
  3. R2 U2 R2 U2 R2
  4. R2 U2 R2 U2 r2
  5. R2 U2 r2 U2 R2
Speed-optimal (5, X2-penalised)
  1. R2 U R2 U' R2
  2. R2 U R2 U' r2
  3. R2 U R2 U' r' R'
  4. R2 U R2 U' r R
  5. R' r' U R2 U' R2
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. R2 U' R2 U R2
  2. R2 U' R2 U r2
  3. r2 U' R2 U R2
  4. r2 U' R2 U r2
Speed-optimal (4, X2-penalised)
  1. U R U' R2 U R
  2. U r U' R2 U R
  3. U R U' R2 U r
  4. U r U' R2 U r
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. R U R2 U' R
  2. R U R2 U' r
  3. r U R2 U' R
  4. r U R2 U' r
Speed-optimal (4, X2-penalised)
  1. R U R2 U' R
  2. r U R2 U' R
  3. R U R2 U' r
  4. r U R2 U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U' R2 U R
  2. R U' R2 U r
  3. R U2 R2 U2 R
  4. R U2 R2 U2 r
  5. R U2 r2 U2 R
Speed-optimal (4, X2-penalised)
  1. R U' R2 U R
  2. r U' R2 U R
  3. R U' R2 U r
  4. r U' R2 U r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R2 U R' U' R2
  2. R2 U R' U' r2
Speed-optimal (5, X2-penalised)
  1. M' R' U' M U R
  2. R2 U R' U' R2
  3. R' M' U' M U R
  4. R2 U R' U' r2
  5. r' M2 U' M U R
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. M' U' r' U R
  2. M' U' r' U r
Speed-optimal (2, X2-penalised)
  1. M' U' r' U R
  2. M' U' r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R U2 R2 U' R
  2. R U2 R2 U' r
Speed-optimal (5, X2-penalised)
  1. R U2 R2 U' R
  2. R U2 R2 U' r
  3. M' R' U2 M U R
  4. R' M' U2 M U R
  5. M2 R' U2 M2 U R
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. M' U r' U R
  2. M' U r' U r
Speed-optimal (2, X2-penalised)
  1. M' U r' U R
  2. M' U r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. M' U2 r' U R
  2. M' U2 r' U r
Speed-optimal (2, X2-penalised)
  1. M' U2 r' U R
  2. M' U2 r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M U2 R' U R
  2. M U2 R' U r
  3. M U R' U2 R
  4. M U R' U2 r
  5. M U r' U2 R
Speed-optimal (5, X2-penalised)
  1. M U2 R' U R
  2. U2 M' R' U R
  3. U2 R' M' U R
  4. U2 r' M2 U R
  5. U2 M2 r' U R
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. r' U M' U' R
  2. r' U M' U' r
Speed-optimal (2, X2-penalised)
  1. r' U M' U' R
  2. r' U M' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U2 R2 U R
  2. R U2 R2 U r
  3. R U R2 U2 R
  4. R U R2 U2 r
  5. R U r2 U2 R
Speed-optimal (5, X2-penalised)
  1. R U2 R2 U R
  2. R U R2 U2 R
  3. R U2 R2 U r
  4. R U R2 U2 r
  5. R U r' R' U2 R
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. r' U2 M' U' R
  2. r' U2 M' U' r
Speed-optimal (2, X2-penalised)
  1. r' U2 M' U' R
  2. r' U2 M' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. r' U' M' U' R
  2. r' U' M' U' r
Speed-optimal (2, X2-penalised)
  1. r' U' M' U' R
  2. r' U' M' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R2 U' R' U R2
  2. R2 U' R' U r2
Speed-optimal (5, X2-penalised)
  1. M U' M' R' U' R
  2. R2 U' R' U R2
  3. M2 U' M2 R' U' R
  4. R2 U' R' U r2
  5. M U' R' M' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. r' U' M2 U R
  2. r' U' M2 U r
Speed-optimal (2, X2-penalised)
  1. r' U' M2 U R
  2. r' U' M2 U r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. M2 U' r' U R
  2. M2 U' r' U r
Speed-optimal (2, X2-penalised)
  1. M2 U' r' U R
  2. M2 U' r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. r U2 R2 U' R
  2. r U2 R2 U' r
  3. r' U2 M2 U R
  4. r' U2 M2 U r
Speed-optimal (2, X2-penalised)
  1. r' U2 M2 U R
  2. r' U2 M2 U r
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. r' U M2 U R
  2. r' U M2 U r
  3. M2 U r' U R
  4. M2 U r' U r
Speed-optimal (4, X2-penalised)
  1. r' U M2 U R
  2. M2 U r' U R
  3. r' U M2 U r
  4. M2 U r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. M2 U2 r' U R
  2. M2 U2 r' U r
Speed-optimal (2, X2-penalised)
  1. M2 U2 r' U R
  2. M2 U2 r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R2 U2 R' U2 R2
  2. R2 U2 R' U2 r2
  3. R2 U2 r' U2 R2
  4. R2 U2 r' U2 r2
  5. r2 U2 R' U2 R2
Speed-optimal (2, X2-penalised)
  1. U' r' U M' U' R
  2. U' r' U M' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. R U' R2 U' R
  2. R U' R2 U' r
  3. r U' R2 U' R
  4. r U' R2 U' r
Speed-optimal (4, X2-penalised)
  1. R U' R2 U' R
  2. r U' R2 U' R
  3. R U' R2 U' r
  4. r U' R2 U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U M U' R
  2. R' U M U' r
  3. R' U' M' U R
  4. R' U' M' U r
  5. r' U M U' R
Speed-optimal (5, X2-penalised)
  1. R' U M U' R
  2. r' U M U' R
  3. R' U' M' U R
  4. r' U' M' U R
  5. R' U M U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' M' R' U R
  2. U' M' R' U r
  3. U' r R2 U R
  4. U' r R2 U r
  5. U' R' M' U R
Speed-optimal (5, X2-penalised)
  1. U' M' R' U R
  2. U' r R2 U R
  3. U' R' M' U R
  4. U' R2 r U R
  5. U' r' M2 U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R2 U R U' R2
  2. R2 U R U' r2
  3. R2 U2 R U2 R2
  4. R2 U2 R U2 r2
  5. R2 U2 r U2 R2
Speed-optimal (5, X2-penalised)
  1. U r' U M' U' R
  2. R2 U R U' R2
  3. U r' U M' U' r
  4. R2 U R U' r2
  5. R2 U R U' r' R'
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. R2 U' R U R2
  2. R2 U' R U r2
  3. r2 U' R U R2
  4. r2 U' R U r2
Speed-optimal (5, X2-penalised)
  1. R2 U' R U R2
  2. R2 U' R U r2
  3. R2 U' R U r' R'
  4. R2 U' R U r R
  5. r' R' U' R U R2
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U M' R' U R
  2. U M' R' U r
  3. U r R2 U R
  4. U r R2 U r
  5. U R' M' U R
Speed-optimal (5, X2-penalised)
  1. U M' R' U R
  2. U r R2 U R
  3. U R' M' U R
  4. U R2 r U R
  5. U r' M2 U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U r U2 M' U' R'
  2. U r U2 M' U' r'
  3. U R U2 M2 U' R'
  4. U R U2 M2 U' r'
  5. U' M2 U2 R U R'
Speed-optimal (5, X2-penalised)
  1. U r U2 M' U' R'
  2. U R U2 M2 U' R'
  3. U' M2 U2 R U R'
  4. U' M U2 r U R'
  5. U r U2 M' U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' r U2 M' U' R'
  2. U' r U2 M' U' r'
  3. U' R U2 M2 U' R'
  4. U' R U2 M2 U' r'
  5. U M2 U2 R U R'
Speed-optimal (5, X2-penalised)
  1. U' r U2 M' U' R'
  2. U' R U2 M2 U' R'
  3. U M2 U2 R U R'
  4. U M U2 r U R'
  5. U' r U2 M' U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' M U2 R U' R'
  2. U' M U2 R U' r'
  3. U' M U' R U2 R'
  4. U' M U' R U2 r'
  5. U' M U' r U2 R'
Speed-optimal (5, X2-penalised)
  1. U' M U2 R U' R'
  2. U2 R U M U R'
  3. U R U2 M U R'
  4. U2 r U M2 U R'
  5. U r U2 M2 U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' M2 U2 R U' R'
  2. U' M2 U2 R U' r'
  3. U' M2 U' R U2 R'
  4. U' M2 U' R U2 r'
  5. U' M2 U' r U2 R'
Speed-optimal (5, X2-penalised)
  1. U' M2 U2 R U' R'
  2. U2 R U M2 U R'
  3. U R U2 M2 U R'
  4. U' M2 U' R U2 R'
  5. U' M2 U' r U2 R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U R U2 M' U' R'
  2. U R U2 M' U' r'
  3. U' M' U2 R U R'
  4. U' M' U2 R U r'
  5. U' M2 U2 r U R'
Speed-optimal (5, X2-penalised)
  1. U R U2 M' U' R'
  2. U' M' U2 R U R'
  3. U' M2 U2 r U R'
  4. U R U2 M' U' r'
  5. U' M' U2 R U r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' R U2 M' U' R'
  2. U' R U2 M' U' r'
  3. U M' U2 R U R'
  4. U M' U2 R U r'
  5. U M2 U2 r U R'
Speed-optimal (5, X2-penalised)
  1. U' R U2 M' U' R'
  2. U M' U2 R U R'
  3. U M2 U2 r U R'
  4. U' R U2 M' U' r'
  5. U M' U2 R U r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' R U' M U' R'
  2. U' R U' M U' r'
  3. U' R U M' U R'
  4. U' R U M' U r'
  5. U' r U' M U' R'
Speed-optimal (5, X2-penalised)
  1. U' R U' M U' R'
  2. U' r U' M U' R'
  3. U' R U M' U R'
  4. U' r U M' U R'
  5. U' R U' M U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U R U' M U' R'
  2. U R U' M U' r'
  3. U R U M' U R'
  4. U R U M' U r'
  5. U r U' M U' R'
Speed-optimal (5, X2-penalised)
  1. U R U' M U' R'
  2. U r U' M U' R'
  3. U R U M' U R'
  4. U r U M' U R'
  5. U R U' M U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 R U' M U' R'
  2. U2 R U' M U' r'
  3. U2 R U M' U R'
  4. U2 R U M' U r'
  5. U2 r U' M U' R'
Speed-optimal (5, X2-penalised)
  1. U2 R U' M U' R'
  2. U2 r U' M U' R'
  3. U2 R U M' U R'
  4. U2 r U M' U R'
  5. U2 R U' M U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M2 U2 r2 R' U R'
  2. M2 U2 r2 R' U r'
  3. M2 U2 M2 R U R'
  4. M2 U2 M2 R U r'
  5. M2 U2 r M' U R'
Speed-optimal (5, X2-penalised)
  1. M' U2 M R U R'
  2. M2 U2 M2 R U R'
  3. M2 U2 r M' U R'
  4. M' U2 R M U R'
  5. M2 U2 R M2 U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M2 U r2 R' U R'
  2. M2 U r2 R' U r'
  3. M2 U M2 R U R'
  4. M2 U M2 R U r'
  5. M2 U r M' U R'
Speed-optimal (5, X2-penalised)
  1. M' U M R U R'
  2. M2 U r2 R' U R'
  3. M2 U M2 R U R'
  4. M' U r' R2 U R'
  5. M2 U r M' U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M2 U' r2 R' U R'
  2. M2 U' r2 R' U r'
  3. M2 U' M2 R U R'
  4. M2 U' M2 R U r'
  5. M2 U' r M' U R'
Speed-optimal (5, X2-penalised)
  1. M' U' M R U R'
  2. M2 U' r2 R' U R'
  3. M2 U' M2 R U R'
  4. M' U' r' R2 U R'
  5. M2 U' r M' U R'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U2 M U' r U' R'
  2. U2 M U' r U' r'
Speed-optimal (2, X2-penalised)
  1. U2 M U' r U' R'
  2. U2 M U' r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M R U M' U' R'
  2. M R U M' U' r'
  3. r' R2 U M' U' R'
  4. r' R2 U M' U' r'
  5. R M U M' U' R'
Speed-optimal (5, X2-penalised)
  1. M R U M' U' R'
  2. r' R2 U M' U' R'
  3. R M U M' U' R'
  4. R2 r' U M' U' R'
  5. r M2 U M' U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M R U2 M' U' R'
  2. M R U2 M' U' r'
  3. r' R2 U2 M' U' R'
  4. r' R2 U2 M' U' r'
  5. R M U2 M' U' R'
Speed-optimal (5, X2-penalised)
  1. M R U2 M' U' R'
  2. R M U2 M' U' R'
  3. r M2 U2 M' U' R'
  4. M2 r U2 M' U' R'
  5. M2 R U2 M2 U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U R U M U' R'
  2. U R U M U' r'
  3. U R U' M' U R'
  4. U R U' M' U r'
  5. U r U M U' R'
Speed-optimal (5, X2-penalised)
  1. U R U M U' R'
  2. U2 r U M2 U' R'
  3. U r U M U' R'
  4. r2 R' U' M U R'
  5. U R U' M' U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 M2 U r U' R'
  2. U2 M2 U r U' r'
  3. r2 R' U M U R'
  4. r2 R' U M U r'
  5. M2 R U M U R'
Speed-optimal (5, X2-penalised)
  1. M2 R U M U R'
  2. U2 M2 U r U' R'
  3. r M' U M U R'
  4. r2 R' U M U R'
  5. R M2 U M U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 r U2 M2 U' R'
  2. U2 r U2 M2 U' r'
  3. M U2 r2 R' U R'
  4. M U2 r2 R' U r'
  5. M U2 M2 R U R'
Speed-optimal (5, X2-penalised)
  1. M2 U2 M R U R'
  2. M U2 M2 R U R'
  3. M U2 r M' U R'
  4. M2 U2 R M U R'
  5. M U2 R M2 U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M U r2 R' U R'
  2. M U r2 R' U r'
  3. M U M2 R U R'
  4. M U M2 R U r'
  5. M U r M' U R'
Speed-optimal (5, X2-penalised)
  1. M2 U M R U R'
  2. M U r2 R' U R'
  3. M U M2 R U R'
  4. M2 U r' R2 U R'
  5. M U r M' U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 M2 U2 r U' R'
  2. U2 M2 U2 r U' r'
  3. r2 R' U2 M U R'
  4. r2 R' U2 M U r'
  5. M2 R U2 M U R'
Speed-optimal (5, X2-penalised)
  1. M2 R U2 M U R'
  2. r M' U2 M U R'
  3. R M2 U2 M U R'
  4. M' r U2 M U R'
  5. M R U2 M2 U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M U' r2 R' U R'
  2. M U' r2 R' U r'
  3. M U' M2 R U R'
  4. M U' M2 R U r'
  5. M U' r M' U R'
Speed-optimal (5, X2-penalised)
  1. M2 U' M R U R'
  2. M U' r2 R' U R'
  3. M U' M2 R U R'
  4. M2 U' r' R2 U R'
  5. M U' r M' U R'
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. U2 r U' M2 U' R'
  2. U2 r U' M2 U' r'
  3. U2 M2 U' r U' R'
  4. U2 M2 U' r U' r'
Speed-optimal (4, X2-penalised)
  1. U2 r U' M2 U' R'
  2. U2 M2 U' r U' R'
  3. U2 r U' M2 U' r'
  4. U2 M2 U' r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U r U' M U R'
  2. U r U' M U r'
Speed-optimal (2, X2-penalised)
  1. U r U' M U R'
  2. U r U' M U r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U' M U' r U' R'
  2. U' M U' r U' r'
Speed-optimal (2, X2-penalised)
  1. U' M U' r U' R'
  2. U' M U' r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. U' M U r U' R'
  2. U' M U r U' r'
  3. U r U M U R'
  4. U r U M U r'
Speed-optimal (4, X2-penalised)
  1. U' M U r U' R'
  2. U r U M U R'
  3. U' M U r U' r'
  4. U r U M U r'
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. U' M U2 r U' R'
  2. U' M U2 r U' r'
  3. U r U2 M U R'
  4. U r U2 M U r'
Speed-optimal (4, X2-penalised)
  1. U' M U2 r U' R'
  2. U r U2 M U R'
  3. U' M U2 r U' r'
  4. U r U2 M U r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U M2 U2 r U' R'
  2. U M2 U2 r U' r'
Speed-optimal (2, X2-penalised)
  1. U M2 U2 r U' R'
  2. U M2 U2 r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U M2 U r U' R'
  2. U M2 U r U' r'
Speed-optimal (2, X2-penalised)
  1. U M2 U r U' R'
  2. U M2 U r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U r U2 M2 U' R'
  2. U r U2 M2 U' r'
Speed-optimal (2, X2-penalised)
  1. U r U2 M2 U' R'
  2. U r U2 M2 U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. U r U' M2 U' R'
  2. U r U' M2 U' r'
  3. U M2 U' r U' R'
  4. U M2 U' r U' r'
Speed-optimal (4, X2-penalised)
  1. U r U' M2 U' R'
  2. U M2 U' r U' R'
  3. U r U' M2 U' r'
  4. U M2 U' r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U' r U' M U R'
  2. U' r U' M U r'
Speed-optimal (2, X2-penalised)
  1. U' r U' M U R'
  2. U' r U' M U r'
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. U M U2 r U' R'
  2. U M U2 r U' r'
  3. U' r U2 M U R'
  4. U' r U2 M U r'
Speed-optimal (4, X2-penalised)
  1. U M U2 r U' R'
  2. U' r U2 M U R'
  3. U M U2 r U' r'
  4. U' r U2 M U r'
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. U M U r U' R'
  2. U M U r U' r'
  3. U' r U M U R'
  4. U' r U M U r'
Speed-optimal (4, X2-penalised)
  1. U M U r U' R'
  2. U' r U M U R'
  3. U M U r U' r'
  4. U' r U M U r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U M U' r U' R'
  2. U M U' r U' r'
Speed-optimal (2, X2-penalised)
  1. U M U' r U' R'
  2. U M U' r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 R U M U' R'
  2. U2 R U M U' r'
  3. U2 R U' M' U R'
  4. U2 R U' M' U r'
  5. U2 r U M U' R'
Speed-optimal (5, X2-penalised)
  1. U' r U M2 U' R'
  2. U2 R U M U' R'
  3. U' r U M2 U' r'
  4. U2 r U M U' R'
  5. U2 R U' M' U R'
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. U' r U' M2 U' R'
  2. U' r U' M2 U' r'
  3. U' M2 U' r U' R'
  4. U' M2 U' r U' r'
Speed-optimal (4, X2-penalised)
  1. U' r U' M2 U' R'
  2. U' M2 U' r U' R'
  3. U' r U' M2 U' r'
  4. U' M2 U' r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U' M2 U r U' R'
  2. U' M2 U r U' r'
Speed-optimal (2, X2-penalised)
  1. U' M2 U r U' R'
  2. U' M2 U r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U' r U2 M2 U' R'
  2. U' r U2 M2 U' r'
Speed-optimal (2, X2-penalised)
  1. U' r U2 M2 U' R'
  2. U' r U2 M2 U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U' M2 U2 r U' R'
  2. U' M2 U2 r U' r'
Speed-optimal (2, X2-penalised)
  1. U' M2 U2 r U' R'
  2. U' M2 U2 r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' R' U' M U' R
  2. U' R' U' M U' r
  3. U' R' U M' U R
  4. U' R' U M' U r
  5. U' r' U' M U' R
Speed-optimal (5, X2-penalised)
  1. U' R' U' M U' R
  2. U' r' U' M U' R
  3. U' R' U M' U R
  4. U' r' U M' U R
  5. U' R' U' M U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 R' U' M U' R
  2. U2 R' U' M U' r
  3. U2 R' U M' U R
  4. U2 R' U M' U r
  5. U2 r' U' M U' R
Speed-optimal (5, X2-penalised)
  1. U2 R' U' M U' R
  2. U2 r' U' M U' R
  3. U2 R' U M' U R
  4. U2 r' U M' U R
  5. U2 R' U' M U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U R' U' M U' R
  2. U R' U' M U' r
  3. U R' U M' U R
  4. U R' U M' U r
  5. U r' U' M U' R
Speed-optimal (5, X2-penalised)
  1. U R' U' M U' R
  2. U r' U' M U' R
  3. U R' U M' U R
  4. U r' U M' U R
  5. U R' U' M U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r2 R' U2 R2 U R
  2. r2 R' U2 R2 U r
  3. r2 R' U R2 U2 R
  4. r2 R' U R2 U2 r
  5. r2 R' U r2 U2 R
Speed-optimal (5, X2-penalised)
  1. R M2 U2 R2 U R
  2. R M2 U R2 U2 R
  3. R M2 U2 R2 U r
  4. R M2 U R2 U2 r
  5. R U R2 U' M2 U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 R' U' M2 U' R
  2. U2 R' U' M2 U' r
  3. U' R' U2 M2 U' R
  4. U' R' U2 M2 U' r
  5. U M2 U2 R' U R
Speed-optimal (5, X2-penalised)
  1. U2 R' U' M2 U' R
  2. U' R' U2 M2 U' R
  3. U M2 U2 R' U R
  4. U M2 U R' U2 R
  5. U M2 U r' U2 R
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U2 r U' r2 U R
  2. U2 r U' r2 U r
Speed-optimal (5, X2-penalised)
  1. U2 r U' r2 U R
  2. U2 r U' r2 U r
  3. U2 R U' r' R' U R
  4. R' U2 R U' r' U R
  5. U2 R U' R' r' U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' M U2 R' U' R
  2. U' M U2 R' U' r
  3. U' M2 U2 r' U' R
  4. U' M2 U2 r' U' r
  5. U R' U2 M U R
Speed-optimal (5, X2-penalised)
  1. U' M U2 R' U' R
  2. U' M2 U2 r' U' R
  3. U R' U2 M U R
  4. U' M U2 R' U' r
  5. U' M2 U2 r' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U r U' r2 U R
  2. U r U' r2 U r
Speed-optimal (2, X2-penalised)
  1. U r U' r2 U R
  2. U r U' r2 U r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U' r U' r2 U R
  2. U' r U' r2 U r
Speed-optimal (2, X2-penalised)
  1. U' r U' r2 U R
  2. U' r U' r2 U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U M U2 R' U' R
  2. U M U2 R' U' r
  3. U M2 U2 r' U' R
  4. U M2 U2 r' U' r
  5. U' R' U2 M U R
Speed-optimal (5, X2-penalised)
  1. U M U2 R' U' R
  2. U M2 U2 r' U' R
  3. U' R' U2 M U R
  4. U M U2 R' U' r
  5. U M2 U2 r' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U2 R U' r2 U R
  2. U2 R U' r2 U r
Speed-optimal (4, X2-penalised)
  1. U2 R U' r2 U R
  2. U2 R U' r2 U r
  3. r' U2 R U' r' U R
  4. r' U2 R U' r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' M2 U2 R' U' R
  2. U' M2 U2 R' U' r
  3. U' M' U2 r' U' R
  4. U' M' U2 r' U' r
  5. U r' U2 M U R
Speed-optimal (5, X2-penalised)
  1. U' M2 U2 R' U' R
  2. U' M' U2 r' U' R
  3. U r' U2 M U R
  4. U R' U2 M2 U R
  5. U' M2 U2 R' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U R U' r2 U R
  2. U R U' r2 U r
Speed-optimal (2, X2-penalised)
  1. U R U' r2 U R
  2. U R U' r2 U r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U' R U' r2 U R
  2. U' R U' r2 U r
Speed-optimal (2, X2-penalised)
  1. U' R U' r2 U R
  2. U' R U' r2 U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U M2 U2 R' U' R
  2. U M2 U2 R' U' r
  3. U M' U2 r' U' R
  4. U M' U2 r' U' r
  5. U' r' U2 M U R
Speed-optimal (5, X2-penalised)
  1. U M2 U2 R' U' R
  2. U M' U2 r' U' R
  3. U' r' U2 M U R
  4. U' R' U2 M2 U R
  5. U M2 U2 R' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 R' U' M' U' R
  2. U2 R' U' M' U' r
  3. U2 r' U' M2 U' R
  4. U2 r' U' M2 U' r
  5. U' R' U2 M' U' R
Speed-optimal (5, X2-penalised)
  1. U2 R' U' M' U' R
  2. U' R' U2 M' U' R
  3. U2 r' U' M2 U' R
  4. U' r' U2 M2 U' R
  5. U M' U2 R' U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 R U' R2 U R
  2. U2 R U' R2 U r
  3. U2 R U2 R2 U2 R
  4. U2 R U2 R2 U2 r
  5. U2 R U2 r2 U2 R
Speed-optimal (4, X2-penalised)
  1. U2 R U' R2 U R
  2. U2 r U' R2 U R
  3. U2 R U' R2 U r
  4. U2 r U' R2 U r
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. U R U R2 U' R
  2. U R U R2 U' r
  3. U r U R2 U' R
  4. U r U R2 U' r
Speed-optimal (4, X2-penalised)
  1. U R U R2 U' R
  2. U r U R2 U' R
  3. U R U R2 U' r
  4. U r U R2 U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' R U' R2 U R
  2. U' R U' R2 U r
  3. U' R U2 R2 U2 R
  4. U' R U2 R2 U2 r
  5. U' R U2 r2 U2 R
Speed-optimal (4, X2-penalised)
  1. U' R U' R2 U R
  2. U' r U' R2 U R
  3. U' R U' R2 U r
  4. U' r U' R2 U r
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. U2 R U R2 U' R
  2. U2 R U R2 U' r
  3. U2 r U R2 U' R
  4. U2 r U R2 U' r
Speed-optimal (4, X2-penalised)
  1. U2 R U R2 U' R
  2. U2 r U R2 U' R
  3. U2 R U R2 U' r
  4. U2 r U R2 U' r
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. U' R U R2 U' R
  2. U' R U R2 U' r
  3. U' r U R2 U' R
  4. U' r U R2 U' r
Speed-optimal (4, X2-penalised)
  1. U' R U R2 U' R
  2. U' r U R2 U' R
  3. U' R U R2 U' r
  4. U' r U R2 U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U' r' R' U' R
  2. R U' r' R' U' r
  3. R U' M R2 U' R
  4. R U' M R2 U' r
  5. R U' r2 M' U' R
Speed-optimal (5, X2-penalised)
  1. R U' r' R' U' R
  2. R U' M R2 U' R
  3. r U' r' R' U' R
  4. r U' M R2 U' R
  5. R U' R' r' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U r R U R
  2. R U r R U r
  3. R U M' R2 U R
  4. R U M' R2 U r
  5. R U R2 M' U R
Speed-optimal (5, X2-penalised)
  1. R U r R U R
  2. R U M' R2 U R
  3. r U r R U R
  4. r U M' R2 U R
  5. R U R r U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r U2 r' R' U R
  2. r U2 r' R' U r
  3. r U2 M R2 U R
  4. r U2 M R2 U r
  5. r U2 r2 M' U R
Speed-optimal (4, X2-penalised)
  1. r U2 r' R' U R
  2. r U2 R' r' U R
  3. r U2 r' R' U r
  4. r U2 R' r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U2 R2 U' R' U R2
  2. U2 R2 U' R' U r2
Speed-optimal (5, X2-penalised)
  1. M' U' M U2 R' U' R
  2. U2 M U' M' R' U' R
  3. U2 M2 U' M2 R' U' R
  4. U2 M U' R' M' U' R
  5. U2 M2 U' r' M U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r U' r' R' U R
  2. r U' r' R' U r
  3. r U' M R2 U R
  4. r U' M R2 U r
  5. r U' r2 M' U R
Speed-optimal (5, X2-penalised)
  1. r U' r' R' U R
  2. r U' M R2 U R
  3. r U' R' r' U R
  4. r U' r2 M' U R
  5. r U' r' R' U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' R U' R2 U' R
  2. U' R U' R2 U' r
  3. U' r U' R2 U' R
  4. U' r U' R2 U' r
  5. U R2 U' R U R2
Speed-optimal (4, X2-penalised)
  1. U' R U' R2 U' R
  2. U' r U' R2 U' R
  3. U' R U' R2 U' r
  4. U' r U' R2 U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M2 R' U M' U' R
  2. M2 R' U M' U' r
  3. M2 r' U M2 U' R
  4. M2 r' U M2 U' r
  5. r2 R U M' U' R
Speed-optimal (5, X2-penalised)
  1. M2 R' U M' U' R
  2. r2 R U M' U' R
  3. R' M2 U M' U' R
  4. R r2 U M' U' R
  5. M r' U M' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U2 r R U R
  2. R U2 r R U r
  3. R U2 M' R2 U R
  4. R U2 M' R2 U r
  5. R U2 R2 M' U R
Speed-optimal (4, X2-penalised)
  1. R U2 r R U R
  2. R U2 R r U R
  3. R U2 r R U r
  4. R U2 R r U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M2 R' U2 M' U' R
  2. M2 R' U2 M' U' r
  3. M2 r' U2 M2 U' R
  4. M2 r' U2 M2 U' r
  5. r2 R U2 M' U' R
Speed-optimal (5, X2-penalised)
  1. M2 R' U2 M' U' R
  2. r' M U2 M' U' R
  3. R' M2 U2 M' U' R
  4. M r' U2 M' U' R
  5. M' R' U2 M2 U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M2 U M' R' U' R
  2. M2 U M' R' U' r
  3. M2 U r R2 U' R
  4. M2 U r R2 U' r
  5. M2 U R' M' U' R
Speed-optimal (5, X2-penalised)
  1. M2 U M' R' U' R
  2. M' U r2 R U' R
  3. M' U M2 R' U' R
  4. M2 U r R2 U' R
  5. M2 U R' M' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. U2 r' U M2 U R
  2. U2 r' U M2 U r
  3. U2 M2 U r' U R
  4. U2 M2 U r' U r
Speed-optimal (4, X2-penalised)
  1. U2 r' U M2 U R
  2. U2 M2 U r' U R
  3. U2 r' U M2 U r
  4. U2 M2 U r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M2 R' U' M' U' R
  2. M2 R' U' M' U' r
  3. M2 r' U' M2 U' R
  4. M2 r' U' M2 U' r
  5. r2 R U' M' U' R
Speed-optimal (5, X2-penalised)
  1. M2 R' U' M' U' R
  2. r2 R U' M' U' R
  3. r' M U' M' U' R
  4. R r2 U' M' U' R
  5. R' M2 U' M' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M2 U2 M' R' U' R
  2. M2 U2 M' R' U' r
  3. M2 U2 r R2 U' R
  4. M2 U2 r R2 U' r
  5. M2 U2 R' M' U' R
Speed-optimal (5, X2-penalised)
  1. M2 U2 M' R' U' R
  2. M' U2 M2 R' U' R
  3. M2 U2 R' M' U' R
  4. M' U2 r' M U' R
  5. M' U2 R' M2 U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M2 U' M' R' U' R
  2. M2 U' M' R' U' r
  3. M2 U' r R2 U' R
  4. M2 U' r R2 U' r
  5. M2 U' R' M' U' R
Speed-optimal (5, X2-penalised)
  1. M2 U' M' R' U' R
  2. M' U' r2 R U' R
  3. M' U' M2 R' U' R
  4. M2 U' r R2 U' R
  5. M2 U' R' M' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M U M' R' U' R
  2. M U M' R' U' r
  3. M U r R2 U' R
  4. M U r R2 U' r
  5. M U R' M' U' R
Speed-optimal (5, X2-penalised)
  1. M U M' R' U' R
  2. M2 U r2 R U' R
  3. M2 U M2 R' U' R
  4. U R U' R2 U' R
  5. M U R' M' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U2 M' U r' U R
  2. U2 M' U r' U r
Speed-optimal (2, X2-penalised)
  1. U2 M' U r' U R
  2. U2 M' U r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M U2 M' R' U' R
  2. M U2 M' R' U' r
  3. M U2 r R2 U' R
  4. M U2 r R2 U' r
  5. M U2 R' M' U' R
Speed-optimal (5, X2-penalised)
  1. M U2 M' R' U' R
  2. M2 U2 M2 R' U' R
  3. M U2 R' M' U' R
  4. M2 U2 r' M U' R
  5. M2 U2 R' M2 U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M R U2 r2 U R
  2. M R U2 r2 U r
  3. r' R2 U2 r2 U R
  4. r' R2 U2 r2 U r
  5. R M U2 r2 U R
Speed-optimal (5, X2-penalised)
  1. M R U2 r2 U R
  2. R M U2 r2 U R
  3. M R U2 r2 U r
  4. R M U2 r2 U r
  5. R M2 U2 r' R' U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M R U' r2 U R
  2. M R U' r2 U r
  3. r' R2 U' r2 U R
  4. r' R2 U' r2 U r
  5. R M U' r2 U R
Speed-optimal (5, X2-penalised)
  1. M R U' r2 U R
  2. R M U' r2 U R
  3. r M2 U' r2 U R
  4. M2 r U' r2 U R
  5. M R U' r2 U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' R U2 R2 U R
  2. U' R U2 R2 U r
  3. U' R U R2 U2 R
  4. U' R U R2 U2 r
  5. U' R U r2 U2 R
Speed-optimal (5, X2-penalised)
  1. U' R U2 R2 U R
  2. U' R U R2 U2 R
  3. U' R U2 R2 U r
  4. U' R U R2 U2 r
  5. U' R U r' R' U2 R
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. U' r' U' M' U' R
  2. U' r' U' M' U' r
  3. U M' U' r' U R
  4. U M' U' r' U r
Speed-optimal (4, X2-penalised)
  1. U' r' U' M' U' R
  2. U M' U' r' U R
  3. U' r' U' M' U' r
  4. U M' U' r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U R U2 R2 U' R
  2. U R U2 R2 U' r
Speed-optimal (5, X2-penalised)
  1. U' M U2 M' R' U' R
  2. U' M2 U2 M2 R' U' R
  3. U' M U2 R' M' U' R
  4. U' M2 U2 r' M U' R
  5. U' M2 U2 R' M2 U' R
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. U' r' U2 M' U' R
  2. U' r' U2 M' U' r
  3. U M' U2 r' U R
  4. U M' U2 r' U r
Speed-optimal (4, X2-penalised)
  1. U' r' U2 M' U' R
  2. U M' U2 r' U R
  3. U' r' U2 M' U' r
  4. U M' U2 r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U' R2 U' R' U R2
  2. U' R2 U' R' U r2
Speed-optimal (5, X2-penalised)
  1. U' M U' M' R' U' R
  2. U' R2 U' R' U R2
  3. U' M2 U' M2 R' U' R
  4. U' R2 U' R' U r2
  5. U' M U' R' M' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U M' U r' U R
  2. U M' U r' U r
Speed-optimal (2, X2-penalised)
  1. U M' U r' U R
  2. U M' U r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. U' r' U M2 U R
  2. U' r' U M2 U r
  3. U' M2 U r' U R
  4. U' M2 U r' U r
Speed-optimal (4, X2-penalised)
  1. U' r' U M2 U R
  2. U' M2 U r' U R
  3. U' r' U M2 U r
  4. U' M2 U r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U r' R' U' R
  2. R U r' R' U' r
  3. R U M R2 U' R
  4. R U M R2 U' r
  5. R U r2 M' U' R
Speed-optimal (5, X2-penalised)
  1. R U r' R' U' R
  2. R U M R2 U' R
  3. r U r' R' U' R
  4. r U M R2 U' R
  5. R U R' r' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U' M2 U2 r' U R
  2. U' M2 U2 r' U r
Speed-optimal (2, X2-penalised)
  1. U' M2 U2 r' U R
  2. U' M2 U2 r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U' M2 U' r' U R
  2. U' M2 U' r' U r
Speed-optimal (2, X2-penalised)
  1. U' M2 U' r' U R
  2. U' M2 U' r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U' r R U R
  2. R U' r R U r
  3. R U' M' R2 U R
  4. R U' M' R2 U r
  5. R U' R2 M' U R
Speed-optimal (5, X2-penalised)
  1. R U' r R U R
  2. R U' M' R2 U R
  3. r U' r R U R
  4. r U' M' R2 U R
  5. R U' R r U R
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. U' r U2 R2 U' R
  2. U' r U2 R2 U' r
  3. U' r' U2 M2 U R
  4. U' r' U2 M2 U r
Speed-optimal (2, X2-penalised)
  1. U' r' U2 M2 U R
  2. U' r' U2 M2 U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U R U2 R2 U R
  2. U R U2 R2 U r
  3. U R U R2 U2 R
  4. U R U R2 U2 r
  5. U R U r2 U2 R
Speed-optimal (5, X2-penalised)
  1. U R U2 R2 U R
  2. U R U R2 U2 R
  3. U R U2 R2 U r
  4. U R U R2 U2 r
  5. U' r U2 r' R' U R
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U' M' U r' U R
  2. U' M' U r' U r
Speed-optimal (2, X2-penalised)
  1. U' M' U r' U R
  2. U' M' U r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U R2 U' R' U R2
  2. U R2 U' R' U r2
Speed-optimal (5, X2-penalised)
  1. U M U' M' R' U' R
  2. U R2 U' R' U R2
  3. U M2 U' M2 R' U' R
  4. U R2 U' R' U r2
  5. U M U' R' M' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. U r' U2 M' U' R
  2. U r' U2 M' U' r
  3. U' M' U2 r' U R
  4. U' M' U2 r' U r
Speed-optimal (4, X2-penalised)
  1. U r' U2 M' U' R
  2. U' M' U2 r' U R
  3. U r' U2 M' U' r
  4. U' M' U2 r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. U r' U' M' U' R
  2. U r' U' M' U' r
  3. U' M' U' r' U R
  4. U' M' U' r' U r
Speed-optimal (4, X2-penalised)
  1. U r' U' M' U' R
  2. U' M' U' r' U R
  3. U r' U' M' U' r
  4. U' M' U' r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U' R U2 R2 U' R
  2. U' R U2 R2 U' r
Speed-optimal (5, X2-penalised)
  1. U' R U2 R2 U' R
  2. U' R U2 R2 U' r
  3. U' M' R' U2 M U R
  4. U' R' M' U2 M U R
  5. U' M2 R' U2 M2 U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 R' U M U' R
  2. U2 R' U M U' r
  3. U2 R' U' M' U R
  4. U2 R' U' M' U r
  5. U2 r' U M U' R
Speed-optimal (5, X2-penalised)
  1. U r' U' M2 U R
  2. U2 R' U M U' R
  3. U r' U' M2 U r
  4. U2 r' U M U' R
  5. U2 R' U' M' U R
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U M2 U' r' U R
  2. U M2 U' r' U r
Speed-optimal (2, X2-penalised)
  1. U M2 U' r' U R
  2. U M2 U' r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. U r U2 R2 U' R
  2. U r U2 R2 U' r
  3. U r' U2 M2 U R
  4. U r' U2 M2 U r
Speed-optimal (2, X2-penalised)
  1. U r' U2 M2 U R
  2. U r' U2 M2 U r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U M2 U2 r' U R
  2. U M2 U2 r' U r
Speed-optimal (2, X2-penalised)
  1. U M2 U2 r' U R
  2. U M2 U2 r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. U r' U M2 U R
  2. U r' U M2 U r
  3. U M2 U r' U R
  4. U M2 U r' U r
Speed-optimal (4, X2-penalised)
  1. U r' U M2 U R
  2. U M2 U r' U R
  3. U r' U M2 U r
  4. U M2 U r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R2 U R U' R U R
  2. R2 U R U' R U r
  3. R2 U M U M' U' R2
  4. R2 U M U M' U' r2
  5. R2 U M2 U M2 U' R2
Speed-optimal (4, X2-penalised)
  1. R2 U R U' R U R
  2. r2 U R U' R U R
  3. R2 U R U' R U r
  4. r2 U R U' R U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U R2 U2 R2 U R
  2. R' U R2 U2 R2 U r
  3. R' U R2 U R2 U2 R
  4. R' U R2 U R2 U2 r
  5. R' U R2 U r2 U2 R
Speed-optimal (5, X2-penalised)
  1. R' U' r2 U2 r2 U R
  2. R' U' r2 U2 r2 U r
  3. R' U' r R U2 r' R' U R
  4. R' U' R r U2 r' R' U R
  5. R' U' r R U2 R' r' U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U2 R2 U' R2 U' R
  2. R' U2 R2 U' R2 U' r
  3. R' U2 r2 U' R2 U' R
  4. R' U2 r2 U' R2 U' r
  5. R' U M U M' U' R
Speed-optimal (5, X2-penalised)
  1. R' U M U M' U' R
  2. r' U M U M' U' R
  3. R' U M2 U M2 U' R
  4. r' U M2 U M2 U' R
  5. R' U' M' U M U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R2 U2 R U2 R U2 R
  2. R2 U2 R U2 R U2 r
  3. R2 U2 R U2 r U2 R
  4. R2 U2 R U2 r U2 r
  5. R2 U2 r U2 R U2 R
Speed-optimal (4, X2-penalised)
  1. U' R' U' r U' r' U R
  2. U' r' U' r U' r' U R
  3. U' R' U' r U' r' U r
  4. U' r' U' r U' r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. R' U' R U2 R' U' R
  2. R' U' R U2 R' U' r
  3. r' U' R U2 R' U' R
  4. r' U' R U2 R' U' r
Speed-optimal (4, X2-penalised)
  1. R' U' R U2 R' U' R
  2. r' U' R U2 R' U' R
  3. R' U' R U2 R' U' r
  4. r' U' R U2 R' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R2 U' R2 U2 R2 U' R2
  2. R2 U' R2 U2 R2 U' r2
  3. R2 U' R2 U' R2 U2 R2
  4. R2 U' R2 U' R2 U2 r2
  5. R2 U' R2 U' r2 U2 R2
Speed-optimal (4, X2-penalised)
  1. U2 R' U' r U' r' U R
  2. U2 r' U' r U' r' U R
  3. U2 R' U' r U' r' U r
  4. U2 r' U' r U' r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U M U' M' U' R
  2. R' U M U' M' U' r
  3. R' U M2 U' M2 U' R
  4. R' U M2 U' M2 U' r
  5. R' U' M' U' M U R
Speed-optimal (5, X2-penalised)
  1. R' U M U' M' U' R
  2. R' U' R' U R' U' R2
  3. r' U M U' M' U' R
  4. r' U' R' U R' U' R2
  5. R' U M2 U' M2 U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U' R2 U2 R2 U' R
  2. R' U' R2 U2 R2 U' r
  3. R' U' M' U2 M U R
  4. R' U' M' U2 M U r
  5. R' U' M2 U2 M2 U R
Speed-optimal (5, X2-penalised)
  1. R' U M U2 M' U' R
  2. r' U M U2 M' U' R
  3. R' U M2 U2 M2 U' R
  4. r' U M2 U2 M2 U' R
  5. R' U' M' U2 M U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U' r U' r' U R
  2. R' U' r U' r' U r
  3. r' U' r U' r' U R
  4. r' U' r U' r' U r
  5. R2 U M U' M' U' R2
Speed-optimal (4, X2-penalised)
  1. R' U' r U' r' U R
  2. r' U' r U' r' U R
  3. R' U' r U' r' U r
  4. r' U' r U' r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. R2 U R' U2 R U R2
  2. R2 U R' U2 R U r2
  3. r2 U R' U2 R U R2
  4. r2 U R' U2 R U r2
Speed-optimal (5, X2-penalised)
  1. U' R' U2 R U' R' U' R
  2. U' r' U2 R U' R' U' R
  3. U' R' U2 r U' R' U' R
  4. U' r' U2 r U' R' U' R
  5. U R' U' R U2 R' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R2 U' R U R U' R
  2. R2 U' R U R U' r
  3. R2 U2 R' U R U R2
  4. R2 U2 R' U R U r2
  5. R2 U2 r' U R U R2
Speed-optimal (5, X2-penalised)
  1. R2 U' R U R U' R
  2. r2 U' R U R U' R
  3. R' U R U2 R' U R
  4. r' U R U2 R' U R
  5. R' U' r U2 r' U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U' r2 U' r2 U R
  2. R' U' r2 U' r2 U r
  3. r' U' r2 U' r2 U R
  4. r' U' r2 U' r2 U r
  5. R2 U r2 U r2 U' R2
Speed-optimal (5, X2-penalised)
  1. U R' U' r U' r' U R
  2. R' U' r2 U' r2 U R
  3. U r' U' r U' r' U R
  4. r' U' r2 U' r2 U R
  5. U R' U' r U' r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U2 R U' R' U' R
  2. R' U2 R U' R' U' r
  3. R' U2 r U' R' U' R
  4. R' U2 r U' R' U' r
  5. R' U R' U' R' U R2
Speed-optimal (5, X2-penalised)
  1. R' U2 R U' R' U' R
  2. r' U2 R U' R' U' R
  3. R' U2 r U' R' U' R
  4. r' U2 r U' R' U' R
  5. R' U R' U' R' U R2
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R U2 r' U2 r U R'
  2. R U2 r' U2 r U r'
Speed-optimal (2, X2-penalised)
  1. R U2 r' U2 r U R'
  2. R U2 r' U2 r U r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. r U' R' U r U' R'
  2. r U' R' U r U' r'
Speed-optimal (2, X2-penalised)
  1. r U' R' U r U' R'
  2. r U' R' U r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. r U R' U r U' R'
  2. r U R' U r U' r'
Speed-optimal (2, X2-penalised)
  1. r U R' U r U' R'
  2. r U R' U r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R' U r2 U' r2 U' R
  2. R' U r2 U' r2 U' r
Speed-optimal (5, X2-penalised)
  1. U' r U R' U r U' R'
  2. R' U r2 U' r2 U' R
  3. U' r U R' U r U' r'
  4. R' U r2 U' r2 U' r
  5. U R U' r' U2 r U R'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. r U2 R' U r U' R'
  2. r U2 R' U r U' r'
Speed-optimal (2, X2-penalised)
  1. r U2 R' U r U' R'
  2. r U2 R' U r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R U' r' U2 r U R'
  2. R U' r' U2 r U r'
Speed-optimal (2, X2-penalised)
  1. R U' r' U2 r U R'
  2. R U' r' U2 r U r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. r2 U2 r' U' R U' R2
  2. r2 U2 r' U' R U' r2
Speed-optimal (5, X2-penalised)
  1. R M2 U R' U M R U' R'
  2. R' r' U2 R' U' R U' R2
  3. M' r U R' U M R U' R'
  4. R' r' U2 R' U' R U' r2
  5. R M2 U r' U M R U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r U2 r' U2 R U R'
  2. r U2 r' U2 R U r'
  3. r U2 R' U2 r U R'
  4. r U2 R' U2 r U r'
  5. r U R' U' r U R'
Speed-optimal (4, X2-penalised)
  1. r U R' U' r U R'
  2. r U r' U' r U R'
  3. r U R' U' r U r'
  4. r U r' U' r U r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. r2 U2 R' U' R U' R2
  2. r2 U2 R' U' R U' r2
Speed-optimal (5, X2-penalised)
  1. r U R' U M R U' R'
  2. r U R' U r' R2 U' R'
  3. r U r' U M R U' R'
  4. r U r' U r' R2 U' R'
  5. r U R' U R M U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R U' R' U r U' R'
  2. R U' R' U r U' r'
Speed-optimal (2, X2-penalised)
  1. R U' R' U r U' R'
  2. R U' R' U r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R U R' U r U' R'
  2. R U R' U r U' r'
Speed-optimal (2, X2-penalised)
  1. R U R' U r U' R'
  2. R U R' U r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. r' U r2 U' r2 U' R
  2. r' U r2 U' r2 U' r
Speed-optimal (4, X2-penalised)
  1. U' R U R' U r U' R'
  2. r' U r2 U' r2 U' R
  3. U' R U R' U r U' r'
  4. r' U r2 U' r2 U' r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R U2 R' U r U' R'
  2. R U2 R' U r U' r'
Speed-optimal (2, X2-penalised)
  1. R U2 R' U r U' R'
  2. R U2 R' U r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U r' U r U' R'
  2. R U r' U r U' r'
  3. r U r' U r U' R'
  4. r U r' U r U' r'
  5. R2 U2 R2 U' R2 U' R2
Speed-optimal (4, X2-penalised)
  1. R U r' U r U' R'
  2. r U r' U r U' R'
  3. R U r' U r U' r'
  4. r U r' U r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U M U2 M' U' R'
  2. R U M U2 M' U' r'
  3. R U M2 U2 M2 U' R'
  4. R U M2 U2 M2 U' r'
  5. R U' M' U2 M U R'
Speed-optimal (5, X2-penalised)
  1. R U M U2 M' U' R'
  2. r U M U2 M' U' R'
  3. R U M2 U2 M2 U' R'
  4. r U M2 U2 M2 U' R'
  5. R U' M' U2 M U R'
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. R2 U' r2 U' r2 U R2
  2. R2 U' r2 U' r2 U r2
  3. r2 U' r2 U' r2 U R2
  4. r2 U' r2 U' r2 U r2
Speed-optimal (4, X2-penalised)
  1. U' R U r' U r U' R'
  2. U' r U r' U r U' R'
  3. U' R U r' U r U' r'
  4. U' r U r' U r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U' R' U2 R U' R'
  2. R U' R' U2 R U' r'
  3. R U' R' U' R U2 R'
  4. R U' R' U' R U2 r'
  5. R U' R' U' r U2 R'
Speed-optimal (5, X2-penalised)
  1. R U' R' U2 R U' R'
  2. r U' R' U2 R U' R'
  3. R U r' U2 r U' R'
  4. r U r' U2 r U' R'
  5. R U' R' U' R U2 R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U2 R' U R U R'
  2. R U2 R' U R U r'
  3. R U2 r' U R U R'
  4. R U2 r' U R U r'
  5. r U2 R' U R U R'
Speed-optimal (5, X2-penalised)
  1. R U2 R' U R U R'
  2. r U2 R' U R U R'
  3. R U2 r' U R U R'
  4. r U2 r' U R U R'
  5. R U2 R' U R U r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U M U' M' U' R'
  2. R U M U' M' U' r'
  3. R U M2 U' M2 U' R'
  4. R U M2 U' M2 U' r'
  5. R U r' U' r U' R'
Speed-optimal (5, X2-penalised)
  1. R U M U' M' U' R'
  2. r U M U' M' U' R'
  3. R U M2 U' M2 U' R'
  4. r U M2 U' M2 U' R'
  5. R U r' U' r U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. R U R' U2 R U R'
  2. R U R' U2 R U r'
  3. r U R' U2 R U R'
  4. r U R' U2 R U r'
Speed-optimal (4, X2-penalised)
  1. R U R' U2 R U R'
  2. r U R' U2 R U R'
  3. R U R' U2 R U r'
  4. r U R' U2 R U r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R2 U' r2 U2 r2 U R2
  2. R2 U' r2 U2 r2 U r2
  3. R2 U R2 U R2 U2 R2
  4. R2 U R2 U R2 U2 r2
  5. R2 U R2 U r2 U2 R2
Speed-optimal (4, X2-penalised)
  1. U2 R U r' U r U' R'
  2. U2 r U r' U r U' R'
  3. U2 R U r' U r U' r'
  4. U2 r U r' U r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U M U M' U' R'
  2. R U M U M' U' r'
  3. R U M2 U M2 U' R'
  4. R U M2 U M2 U' r'
  5. R U' M' U M U R'
Speed-optimal (5, X2-penalised)
  1. R U M U M' U' R'
  2. r U M U M' U' R'
  3. R U M2 U M2 U' R'
  4. r U M2 U M2 U' R'
  5. R U' M' U M U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U' M2 U2 M' U' R'
  2. R U' M2 U2 M' U' r'
  3. R U' M' U2 M2 U' R'
  4. R U' M' U2 M2 U' r'
  5. R U M2 U2 M U R'
Speed-optimal (5, X2-penalised)
  1. R U' M2 U2 M' U' R'
  2. r U' M2 U2 M' U' R'
  3. R U' M' U2 M2 U' R'
  4. r U' M' U2 M2 U' R'
  5. R U M2 U2 M U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U' r' U2 R U R'
  2. R U' r' U2 R U r'
  3. R U' R' U2 r U R'
  4. R U' R' U2 r U r'
  5. R U2 R' U' r U R'
Speed-optimal (5, X2-penalised)
  1. R U' r' U2 R U R'
  2. r U' r' U2 R U R'
  3. R U2 R' U' r U R'
  4. r U2 R' U' r U R'
  5. R U2 r' U' r U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U' M2 U' M' U' R'
  2. R U' M2 U' M' U' r'
  3. R U' M' U' M2 U' R'
  4. R U' M' U' M2 U' r'
  5. R U M2 U' M U R'
Speed-optimal (5, X2-penalised)
  1. R U' M2 U' M' U' R'
  2. r U' M2 U' M' U' R'
  3. R U' M' U' M2 U' R'
  4. r U' M' U' M2 U' R'
  5. R U M2 U' M U R'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R U2 R' U2 R U R'
  2. R U2 R' U2 R U r'
Speed-optimal (5, X2-penalised)
  1. U R U R' U' R U R'
  2. R U2 R' U2 R U R'
  3. U r U R' U' R U R'
  4. R U2 R' U2 R U r'
  5. U R U r' U' R U R'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R2 U2 R' U' R U' R2
  2. R2 U2 R' U' R U' r2
Speed-optimal (5, X2-penalised)
  1. M R U R' U M R U' R'
  2. R2 U2 R' U' R U' R2
  3. R M U R' U M R U' R'
  4. R2 U2 R' U' R U' r2
  5. R M U r' U M R U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R U2 r' U r U' R'
  2. R U2 r' U r U' r'
Speed-optimal (2, X2-penalised)
  1. R U2 r' U r U' R'
  2. R U2 r' U r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. r U2 r' U2 r U R'
  2. r U2 r' U2 r U r'
Speed-optimal (5, X2-penalised)
  1. r U2 r' U2 r U R'
  2. r U2 r' U2 r U r'
  3. U2 R U R' U' r U R'
  4. U2 R U r' U' r U R'
  5. U2 R U R' U' r U r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M2 U R U2 M' U' R'
  2. M2 U R U2 M' U' r'
  3. M2 U' M' U2 R U R'
  4. M2 U' M' U2 R U r'
  5. M2 U' M2 U2 r U R'
Speed-optimal (5, X2-penalised)
  1. M' U' M2 U2 R U R'
  2. U2 M2 U' M R U R'
  3. U2 M U' M2 R U R'
  4. U2 M U' r M' U R'
  5. U2 M2 U' R M U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M2 U' R U2 M' U' R'
  2. M2 U' R U2 M' U' r'
  3. M2 U M' U2 R U R'
  4. M2 U M' U2 R U r'
  5. M2 U M2 U2 r U R'
Speed-optimal (5, X2-penalised)
  1. M' U' r U2 M' U' R'
  2. M' U' R U2 M2 U' R'
  3. U2 M2 U M R U R'
  4. U2 M U M2 R U R'
  5. U2 M U r M' U R'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. r U' r' U2 r U R'
  2. r U' r' U2 r U r'
Speed-optimal (2, X2-penalised)
  1. r U' r' U2 r U R'
  2. r U' r' U2 r U r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M U R U2 M' U' R'
  2. M U R U2 M' U' r'
  3. M U' M' U2 R U R'
  4. M U' M' U2 R U r'
  5. M U' M2 U2 r U R'
Speed-optimal (5, X2-penalised)
  1. R U R' U R U R'
  2. M U' M' U2 R U R'
  3. R U r' U R U R'
  4. U2 M' U' M R U R'
  5. R U R' U R U r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M U' R U2 M' U' R'
  2. M U' R U2 M' U' r'
  3. M U M' U2 R U R'
  4. M U M' U2 R U r'
  5. M U M2 U2 r U R'
Speed-optimal (5, X2-penalised)
  1. M U' R U2 M' U' R'
  2. M U M' U2 R U R'
  3. U2 M' U M R U R'
  4. U2 M2 U M2 R U R'
  5. U2 M2 U r M' U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r U2 R' U2 R U R'
  2. r U2 R' U2 R U r'
  3. R U2 r' U2 R U R'
  4. R U2 r' U2 R U r'
  5. R U2 R' U2 r U R'
Speed-optimal (4, X2-penalised)
  1. R U R' U' r U R'
  2. R U r' U' r U R'
  3. R U R' U' r U r'
  4. R U r' U' r U r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R2 U2 r' U' R U' R2
  2. R2 U2 r' U' R U' r2
Speed-optimal (5, X2-penalised)
  1. R U R' U M R U' R'
  2. R U R' U r' R2 U' R'
  3. R U r' U M R U' R'
  4. R U r' U r' R2 U' R'
  5. R U R' U R M U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. r U2 r' U r U' R'
  2. r U2 r' U r U' r'
Speed-optimal (2, X2-penalised)
  1. r U2 r' U r U' R'
  2. r U2 r' U r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. R U' r' U r U' R'
  2. R U' r' U r U' r'
  3. r U' r' U r U' R'
  4. r U' r' U r U' r'
Speed-optimal (4, X2-penalised)
  1. R U' r' U r U' R'
  2. r U' r' U r U' R'
  3. R U' r' U r U' r'
  4. r U' r' U r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U M2 U r2 R' U R'
  2. U M2 U r2 R' U r'
  3. U M2 U M2 R U R'
  4. U M2 U M2 R U r'
  5. U M2 U r M' U R'
Speed-optimal (5, X2-penalised)
  1. U M' U M R U R'
  2. U M2 U r2 R' U R'
  3. U M2 U M2 R U R'
  4. U M' U r' R2 U R'
  5. U M2 U r M' U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' M R U2 M' U' R'
  2. U' M R U2 M' U' r'
  3. U' r' R2 U2 M' U' R'
  4. U' r' R2 U2 M' U' r'
  5. U' R M U2 M' U' R'
Speed-optimal (5, X2-penalised)
  1. U' M R U2 M' U' R'
  2. U' R M U2 M' U' R'
  3. U' r M2 U2 M' U' R'
  4. U' M2 r U2 M' U' R'
  5. U' M2 R U2 M2 U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. R U' R' U2 R U R'
  2. R U' R' U2 R U r'
  3. r U' R' U2 R U R'
  4. r U' R' U2 R U r'
Speed-optimal (4, X2-penalised)
  1. R U' R' U2 R U R'
  2. r U' R' U2 R U R'
  3. R U' R' U2 R U r'
  4. r U' R' U2 R U r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U' M U' M' U' R'
  2. R U' M U' M' U' r'
  3. R U' M2 U' M2 U' R'
  4. R U' M2 U' M2 U' r'
  5. R U' r' U' r U' R'
Speed-optimal (5, X2-penalised)
  1. R U' M U' M' U' R'
  2. U M2 U' r2 R' U R'
  3. R U' M2 U' M2 U' R'
  4. U M' U' r' R2 U R'
  5. U M' U' M R U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' M U' r2 R' U R'
  2. U' M U' r2 R' U r'
  3. U' M U' M2 R U R'
  4. U' M U' M2 R U r'
  5. U' M U' r M' U R'
Speed-optimal (5, X2-penalised)
  1. U' M2 U' M R U R'
  2. U' M U' r2 R' U R'
  3. U' M U' M2 R U R'
  4. U' M2 U' r' R2 U R'
  5. U' M U' r M' U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U M2 U M' U' R'
  2. R U M2 U M' U' r'
  3. R U M' U M2 U' R'
  4. R U M' U M2 U' r'
  5. R U' M2 U M U R'
Speed-optimal (5, X2-penalised)
  1. U' M2 U M R U R'
  2. U' M U r2 R' U R'
  3. U' M U M2 R U R'
  4. U' M2 U r' R2 U R'
  5. U' M U r M' U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U R' U' R U R'
  2. R U R' U' R U r'
  3. R U r' U' R U R'
  4. R U r' U' R U r'
  5. r U R' U' R U R'
Speed-optimal (5, X2-penalised)
  1. R U R' U' R U R'
  2. r U R' U' R U R'
  3. R U r' U' R U R'
  4. r U r' U' R U R'
  5. R U R' U' R U r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U' R' U R U' R'
  2. R U' R' U R U' r'
  3. R U' R' U2 R U2 R'
  4. R U' R' U2 R U2 r'
  5. R U' R' U2 r U2 R'
Speed-optimal (5, X2-penalised)
  1. R U' R' U R U' R'
  2. r U' R' U R U' R'
  3. R U' r' U R U' R'
  4. r U' r' U R U' R'
  5. R U' R' U R U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U R' U R U' R'
  2. R U R' U R U' r'
  3. R U R' U2 R U2 R'
  4. R U R' U2 R U2 r'
  5. R U R' U2 r U2 R'
Speed-optimal (5, X2-penalised)
  1. R U R' U R U' R'
  2. r U R' U R U' R'
  3. R U r' U R U' R'
  4. r U r' U R U' R'
  5. R U R' U R U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' M2 U' r2 R' U R'
  2. U' M2 U' r2 R' U r'
  3. U' M2 U' M2 R U R'
  4. U' M2 U' M2 R U r'
  5. U' M2 U' r M' U R'
Speed-optimal (5, X2-penalised)
  1. R U' R' U' R U R'
  2. U' M2 U' r2 R' U R'
  3. R U' r' U' R U R'
  4. U' M' U' r' R2 U R'
  5. U' M' U' M R U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U M R U2 M' U' R'
  2. U M R U2 M' U' r'
  3. U r' R2 U2 M' U' R'
  4. U r' R2 U2 M' U' r'
  5. U R M U2 M' U' R'
Speed-optimal (5, X2-penalised)
  1. U R M U2 M' U' R'
  2. U R M2 U2 M2 U' R'
  3. U' M' U2 M R U R'
  4. U' M2 U2 M2 R U R'
  5. U' M2 U2 r M' U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U2 R' U R U' R'
  2. R U2 R' U R U' r'
  3. R U2 R' U2 R U2 R'
  4. R U2 R' U2 R U2 r'
  5. R U2 R' U2 r U2 R'
Speed-optimal (5, X2-penalised)
  1. R U2 R' U R U' R'
  2. r U2 R' U R U' R'
  3. R U2 r' U R U' R'
  4. r U2 r' U R U' R'
  5. R U2 R' U R U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U2 R' U' R U R'
  2. R U2 R' U' R U r'
  3. R U2 r' U' R U R'
  4. R U2 r' U' R U r'
  5. r U2 R' U' R U R'
Speed-optimal (5, X2-penalised)
  1. R U2 R' U' R U R'
  2. r U2 R' U' R U R'
  3. R U2 r' U' R U R'
  4. r U2 r' U' R U R'
  5. R U2 R' U' R U r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' M2 U r2 R' U R'
  2. U' M2 U r2 R' U r'
  3. U' M2 U M2 R U R'
  4. U' M2 U M2 R U r'
  5. U' M2 U r M' U R'
Speed-optimal (5, X2-penalised)
  1. U' M' U M R U R'
  2. U' M2 U r2 R' U R'
  3. U' M2 U M2 R U R'
  4. U' M' U r' R2 U R'
  5. U' M2 U r M' U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U M U r2 R' U R'
  2. U M U r2 R' U r'
  3. U M U M2 R U R'
  4. U M U M2 R U r'
  5. U M U r M' U R'
Speed-optimal (5, X2-penalised)
  1. U M2 U M R U R'
  2. U M U r2 R' U R'
  3. U M U M2 R U R'
  4. U M2 U r' R2 U R'
  5. U M U r M' U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U M U' r2 R' U R'
  2. U M U' r2 R' U r'
  3. U M U' M2 R U R'
  4. U M U' M2 R U r'
  5. U M U' r M' U R'
Speed-optimal (5, X2-penalised)
  1. U M2 U' M R U R'
  2. U M U' r2 R' U R'
  3. U M U' M2 R U R'
  4. U M2 U' r' R2 U R'
  5. U M U' r M' U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U' M2 U2 M' U' R
  2. R' U' M2 U2 M' U' r
  3. R' U' M' U2 M2 U' R
  4. R' U' M' U2 M2 U' r
  5. R' U M2 U2 M U R
Speed-optimal (5, X2-penalised)
  1. R' U' M2 U2 M' U' R
  2. r' U' M2 U2 M' U' R
  3. R' U' M' U2 M2 U' R
  4. r' U' M' U2 M2 U' R
  5. R' U M2 U2 M U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U R2 U' M U' R
  2. R U R2 U' M U' r
  3. R U R2 U M' U R
  4. R U R2 U M' U r
  5. R U r2 U' M U' R
Speed-optimal (5, X2-penalised)
  1. R U R2 U' M U' R
  2. r U R2 U' M U' R
  3. R U r2 U' M U' R
  4. r U r2 U' M U' R
  5. R U R2 U M' U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U r U2 R' U' R
  2. R' U r U2 R' U' r
  3. R' U R U2 r' U' R
  4. R' U R U2 r' U' r
  5. R' U2 R U r' U' R
Speed-optimal (5, X2-penalised)
  1. R' U r U2 R' U' R
  2. r' U r U2 R' U' R
  3. R' U2 R U r' U' R
  4. r' U2 R U r' U' R
  5. R' U2 r U r' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U' M2 U M' U' R
  2. R' U' M2 U M' U' r
  3. R' U' M' U M2 U' R
  4. R' U' M' U M2 U' r
  5. R' U M2 U M U R
Speed-optimal (5, X2-penalised)
  1. R' U' M2 U M' U' R
  2. r' U' M2 U M' U' R
  3. R' U' M' U M2 U' R
  4. r' U' M' U M2 U' R
  5. R' U M2 U M U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U2 R2 U' M U' R
  2. R U2 R2 U' M U' r
  3. R U2 R2 U M' U R
  4. R U2 R2 U M' U r
  5. R U2 r2 U' M U' R
Speed-optimal (5, X2-penalised)
  1. U' R' U r U2 R' U' R
  2. U' r' U r U2 R' U' R
  3. U' R' U2 R U r' U' R
  4. U' r' U2 R U r' U' R
  5. U' R' U2 r U r' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. R' U' r' U' R' U R2
  2. R' U' r' U' R' U r2
  3. r' U' r' U' R' U R2
  4. r' U' r' U' R' U r2
Speed-optimal (4, X2-penalised)
  1. R' U' r' U' R' U R2
  2. r' U' r' U' R' U R2
  3. R' U' r' U' R' U r2
  4. r' U' r' U' R' U r2
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r' U2 r U2 R' U' R
  2. r' U2 r U2 R' U' r
  3. r' U2 R U2 r' U' R
  4. r' U2 R U2 r' U' r
  5. r' U' R U r' U' R
Speed-optimal (4, X2-penalised)
  1. r' U' R U r' U' R
  2. r' U' r U r' U' R
  3. r' U' R U r' U' r
  4. r' U' r U r' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. r2 U R' U' R U' R
  2. r2 U R' U' R U' r
  3. r U' r U' R' U R2
  4. r U' r U' R' U r2
Speed-optimal (4, X2-penalised)
  1. r2 U R' U' R U' R
  2. r U' r U' R' U R2
  3. r2 U R' U' R U' r
  4. r U' r U' R' U r2
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. r U r U' R' U R2
  2. r U r U' R' U r2
  3. r2 U R U2 R' U R2
  4. r2 U R U2 R' U r2
Speed-optimal (2, X2-penalised)
  1. r U r U' R' U R2
  2. r U r U' R' U r2
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r2 U' R2 U2 R U' R2
  2. r2 U' R2 U2 R U' r2
  3. r2 U' R2 U' R U2 R2
  4. r2 U' R2 U' R U2 r2
  5. r2 U' R2 U' r U2 R2
Speed-optimal (5, X2-penalised)
  1. R' U r U2 M' R' U' R
  2. R' U R U2 M2 R' U' R
  3. R' U r U2 R' M' U' R
  4. R' U R U2 r' M U' R
  5. R' U2 R U R' M2 U' R
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. r U2 r U' R' U R2
  2. r U2 r U' R' U r2
  3. r2 U2 R U R' U R2
  4. r2 U2 R U R' U r2
Speed-optimal (5, X2-penalised)
  1. r' U' R U' M' R' U R
  2. R U2 R' U' M2 R' U' R
  3. r' U' r U' M' R' U R
  4. R U2 R' U' r' M U' R
  5. M U' R U' r R U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r U2 R2 U' M' U' R
  2. r U2 R2 U' M' U' r
  3. r U' R2 U2 M' U' R
  4. r U' R2 U2 M' U' r
  5. r U M' U2 R2 U R
Speed-optimal (5, X2-penalised)
  1. R U2 R2 U' M2 U' R
  2. R U' R2 U2 M2 U' R
  3. R U2 R2 U' M2 U' r
  4. R U' R2 U2 M2 U' r
  5. R U' r R U2 M' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R' U R U' r' U R
  2. R' U R U' r' U r
Speed-optimal (2, X2-penalised)
  1. R' U R U' r' U R
  2. R' U R U' r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U r' U2 R' U' R
  2. R U r' U2 R' U' r
  3. R U' R' U2 r' U R
  4. R U' R' U2 r' U r
  5. r U' r' U2 r' U R
Speed-optimal (5, X2-penalised)
  1. R U r' U2 R' U' R
  2. R U' R' U2 r' U R
  3. r U' r' U2 r' U R
  4. r2 U R U' r U R
  5. R U r' U2 R' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R' U2 r U2 r' U' R
  2. R' U2 r U2 r' U' r
Speed-optimal (2, X2-penalised)
  1. R' U2 r U2 r' U' R
  2. R' U2 r U2 r' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. r' U R U' r' U R
  2. r' U R U' r' U r
Speed-optimal (2, X2-penalised)
  1. r' U R U' r' U R
  2. r' U R U' r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R U' r' U2 r' U R
  2. R U' r' U2 r' U r
Speed-optimal (2, X2-penalised)
  1. R U' r' U2 r' U R
  2. R U' r' U2 r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R2 U' R2 U r U' R
  2. R2 U' R2 U r U' r
Speed-optimal (2, X2-penalised)
  1. R2 U' R2 U r U' R
  2. R2 U' R2 U r U' r
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. R2 U R' U' r U' R
  2. R2 U R' U' r U' r
  3. R U' r U' R' U R2
  4. R U' r U' R' U r2
Speed-optimal (4, X2-penalised)
  1. R2 U R' U' r U' R
  2. R U' r U' R' U R2
  3. R2 U R' U' r U' r
  4. R U' r U' R' U r2
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r U R' U' R' U' R
  2. r U R' U' R' U' r
  3. r U r' U' R' U' R
  4. r U r' U' R' U' r
  5. R U r U' R' U R2
Speed-optimal (5, X2-penalised)
  1. r U R' U' R' U' R
  2. R U r U' R' U R2
  3. r U r' U' R' U' R
  4. R U r U' R' U r2
  5. r U R' U' R' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. r U' R U' R2 U R2
  2. r U' R U' R2 U r2
  3. r U' r U' R2 U R2
  4. r U' r U' R2 U r2
Speed-optimal (5, X2-penalised)
  1. U' r U R' U' R' U' R
  2. R' U2 R U M' R' U' R
  3. U' r U r' U' R' U' R
  4. R' U R U2 M' R' U' R
  5. U' r U R' U' R' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. R U2 r U' R' U R2
  2. R U2 r U' R' U r2
  3. r2 U2 r U R' U R2
  4. r2 U2 r U R' U r2
Speed-optimal (5, X2-penalised)
  1. U r U R' U' R' U' R
  2. R U2 r U' R' U R2
  3. U r U r' U' R' U' R
  4. R U2 r U' R' U r2
  5. M2 U' R U' r R U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U2 R2 U' M' U' R
  2. R U2 R2 U' M' U' r
  3. R U' R2 U2 M' U' R
  4. R U' R2 U2 M' U' r
  5. R U M' U2 R2 U R
Speed-optimal (5, X2-penalised)
  1. R U2 R2 U' M' U' R
  2. R U' R2 U2 M' U' R
  3. R U2 R2 U' M' U' r
  4. R U' R2 U2 M' U' r
  5. U2 r U R' U' R' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U R' U' R2 U R2
  2. R' U R' U' R2 U r2
  3. R' U r' U' R2 U R2
  4. R' U r' U' R2 U r2
  5. r' U R' U' R2 U R2
Speed-optimal (5, X2-penalised)
  1. R' U R' U' R2 U R2
  2. R' U r' U' R2 U R2
  3. R' U R' U' R2 U r2
  4. R' U r' U' R2 U r2
  5. R' U R' U' R2 U r' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R2 U M2 U r2 U' R2
  2. R2 U M2 U r2 U' r2
  3. R2 U' r2 U M2 U R2
  4. R2 U' r2 U M2 U r2
  5. r2 U M2 U r2 U' R2
Speed-optimal (5, X2-penalised)
  1. R U r' U2 M' R' U' R
  2. R U r' U2 R' M' U' R
  3. R U r' U2 r' M2 U' R
  4. R U r' U2 M2 r' U' R
  5. R U' M' R' U2 r' U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U r2 U' M2 U' R
  2. R U r2 U' M2 U' r
  3. R U' M2 U' r2 U R
  4. R U' M2 U' r2 U r
  5. r U r2 U' M2 U' R
Speed-optimal (5, X2-penalised)
  1. R U r2 U' M2 U' R
  2. r U r2 U' M2 U' R
  3. R U' M2 U' r2 U R
  4. r U' M2 U' r2 U R
  5. R U r2 U' M2 U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U2 R2 U R2 U' R
  2. R' U2 R2 U R2 U' r
  3. R' U2 r2 U R2 U' R
  4. R' U2 r2 U R2 U' r
  5. R' U R' U R2 U' R2
Speed-optimal (5, X2-penalised)
  1. R U' r2 U M2 U R
  2. r U' r2 U M2 U R
  3. R U' M2 U r2 U R
  4. r U' M2 U r2 U R
  5. R U' r2 U M2 U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R2 U' R' U R U' R
  2. R2 U' R' U R U' r
  3. r2 U' R' U R U' R
  4. r2 U' R' U R U' r
  5. R' U' R2 U R2 U' R
Speed-optimal (4, X2-penalised)
  1. R2 U' R' U R U' R
  2. r2 U' R' U R U' R
  3. R2 U' R' U R U' r
  4. r2 U' R' U R U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U' r2 U M' U' R
  2. R U' r2 U M' U' r
  3. R U2 R2 U M U' R
  4. R U2 R2 U M U' r
  5. R U2 R2 U' M' U R
Speed-optimal (5, X2-penalised)
  1. R U' r2 U M' U' R
  2. r U' r2 U M' U' R
  3. R U r2 U' M U R
  4. r U r2 U' M U R
  5. R U r U R' U' R2
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U2 R' U r' U' R
  2. R U2 R' U r' U' r
  3. R U2 r' U r' U' R
  4. R U2 r' U r' U' r
  5. R U R' U2 r' U' R
Speed-optimal (5, X2-penalised)
  1. R U2 R' U r' U' R
  2. R U2 r' U r' U' R
  3. R U R' U2 r' U' R
  4. r U R' U2 r' U' R
  5. R U' r' U2 R' U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U r2 U M U R
  2. R U r2 U M U r
  3. R U M U r2 U R
  4. R U M U r2 U r
  5. r U r2 U M U R
Speed-optimal (5, X2-penalised)
  1. R U r2 U M U R
  2. r U r2 U M U R
  3. R U M U r2 U R
  4. r U M U r2 U R
  5. R U r2 U M U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U' r2 U' M' U' R
  2. R U' r2 U' M' U' r
  3. R U M U' r2 U R
  4. R U M U' r2 U r
  5. r U' r2 U' M' U' R
Speed-optimal (5, X2-penalised)
  1. U' R U r R U R
  2. R U' r2 U' M' U' R
  3. U' r U r R U R
  4. U' R U M' R2 U R
  5. U' R U R r U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U R U' r' R' U' R
  2. U R U' r' R' U' r
  3. U R U' M R2 U' R
  4. U R U' M R2 U' r
  5. U R U' r2 M' U' R
Speed-optimal (5, X2-penalised)
  1. U R U' r' R' U' R
  2. U R U' M R2 U' R
  3. U r U' r' R' U' R
  4. U r U' M R2 U' R
  5. U R U' R' r' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 R U r R U R
  2. U2 R U r R U r
  3. U2 R U M' R2 U R
  4. U2 R U M' R2 U r
  5. U2 R U R2 M' U R
Speed-optimal (5, X2-penalised)
  1. U2 R U r R U R
  2. U2 r U r R U R
  3. U2 R U R r U R
  4. U2 r U R r U R
  5. U2 R U r R U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 R U' r' R' U' R
  2. U2 R U' r' R' U' r
  3. U2 R U' M R2 U' R
  4. U2 R U' M R2 U' r
  5. U2 R U' r2 M' U' R
Speed-optimal (5, X2-penalised)
  1. U2 R U' r' R' U' R
  2. U2 r U' r' R' U' R
  3. U2 R U' R' r' U' R
  4. U2 r U' R' r' U' R
  5. U2 R U' r' R' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U R U r R U R
  2. U R U r R U r
  3. U R U M' R2 U R
  4. U R U M' R2 U r
  5. U R U R2 M' U R
Speed-optimal (5, X2-penalised)
  1. U R U r R U R
  2. U R U M' R2 U R
  3. U r U r R U R
  4. U r U M' R2 U R
  5. U R U R r U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U' r2 U2 M' U' R
  2. R U' r2 U2 M' U' r
  3. R U M U2 r2 U R
  4. R U M U2 r2 U r
  5. r U' r2 U2 M' U' R
Speed-optimal (5, X2-penalised)
  1. R U' r2 U2 M' U' R
  2. R U M U2 r2 U R
  3. R U' r2 U2 M' U' r
  4. R U M U2 r2 U r
  5. R U' r R U2 M2 U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' R U' r' R' U' R
  2. U' R U' r' R' U' r
  3. U' R U' M R2 U' R
  4. U' R U' M R2 U' r
  5. U' R U' r2 M' U' R
Speed-optimal (5, X2-penalised)
  1. U' R U' r' R' U' R
  2. U' R U' M R2 U' R
  3. U' r U' r' R' U' R
  4. U' r U' M R2 U' R
  5. U' R U' R' r' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. R U' R' U' R' U' R
  2. R U' R' U' R' U' r
  3. R U' r' U' R' U' R
  4. R U' r' U' R' U' r
Speed-optimal (4, X2-penalised)
  1. R U' R' U' R' U' R
  2. R U' r' U' R' U' R
  3. R U' R' U' R' U' r
  4. R U' r' U' R' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. r U r' U2 R' U' R
  2. r U r' U2 R' U' r
  3. r U' R' U2 r' U R
  4. r U' R' U2 r' U r
Speed-optimal (4, X2-penalised)
  1. r U r' U2 R' U' R
  2. r U' R' U2 r' U R
  3. r U r' U2 R' U' r
  4. r U' R' U2 r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. M2 U2 R U' r2 U R
  2. M2 U2 R U' r2 U r
  3. M' U2 r U' r2 U R
  4. M' U2 r U' r2 U r
Speed-optimal (5, X2-penalised)
  1. M' U2 r U' r2 U R
  2. M' U2 r U' r2 U r
  3. U R' U2 R U R' U' R
  4. U r' U2 R U R' U' R
  5. U R' U2 r U R' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M2 U R U' r2 U R
  2. M2 U R U' r2 U r
  3. M' U r U' r2 U R
  4. M' U r U' r2 U r
  5. R2 U' R2 U2 R' U' R2
Speed-optimal (4, X2-penalised)
  1. M2 U R U' r2 U R
  2. M' U r U' r2 U R
  3. M2 U R U' r2 U r
  4. M' U r U' r2 U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M2 U' R U' r2 U R
  2. M2 U' R U' r2 U r
  3. M' U' r U' r2 U R
  4. M' U' r U' r2 U r
  5. R2 U r' U' M' U' R2
Speed-optimal (4, X2-penalised)
  1. M2 U' R U' r2 U R
  2. M' U' r U' r2 U R
  3. M2 U' R U' r2 U r
  4. M' U' r U' r2 U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r' U2 R U2 R' U' R
  2. r' U2 R U2 R' U' r
  3. R' U2 r U2 R' U' R
  4. R' U2 r U2 R' U' r
  5. R' U2 R U2 r' U' R
Speed-optimal (4, X2-penalised)
  1. R' U' R U r' U' R
  2. R' U' r U r' U' R
  3. R' U' R U r' U' r
  4. R' U' r U r' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. r2 U' R2 U r U' R
  2. r2 U' R2 U r U' r
Speed-optimal (2, X2-penalised)
  1. r2 U' R2 U r U' R
  2. r2 U' R2 U r U' r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. r2 U R' U' r U' R
  2. r2 U R' U' r U' r
Speed-optimal (2, X2-penalised)
  1. r2 U R' U' r U' R
  2. r2 U R' U' r U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r' U2 r U' r' U R
  2. r' U2 r U' r' U r
  3. U2 M R U' r2 U R
  4. U2 M R U' r2 U r
  5. U2 r' R2 U' r2 U R
Speed-optimal (2, X2-penalised)
  1. r' U2 r U' r' U R
  2. r' U2 r U' r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' R U' r R U R
  2. U' R U' r R U r
  3. U' R U' M' R2 U R
  4. U' R U' M' R2 U r
  5. U' R U' R2 M' U R
Speed-optimal (5, X2-penalised)
  1. U' R U' r R U R
  2. U' R U' M' R2 U R
  3. U' r U' r R U R
  4. U' r U' M' R2 U R
  5. U' R U' R r U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r U2 R2 U' M2 U' R
  2. r U2 R2 U' M2 U' r
  3. r U' R2 U2 M2 U' R
  4. r U' R2 U2 M2 U' r
  5. r U M2 U2 R2 U R
Speed-optimal (5, X2-penalised)
  1. R U2 r2 U M U R
  2. R U2 M U r2 U R
  3. R U2 r2 U M U r
  4. R U2 M U r2 U r
  5. U R U2 R' U' r' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R' U2 R U2 R' U' R
  2. R' U2 R U2 R' U' r
Speed-optimal (5, X2-penalised)
  1. U' R' U' R U R' U' R
  2. R' U2 R U2 R' U' R
  3. U' r' U' R U R' U' R
  4. R' U2 R U2 R' U' r
  5. U' R' U' r U R' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R2 U R' U' R U' R
  2. R2 U R' U' R U' r
Speed-optimal (2, X2-penalised)
  1. R2 U R' U' R U' R
  2. R2 U R' U' R U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U R' U' R' U' R
  2. R U R' U' R' U' r
  3. R U r' U' R' U' R
  4. R U r' U' R' U' r
  5. U2 r U' r' R' U R
Speed-optimal (5, X2-penalised)
  1. R U R' U' R' U' R
  2. U2 r U' r' R' U R
  3. R U r' U' R' U' R
  4. R' U2 r U' r' U R
  5. R U R' U' R' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R2 U' R2 U2 R U' R2
  2. R2 U' R2 U2 R U' r2
  3. R2 U' R2 U' R U2 R2
  4. R2 U' R2 U' R U2 r2
  5. R2 U' R2 U' r U2 R2
Speed-optimal (5, X2-penalised)
  1. R U' R U' R2 U R2
  2. R U' R U' R2 U r2
  3. R U' R U' R2 U r' R'
  4. U' R' U2 R U' R' U R
  5. U' r' U2 R U' R' U R
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R2 U2 R U R' U R2
  2. R2 U2 R U R' U r2
Speed-optimal (5, X2-penalised)
  1. M' U' R U' r R U R
  2. M' U' R U' M' R2 U R
  3. M' U' r U' r R U R
  4. M' U' r U' M' R2 U R
  5. M' U' R U' R r U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r U2 r2 U M U R
  2. r U2 r2 U M U r
  3. r U2 M U r2 U R
  4. r U2 M U r2 U r
  5. R U2 r2 U M2 U R
Speed-optimal (5, X2-penalised)
  1. R U2 r2 U M2 U R
  2. R U2 M2 U r2 U R
  3. R U2 r2 U M2 U r
  4. R U2 M2 U r2 U r
  5. U' R' U2 R U R' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. r' U2 r U2 r' U' R
  2. r' U2 r U2 r' U' r
Speed-optimal (5, X2-penalised)
  1. r' U2 r U2 r' U' R
  2. r' U2 r U2 r' U' r
  3. U2 R' U' R U r' U' R
  4. U2 R' U' r U r' U' R
  5. U2 R' U' R U r' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. r U' R' U' R' U' R
  2. r U' R' U' R' U' r
  3. r U' r' U' R' U' R
  4. r U' r' U' R' U' r
Speed-optimal (4, X2-penalised)
  1. r U' R' U' R' U' R
  2. r U' r' U' R' U' R
  3. r U' R' U' R' U' r
  4. r U' r' U' R' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. R2 U R U' r U R
  2. R2 U R U' r U r
Speed-optimal (2, X2-penalised)
  1. R2 U R U' r U R
  2. R2 U R U' r U r
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. M U2 R U' r2 U R
  2. M U2 R U' r2 U r
  3. M2 U2 r U' r2 U R
  4. M2 U2 r U' r2 U r
Speed-optimal (5, X2-penalised)
  1. M U2 R U' r2 U R
  2. M U2 R U' r2 U r
  3. U' R U2 R' U' r' U' R
  4. U' r U2 R' U' r' U' R
  5. U' R U2 r' U' r' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M2 U' M U2 R' U' R
  2. M2 U' M U2 R' U' r
  3. M2 U' M2 U2 r' U' R
  4. M2 U' M2 U2 r' U' r
  5. M2 U R' U2 M U R
Speed-optimal (5, X2-penalised)
  1. U R U r' R' U' R
  2. U R U M R2 U' R
  3. U r U r' R' U' R
  4. U r U M R2 U' R
  5. U R U R' r' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r' U r U2 r' U' R
  2. r' U r U2 r' U' r
  3. U R U' r R U R
  4. U R U' r R U r
  5. U R U' M' R2 U R
Speed-optimal (5, X2-penalised)
  1. U R U' r R U R
  2. U R U' M' R2 U R
  3. U r U' r R U R
  4. U r U' M' R2 U R
  5. U R U' R r U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M U' R U' r2 U R
  2. M U' R U' r2 U r
  3. M2 U' r U' r2 U R
  4. M2 U' r U' r2 U r
  5. r U2 R U' R' U R2
Speed-optimal (4, X2-penalised)
  1. M U' R U' r2 U R
  2. M2 U' r U' r2 U R
  3. M U' R U' r2 U r
  4. M2 U' r U' r2 U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M2 U M U2 R' U' R
  2. M2 U M U2 R' U' r
  3. M2 U M2 U2 r' U' R
  4. M2 U M2 U2 r' U' r
  5. M2 U' R' U2 M U R
Speed-optimal (5, X2-penalised)
  1. U2 M2 U M' R' U' R
  2. U2 M' U M2 R' U' R
  3. M' U' R U' R2 U' R
  4. M' U' r U' R2 U' R
  5. U2 M2 U R' M' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U r U' r' U R
  2. R' U r U' r' U r
  3. r' U r U' r' U R
  4. r' U r U' r' U r
  5. R2 U' R' U R U2 R
Speed-optimal (4, X2-penalised)
  1. R' U r U' r' U R
  2. r' U r U' r' U R
  3. R' U r U' r' U r
  4. r' U r U' r' U r
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. R U' R U' R' U R2
  2. R U' R U' R' U r2
  3. r U' R U' R' U R2
  4. r U' R U' R' U r2
Speed-optimal (4, X2-penalised)
  1. R U' R U' R' U R2
  2. r U' R U' R' U R2
  3. R U' R U' R' U r2
  4. r U' R U' R' U r2
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U R' U2 R' U' R
  2. R U R' U2 R' U' r
  3. R U r' U2 r' U' R
  4. R U r' U2 r' U' r
  5. R U' R' U2 R' U R
Speed-optimal (5, X2-penalised)
  1. R U R' U2 R' U' R
  2. r U R' U2 R' U' R
  3. R U r' U2 r' U' R
  4. r U r' U2 r' U' R
  5. R U' R' U2 R' U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U R U2 R' U' R
  2. R' U R U2 R' U' r
  3. r' U R U2 R' U' R
  4. r' U R U2 R' U' r
  5. U r U' r' R' U R
Speed-optimal (5, X2-penalised)
  1. U r U' r' R' U R
  2. R' U R U2 R' U' R
  3. U r U' R' r' U R
  4. r' U R U2 R' U' R
  5. U r U' r' R' U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U' r2 U2 M2 U' R
  2. R U' r2 U2 M2 U' r
  3. R U M2 U2 r2 U R
  4. R U M2 U2 r2 U r
  5. r U' r2 U2 M2 U' R
Speed-optimal (5, X2-penalised)
  1. R U' r2 U2 M2 U' R
  2. R' U r2 U' r2 U R
  3. R U' r2 U2 M2 U' r
  4. R' U r2 U' r2 U r
  5. R U' r' R' U2 M' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U r2 U' M' U' R
  2. R U r2 U' M' U' r
  3. R U' M U' r2 U R
  4. R U' M U' r2 U r
  5. r U r2 U' M' U' R
Speed-optimal (5, X2-penalised)
  1. R U r2 U' M' U' R
  2. r U r2 U' M' U' R
  3. U R U2 r R U R
  4. U R U2 R r U R
  5. R U' M U' r2 U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' M R U' r2 U R
  2. U' M R U' r2 U r
  3. U' r' R2 U' r2 U R
  4. U' r' R2 U' r2 U r
  5. U' R M U' r2 U R
Speed-optimal (5, X2-penalised)
  1. U' M R U' r2 U R
  2. U' R M U' r2 U R
  3. U' r M2 U' r2 U R
  4. U' M2 r U' r2 U R
  5. U' M R U' r2 U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U M2 U M' R' U' R
  2. U M2 U M' R' U' r
  3. U M2 U r R2 U' R
  4. U M2 U r R2 U' r
  5. U M2 U R' M' U' R
Speed-optimal (5, X2-penalised)
  1. U M2 U M' R' U' R
  2. U M' U r2 R U' R
  3. U M' U M2 R' U' R
  4. U M2 U r R2 U' R
  5. U M2 U R' M' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U' R U R' U' R
  2. R' U' R U R' U' r
  3. R' U' r U R' U' R
  4. R' U' r U R' U' r
  5. R' U2 R' U' R U R2
Speed-optimal (5, X2-penalised)
  1. R' U' R U R' U' R
  2. r' U' R U R' U' R
  3. R' U' r U R' U' R
  4. r' U' r U R' U' R
  5. R' U' R U R' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R2 U' R2 U R U' R
  2. R2 U' R2 U R U' r
  3. r2 U' R2 U R U' R
  4. r2 U' R2 U R U' r
  5. R' U R U' R' U R
Speed-optimal (5, X2-penalised)
  1. R' U R U' R' U R
  2. r' U R U' R' U R
  3. R' U r U' R' U R
  4. r' U r U' R' U R
  5. R' U R U' R' U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U2 R' U R' U' R
  2. R U2 R' U R' U' r
  3. R U2 r' U R' U' R
  4. R U2 r' U R' U' r
  5. R U R U' R U R2
Speed-optimal (5, X2-penalised)
  1. R U2 R' U R' U' R
  2. r U2 R' U R' U' R
  3. R U2 r' U R' U' R
  4. r U2 r' U R' U' R
  5. R U R U' R U R2
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U2 R U' R' U R
  2. R' U2 R U' R' U r
  3. R' U2 R U2 R' U2 R
  4. R' U2 R U2 R' U2 r
  5. R' U2 R U2 r' U2 R
Speed-optimal (5, X2-penalised)
  1. R' U2 R U' R' U R
  2. r' U2 R U' R' U R
  3. R' U2 r U' R' U R
  4. r' U2 r U' R' U R
  5. R' U2 R U' R' U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U2 R U R' U' R
  2. R' U2 R U R' U' r
  3. R' U2 r U R' U' R
  4. R' U2 r U R' U' r
  5. R' U R' U' R U R2
Speed-optimal (5, X2-penalised)
  1. R' U2 R U R' U' R
  2. r' U2 R U R' U' R
  3. R' U2 r U R' U' R
  4. r' U2 r U R' U' R
  5. R' U R' U' R U R2
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U' R U' R' U R
  2. R' U' R U' R' U r
  3. R' U' R U2 R' U2 R
  4. R' U' R U2 R' U2 r
  5. R' U' R U2 r' U2 R
Speed-optimal (5, X2-penalised)
  1. R' U' R U' R' U R
  2. U' r U' M R2 U R
  3. r' U' R U' R' U R
  4. U' r U' r2 M' U R
  5. R' U' r U' R' U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U' R' U' r' U' R
  2. R U' R' U' r' U' r
  3. R U' r' U' r' U' R
  4. R U' r' U' r' U' r
  5. r U' R' U' r' U' R
Speed-optimal (5, X2-penalised)
  1. R U' R' U' r' U' R
  2. r U' R' U' r' U' R
  3. R U' r' U' r' U' R
  4. r U' r' U' r' U' R
  5. R U' R' U' r' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' R U2 r R U R
  2. U' R U2 r R U r
  3. U' R U2 M' R2 U R
  4. U' R U2 M' R2 U r
  5. U' R U2 R2 M' U R
Speed-optimal (4, X2-penalised)
  1. U' R U2 r R U R
  2. U' R U2 R r U R
  3. U' R U2 r R U r
  4. U' R U2 R r U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U R' U' r' U' R
  2. R U R' U' r' U' r
  3. R U r' U' r' U' R
  4. R U r' U' r' U' r
  5. r U R' U' r' U' R
Speed-optimal (5, X2-penalised)
  1. R U R' U' r' U' R
  2. U2 R U' r R U R
  3. r U R' U' r' U' R
  4. U2 r U' r R U R
  5. R U r' U' r' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U M R U' r2 U R
  2. U M R U' r2 U r
  3. U r' R2 U' r2 U R
  4. U r' R2 U' r2 U r
  5. U R M U' r2 U R
Speed-optimal (5, X2-penalised)
  1. U M R U' r2 U R
  2. U R M U' r2 U R
  3. U r M2 U' r2 U R
  4. U M2 r U' r2 U R
  5. U M R U' r2 U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' M2 U M' R' U' R
  2. U' M2 U M' R' U' r
  3. U' M2 U r R2 U' R
  4. U' M2 U r R2 U' r
  5. U' M2 U R' M' U' R
Speed-optimal (5, X2-penalised)
  1. U' M2 U M' R' U' R
  2. U' M' U r2 R U' R
  3. U' M' U M2 R' U' R
  4. U' M2 U r R2 U' R
  5. U' M2 U R' M' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U2 R' U' r' U' R
  2. R U2 R' U' r' U' r
  3. R U2 r' U' r' U' R
  4. R U2 r' U' r' U' r
  5. r U2 R' U' r' U' R
Speed-optimal (5, X2-penalised)
  1. R U2 R' U' r' U' R
  2. r U2 R' U' r' U' R
  3. R U2 r' U' r' U' R
  4. r U2 r' U' r' U' R
  5. R U2 R' U' r' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' M2 U' M' R' U' R
  2. U' M2 U' M' R' U' r
  3. U' M2 U' r R2 U' R
  4. U' M2 U' r R2 U' r
  5. U' M2 U' R' M' U' R
Speed-optimal (5, X2-penalised)
  1. U' M2 U' M' R' U' R
  2. U2 R U r' R' U' R
  3. U' M' U' M2 R' U' R
  4. U2 r U r' R' U' R
  5. U' M2 U' R' M' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U R2 U' R U R U' R
  2. U R2 U' R U R U' r
  3. U R2 U2 R' U R U R2
  4. U R2 U2 R' U R U r2
  5. U R2 U2 r' U R U R2
Speed-optimal (5, X2-penalised)
  1. U' R' U M U M' U' R
  2. U R2 U' R U R U' R
  3. U' r' U M U M' U' R
  4. U r2 U' R U R U' R
  5. U' R' U M2 U M2 U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r U R' U' r2 R' U R'
  2. r U R' U' r2 R' U r'
  3. r U R' U' M2 R U R'
  4. r U R' U' M2 R U r'
  5. r U R' U' r M' U R'
Speed-optimal (5, X2-penalised)
  1. R U R' U' M R U R'
  2. r U R' U' r2 R' U R'
  3. R U R' U' R M U R'
  4. R U R' U' r' R2 U R'
  5. R U R' U' r M2 U R'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U' r2 U2 r' U' R U' R2
  2. U' r2 U2 r' U' R U' r2
Speed-optimal (5, X2-penalised)
  1. U R U2 R' U' M R U R'
  2. U R U' R' U2 M R U R'
  3. U R U2 R' U' R M U R'
  4. U R U' R' U2 R M U R'
  5. U r U' R' U2 R M2 U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M R U2 r' U r U' R'
  2. M R U2 r' U r U' r'
  3. r' R2 U2 r' U r U' R'
  4. r' R2 U2 r' U r U' r'
  5. R M U2 r' U r U' R'
Speed-optimal (5, X2-penalised)
  1. M R U2 r' U r U' R'
  2. R M U2 r' U r U' R'
  3. r M2 U2 r' U r U' R'
  4. M2 r U2 r' U r U' R'
  5. M R U2 r' U r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r U2 R' U' r2 R' U R'
  2. r U2 R' U' r2 R' U r'
  3. r U2 R' U' M2 R U R'
  4. r U2 R' U' M2 R U r'
  5. r U2 R' U' r M' U R'
Speed-optimal (5, X2-penalised)
  1. R U2 R' U' M R U R'
  2. R U' R' U2 M R U R'
  3. R U2 R' U' R M U R'
  4. R U' R' U2 R M U R'
  5. r U' R' U2 R M2 U R'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U' r2 U2 R' U' R U' R2
  2. U' r2 U2 R' U' R U' r2
Speed-optimal (5, X2-penalised)
  1. U' r U R' U M R U' R'
  2. U' r U R' U r' R2 U' R'
  3. U' r U r' U M R U' R'
  4. U' r U r' U r' R2 U' R'
  5. U' r U R' U R M U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r U2 M2 R' U r U' R'
  2. r U2 M2 R' U r U' r'
  3. r U2 r2 R U r U' R'
  4. r U2 r2 R U r U' r'
  5. r U2 r' M U r U' R'
Speed-optimal (5, X2-penalised)
  1. r U2 M2 R' U r U' R'
  2. r U2 r' M U r U' R'
  3. r U2 R' M2 U r U' R'
  4. M2 R U2 r' U r U' R'
  5. r M' U2 r' U r U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U2 R' U' r2 R' U R'
  2. R U2 R' U' r2 R' U r'
  3. R U2 R' U' M2 R U R'
  4. R U2 R' U' M2 R U r'
  5. R U2 R' U' r M' U R'
Speed-optimal (5, X2-penalised)
  1. R U' r' U2 M R U R'
  2. R U' R' U2 M2 R U R'
  3. R U' R' U2 r M' U R'
  4. R U' r' U2 R M U R'
  5. R U2 R' U' R M2 U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U2 M' R' U2 R U R'
  2. R U2 M' R' U2 R U r'
  3. R U2 r R2 U2 R U R'
  4. R U2 r R2 U2 R U r'
  5. R U2 R' M' U2 R U R'
Speed-optimal (5, X2-penalised)
  1. M' U' R U R' U' R U R'
  2. R U2 M' R' U2 R U R'
  3. M' U' r U R' U' R U R'
  4. R U2 R' M' U2 R U R'
  5. M' U' R U r' U' R U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 R U R' U r U' R'
  2. U2 R U R' U r U' r'
  3. U R U2 R' U r U' R'
  4. U R U2 R' U r U' r'
  5. R U' M' R' U2 R U R'
Speed-optimal (5, X2-penalised)
  1. U2 R U R' U r U' R'
  2. U R U2 R' U r U' R'
  3. R U' M' R' U2 R U R'
  4. R U' R' M' U2 R U R'
  5. R U' r' M2 U2 R U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 R U M U M' U' R'
  2. U2 R U M U M' U' r'
  3. U2 R U M2 U M2 U' R'
  4. U2 R U M2 U M2 U' r'
  5. U2 R U' M' U M U R'
Speed-optimal (5, X2-penalised)
  1. U2 R U M U M' U' R'
  2. U2 R U M2 U M2 U' R'
  3. U R U2 R' U R U R'
  4. U r U2 R' U R U R'
  5. U R U2 r' U R U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U R U r' U r U' R'
  2. U R U r' U r U' r'
  3. U r U r' U r U' R'
  4. U r U r' U r U' r'
  5. U R2 U2 R2 U' R2 U' R2
Speed-optimal (4, X2-penalised)
  1. U R U r' U r U' R'
  2. U r U r' U r U' R'
  3. U R U r' U r U' r'
  4. U r U r' U r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' R U' R' U2 R U' R'
  2. U' R U' R' U2 R U' r'
  3. U' R U' R' U' R U2 R'
  4. U' R U' R' U' R U2 r'
  5. U' R U' R' U' r U2 R'
Speed-optimal (5, X2-penalised)
  1. U R U M U' M' U' R'
  2. U' R U' R' U2 R U' R'
  3. U r U M U' M' U' R'
  4. U' r U' R' U2 R U' R'
  5. U R U M2 U' M2 U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U r' U' r2 R' U R'
  2. R U r' U' r2 R' U r'
  3. R U r' U' M2 R U R'
  4. R U r' U' M2 R U r'
  5. R U r' U' r M' U R'
Speed-optimal (5, X2-penalised)
  1. R U r' U' M2 R U R'
  2. R U r' U' r2 R' U R'
  3. r U r' U' M2 R U R'
  4. r U r' U' r2 R' U R'
  5. R U r' U' r M' U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U' M2 R' U r U' R'
  2. R U' M2 R' U r U' r'
  3. R U' r2 R U r U' R'
  4. R U' r2 R U r U' r'
  5. R U' r' M U r U' R'
Speed-optimal (5, X2-penalised)
  1. R U' M2 R' U r U' R'
  2. R U' r2 R U r U' R'
  3. r U' M2 R' U r U' R'
  4. r U' r2 R U r U' R'
  5. R U' r' M U r U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 R U' r' U2 R U R'
  2. U2 R U' r' U2 R U r'
  3. U2 R U' R' U2 r U R'
  4. U2 R U' R' U2 r U r'
  5. U2 R U2 R' U' r U R'
Speed-optimal (5, X2-penalised)
  1. U2 R U' r' U2 R U R'
  2. U2 r U' r' U2 R U R'
  3. U2 R U2 R' U' r U R'
  4. U2 r U2 R' U' r U R'
  5. U2 R U2 r' U' r U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 R U' M2 U' M' U' R'
  2. U2 R U' M2 U' M' U' r'
  3. U2 R U' M' U' M2 U' R'
  4. U2 R U' M' U' M2 U' r'
  5. U2 R U M2 U' M U R'
Speed-optimal (5, X2-penalised)
  1. U2 R U' M2 U' M' U' R'
  2. U2 r U' M2 U' M' U' R'
  3. U2 R U' M' U' M2 U' R'
  4. U2 r U' M' U' M2 U' R'
  5. U2 R U M2 U' M U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U R U' r' U2 R U R'
  2. U R U' r' U2 R U r'
  3. U R U' R' U2 r U R'
  4. U R U' R' U2 r U r'
  5. U R U2 R' U' r U R'
Speed-optimal (5, X2-penalised)
  1. U R U' r' U2 R U R'
  2. U r U' r' U2 R U R'
  3. U R U2 R' U' r U R'
  4. U r U2 R' U' r U R'
  5. U R U2 r' U' r U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U R U' M2 U' M' U' R'
  2. U R U' M2 U' M' U' r'
  3. U R U' M' U' M2 U' R'
  4. U R U' M' U' M2 U' r'
  5. U R U M2 U' M U R'
Speed-optimal (5, X2-penalised)
  1. U R U' M2 U' M' U' R'
  2. R U r' U r2 R' U R'
  3. U r U' M2 U' M' U' R'
  4. r U r' U r2 R' U R'
  5. U R U' M' U' M2 U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U2 R' U M R U' R'
  2. R U2 R' U M R U' r'
  3. R U2 R' U r' R2 U' R'
  4. R U2 R' U r' R2 U' r'
  5. R U2 R' U R M U' R'
Speed-optimal (5, X2-penalised)
  1. R U2 R' U M R U' R'
  2. R U2 R' U R M U' R'
  3. U' R U' r' U2 R U R'
  4. U' r U' r' U2 R U R'
  5. U' R U2 R' U' r U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' R U' M2 U' M' U' R'
  2. U' R U' M2 U' M' U' r'
  3. U' R U' M' U' M2 U' R'
  4. U' R U' M' U' M2 U' r'
  5. U' R U M2 U' M U R'
Speed-optimal (5, X2-penalised)
  1. U' R U' M2 U' M' U' R'
  2. R U r' U2 M2 R U R'
  3. U' r U' M2 U' M' U' R'
  4. r U r' U2 M2 R U R'
  5. U' R U' M' U' M2 U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U R U' R' U R U' R'
  2. U R U' R' U R U' r'
  3. U R U' R' U2 R U2 R'
  4. U R U' R' U2 R U2 r'
  5. U R U' R' U2 r U2 R'
Speed-optimal (5, X2-penalised)
  1. U R U' R' U R U' R'
  2. U r U' R' U R U' R'
  3. U R U' r' U R U' R'
  4. U r U' r' U R U' R'
  5. U' R U' r' U r U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U R U2 R' U' R U R'
  2. U R U2 R' U' R U r'
  3. U R U2 r' U' R U R'
  4. U R U2 r' U' R U r'
  5. U r U2 R' U' R U R'
Speed-optimal (5, X2-penalised)
  1. U R U2 R' U' R U R'
  2. U r U2 R' U' R U R'
  3. U R U2 r' U' R U R'
  4. U r U2 r' U' R U R'
  5. U R U2 R' U' R U r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U R U2 R' U R U' R'
  2. U R U2 R' U R U' r'
  3. U R U2 R' U2 R U2 R'
  4. U R U2 R' U2 R U2 r'
  5. U R U2 R' U2 r U2 R'
Speed-optimal (5, X2-penalised)
  1. U R U2 R' U R U' R'
  2. U r U2 R' U R U' R'
  3. U R U2 r' U R U' R'
  4. U r U2 r' U R U' R'
  5. r U2 R' U' M R U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r U' R' U r2 R' U' R'
  2. r U' R' U r2 R' U' r'
  3. r U' R' U M2 R U' R'
  4. r U' R' U M2 R U' r'
  5. r U' R' U r M' U' R'
Speed-optimal (5, X2-penalised)
  1. R U' R' U M R U' R'
  2. r U' R' U r2 R' U' R'
  3. R U' r' U M R U' R'
  4. R U' R' U r' R2 U' R'
  5. R U' R' U R M U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r U R' U r2 R' U' R'
  2. r U R' U r2 R' U' r'
  3. r U R' U M2 R U' R'
  4. r U R' U M2 R U' r'
  5. r U R' U r M' U' R'
Speed-optimal (5, X2-penalised)
  1. r U R' U M2 R U' R'
  2. r U R' U r2 R' U' R'
  3. r U R' U r M' U' R'
  4. r2 R' U R' U r U' R'
  5. r U R' U R M2 U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 r U2 r' U r U' R'
  2. U2 r U2 r' U r U' r'
  3. M' R' U r2 U' r2 U' R
  4. M' R' U r2 U' r2 U' r
  5. r R2 U r2 U' r2 U' R
Speed-optimal (5, X2-penalised)
  1. M U' R U R' U R U' R'
  2. U2 r U2 r' U r U' R'
  3. M' U' r U R' U r U' R'
  4. R' M' U r2 U' r2 U' R
  5. U' R U M2 R' U r U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r U2 R' U r2 R' U' R'
  2. r U2 R' U r2 R' U' r'
  3. r U2 R' U M2 R U' R'
  4. r U2 R' U M2 R U' r'
  5. r U2 R' U r M' U' R'
Speed-optimal (5, X2-penalised)
  1. r U2 R' U M2 R U' R'
  2. r U2 R' U r M' U' R'
  3. r U2 R' U R M2 U' R'
  4. M2 R U2 R' U r U' R'
  5. R M2 U2 R' U r U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r U2 r' U2 r2 R' U R'
  2. r U2 r' U2 r2 R' U r'
  3. r U2 r' U2 M2 R U R'
  4. r U2 r' U2 M2 R U r'
  5. r U2 r' U2 r M' U R'
Speed-optimal (5, X2-penalised)
  1. U' R U R' U' R U R'
  2. U' r U R' U' R U R'
  3. U' R U r' U' R U R'
  4. U' r U r' U' R U R'
  5. U' R U R' U' R U r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' R U' R' U R U' R'
  2. U' R U' R' U R U' r'
  3. U' R U' R' U2 R U2 R'
  4. U' R U' R' U2 R U2 r'
  5. U' R U' R' U2 r U2 R'
Speed-optimal (5, X2-penalised)
  1. U' R U' R' U R U' R'
  2. r U' R' U r' R2 U' R'
  3. U' r U' R' U R U' R'
  4. r U' r' U r' R2 U' R'
  5. U' R U' r' U R U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' R U2 R' U R U' R'
  2. U' R U2 R' U R U' r'
  3. U' R U2 R' U2 R U2 R'
  4. U' R U2 R' U2 R U2 r'
  5. U' R U2 R' U2 r U2 R'
Speed-optimal (5, X2-penalised)
  1. M R U R' U r U' R'
  2. U' R U2 R' U R U' R'
  3. R M U R' U r U' R'
  4. U' r U2 R' U R U' R'
  5. r M2 U R' U r U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' R U R' U R U' R'
  2. U' R U R' U R U' r'
  3. U' R U R' U2 R U2 R'
  4. U' R U R' U2 R U2 r'
  5. U' R U R' U2 r U2 R'
Speed-optimal (5, X2-penalised)
  1. U' R U R' U R U' R'
  2. U R U' R' U2 R U R'
  3. U' r U R' U R U' R'
  4. U r U' R' U2 R U R'
  5. U' R U r' U R U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M R U2 R' U r U' R'
  2. M R U2 R' U r U' r'
  3. r' R2 U2 R' U r U' R'
  4. r' R2 U2 R' U r U' r'
  5. R M U2 R' U r U' R'
Speed-optimal (5, X2-penalised)
  1. M R U2 R' U r U' R'
  2. R M U2 R' U r U' R'
  3. r M2 U2 R' U r U' R'
  4. M2 r U2 R' U r U' R'
  5. U' R U2 R' U' R U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r U2 r' U' r2 R' U R'
  2. r U2 r' U' r2 R' U r'
  3. r U2 r' U' M2 R U R'
  4. r U2 r' U' M2 R U r'
  5. r U2 r' U' r M' U R'
Speed-optimal (5, X2-penalised)
  1. r U2 r' U' M2 R U R'
  2. r U2 r' U' r M' U R'
  3. r U2 r' U' R M2 U R'
  4. M2 R U' r' U2 r U R'
  5. r M' U' r' U2 r U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 R U R' U' R U R'
  2. U2 R U R' U' R U r'
  3. U2 R U r' U' R U R'
  4. U2 R U r' U' R U r'
  5. U2 r U R' U' R U R'
Speed-optimal (5, X2-penalised)
  1. U2 R U R' U' R U R'
  2. U2 r U R' U' R U R'
  3. U2 R U r' U' R U R'
  4. U2 r U r' U' R U R'
  5. U2 R U R' U' R U r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 R U2 R' U' R U R'
  2. U2 R U2 R' U' R U r'
  3. U2 R U2 r' U' R U R'
  4. U2 R U2 r' U' R U r'
  5. U2 r U2 R' U' R U R'
Speed-optimal (5, X2-penalised)
  1. U2 R U2 R' U' R U R'
  2. U2 r U2 R' U' R U R'
  3. U2 R U2 r' U' R U R'
  4. U2 r U2 r' U' R U R'
  5. U2 R U2 R' U' R U r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 R U2 R' U R U' R'
  2. U2 R U2 R' U R U' r'
  3. U2 R U2 R' U2 R U2 R'
  4. U2 R U2 R' U2 R U2 r'
  5. U2 R U2 R' U2 r U2 R'
Speed-optimal (5, X2-penalised)
  1. U' M R U R' U r U' R'
  2. U2 R U2 R' U R U' R'
  3. U' R M U R' U r U' R'
  4. U2 r U2 R' U R U' R'
  5. U' r M2 U R' U r U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U R2 U2 R' U' R U' R2
  2. U R2 U2 R' U' R U' r2
Speed-optimal (5, X2-penalised)
  1. R U' M U' R' U r U' R'
  2. U' r U2 r' U' M2 R U R'
  3. r U' M U' R' U r U' R'
  4. U' r U2 r' U' r M' U R'
  5. R U' M U' R' U r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' r U2 R' U2 R U R'
  2. U' r U2 R' U2 R U r'
  3. U' R U2 r' U2 R U R'
  4. U' R U2 r' U2 R U r'
  5. U' R U2 R' U2 r U R'
Speed-optimal (4, X2-penalised)
  1. U' R U R' U' r U R'
  2. U' R U r' U' r U R'
  3. U' R U R' U' r U r'
  4. U' R U r' U' r U r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U M2 R' U r U' R'
  2. R U M2 R' U r U' r'
  3. R U r2 R U r U' R'
  4. R U r2 R U r U' r'
  5. R U r' M U r U' R'
Speed-optimal (5, X2-penalised)
  1. R U M2 R' U r U' R'
  2. R U r2 R U r U' R'
  3. r U M2 R' U r U' R'
  4. r U r2 R U r U' R'
  5. R U r' M U r U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. U r U' r' U2 r U R'
  2. U r U' r' U2 r U r'
  3. U' R2 U2 r' U' R U' R2
  4. U' R2 U2 r' U' R U' r2
Speed-optimal (2, X2-penalised)
  1. U r U' r' U2 r U R'
  2. U r U' r' U2 r U r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U' r' U2 r2 R' U R'
  2. R U' r' U2 r2 R' U r'
  3. R U' r' U2 M2 R U R'
  4. R U' r' U2 M2 R U r'
  5. R U' r' U2 r M' U R'
Speed-optimal (5, X2-penalised)
  1. R U' r' U2 M2 R U R'
  2. r U' r' U2 M2 R U R'
  3. R U' r' U2 r M' U R'
  4. r U' r' U2 r M' U R'
  5. R U' r' U2 R M2 U R'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U' R2 U2 R' U' R U' R2
  2. U' R2 U2 R' U' R U' r2
Speed-optimal (5, X2-penalised)
  1. U r U2 r' U' M2 R U R'
  2. U r U2 r' U' r M' U R'
  3. U r U2 r' U' R M2 U R'
  4. U M2 R U' r' U2 r U R'
  5. U r M' U' r' U2 r U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U r U2 R' U2 R U R'
  2. U r U2 R' U2 R U r'
  3. U R U2 r' U2 R U R'
  4. U R U2 r' U2 R U r'
  5. U R U2 R' U2 r U R'
Speed-optimal (4, X2-penalised)
  1. U R U R' U' r U R'
  2. U R U r' U' r U R'
  3. U R U R' U' r U r'
  4. U R U r' U' r U r'
Status
— Ao5 — PB —
New
…
STM-optimal (4)
  1. U' r U' r' U2 r U R'
  2. U' r U' r' U2 r U r'
  3. U R2 U2 r' U' R U' R2
  4. U R2 U2 r' U' R U' r2
Speed-optimal (2, X2-penalised)
  1. U' r U' r' U2 r U R'
  2. U' r U' r' U2 r U r'
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U r U2 r' U r U' R'
  2. U r U2 r' U r U' r'
Speed-optimal (2, X2-penalised)
  1. U r U2 r' U r U' R'
  2. U r U2 r' U r U' r'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U' r U M2 R' U' R
  2. R' U' r U M2 R' U' r
  3. R' U' r U r2 R U' R
  4. R' U' r U r2 R U' r
  5. R' U' r U r' M U' R
Speed-optimal (5, X2-penalised)
  1. R' U' r U M2 R' U' R
  2. R' U' r U r2 R U' R
  3. r' U' r U M2 R' U' R
  4. r' U' r U r2 R U' R
  5. R' U' r U r' M U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U r2 R' U' r' U R
  2. R' U r2 R' U' r' U r
  3. R' U M2 R U' r' U R
  4. R' U M2 R U' r' U r
  5. R' U r M' U' r' U R
Speed-optimal (5, X2-penalised)
  1. R' U M2 R U' r' U R
  2. R' U r2 R' U' r' U R
  3. r' U M2 R U' r' U R
  4. r' U r2 R' U' r' U R
  5. R' U r M' U' r' U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U R' U r U2 R' U' R
  2. U R' U r U2 R' U' r
  3. U R' U R U2 r' U' R
  4. U R' U R U2 r' U' r
  5. U R' U2 R U r' U' R
Speed-optimal (5, X2-penalised)
  1. U R' U r U2 R' U' R
  2. U r' U r U2 R' U' R
  3. U R' U2 R U r' U' R
  4. U r' U2 R U r' U' R
  5. U R' U2 r U r' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U' r U2 M2 R' U' R
  2. R' U' r U2 M2 R' U' r
  3. R' U' r U2 r2 R U' R
  4. R' U' r U2 r2 R U' r
  5. R' U' r U2 r' M U' R
Speed-optimal (5, X2-penalised)
  1. U R' U' M2 U M' U' R
  2. R' U' r U2 M2 R' U' R
  3. U r' U' M2 U M' U' R
  4. r' U' r U2 M2 R' U' R
  5. U R' U' M' U M2 U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 R' U r U2 R' U' R
  2. U2 R' U r U2 R' U' r
  3. U2 R' U R U2 r' U' R
  4. U2 R' U R U2 r' U' r
  5. U2 R' U2 R U r' U' R
Speed-optimal (5, X2-penalised)
  1. U2 R' U r U2 R' U' R
  2. U2 r' U r U2 R' U' R
  3. U2 R' U2 R U r' U' R
  4. U2 r' U2 R U r' U' R
  5. U2 R' U2 r U r' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 R' U' M2 U M' U' R
  2. U2 R' U' M2 U M' U' r
  3. U2 R' U' M' U M2 U' R
  4. U2 R' U' M' U M2 U' r
  5. U2 R' U M2 U M U R
Speed-optimal (5, X2-penalised)
  1. U2 R' U' M2 U M' U' R
  2. U2 r' U' M2 U M' U' R
  3. U2 R' U' M' U M2 U' R
  4. U2 r' U' M' U M2 U' R
  5. U2 R' U M2 U M U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R2 U' R2 U r2 R' U' R
  2. R2 U' R2 U r2 R' U' r
  3. R2 U' R2 U M2 R U' R
  4. R2 U' R2 U M2 R U' r
  5. R2 U' R2 U r M' U' R
Speed-optimal (4, X2-penalised)
  1. r R U' R2 U r U' R
  2. R r U' R2 U r U' R
  3. r R U' R2 U r U' r
  4. R r U' R2 U r U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r U2 R' U M' R' U' R
  2. r U2 R' U M' R' U' r
  3. r U2 R' U r R2 U' R
  4. r U2 R' U r R2 U' r
  5. r U2 R' U R' M' U' R
Speed-optimal (5, X2-penalised)
  1. R U' M2 R' U2 R' U R
  2. R U' R' M2 U2 R' U R
  3. R U' M r' U2 R' U R
  4. R U' r' U2 R' M' U R
  5. R U' M2 R' U R' U2 R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U2 M R U2 R' U' R
  2. R' U2 M R U2 R' U' r
  3. R' U2 r' R2 U2 R' U' R
  4. R' U2 r' R2 U2 R' U' r
  5. R' U2 R M U2 R' U' R
Speed-optimal (5, X2-penalised)
  1. M U R' U' R U R' U' R
  2. R' U2 M R U2 R' U' R
  3. M U r' U' R U R' U' R
  4. R' U2 R M U2 R' U' R
  5. M U R' U' r U R' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M R U' R' U' R' U' R
  2. M R U' R' U' R' U' r
  3. M R U' r' U' R' U' R
  4. M R U' r' U' R' U' r
  5. r' R2 U' R' U' R' U' R
Speed-optimal (5, X2-penalised)
  1. M R U' R' U' R' U' R
  2. r' R2 U' R' U' R' U' R
  3. R M U' R' U' R' U' R
  4. R2 r' U' R' U' R' U' R
  5. r M2 U' R' U' R' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r2 R' U' R' U' R' U' R
  2. r2 R' U' R' U' R' U' r
  3. r2 R' U' r' U' R' U' R
  4. r2 R' U' r' U' R' U' r
  5. M2 R U' R' U' R' U' R
Speed-optimal (5, X2-penalised)
  1. M2 R U' R' U' R' U' R
  2. r2 R' U' R' U' R' U' R
  3. r M' U' R' U' R' U' R
  4. R' r2 U' R' U' R' U' R
  5. R M2 U' R' U' R' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M' R' U2 R U2 R' U' R
  2. M' R' U2 R U2 R' U' r
  3. r R2 U2 R U2 R' U' R
  4. r R2 U2 R U2 R' U' r
  5. R' M' U2 R U2 R' U' R
Speed-optimal (5, X2-penalised)
  1. R' U' R U M' R' U' R
  2. r' U' R U r2 R U' R
  3. R' U' R U R' M' U' R
  4. R' U' R U r R2 U' R
  5. R' U' R U r' M2 U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U2 R' U M' R' U' R
  2. R U2 R' U M' R' U' r
  3. R U2 R' U r R2 U' R
  4. R U2 R' U r R2 U' r
  5. R U2 R' U R' M' U' R
Speed-optimal (5, X2-penalised)
  1. R U' M' R' U2 R' U R
  2. R U' R' M' U2 R' U R
  3. R U' M2 r' U2 R' U R
  4. R U' M' R' U R' U2 R
  5. R U' R' M' U R' U2 R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 R2 U' R' U R U' R
  2. U2 R2 U' R' U R U' r
  3. U2 r2 U' R' U R U' R
  4. U2 r2 U' R' U R U' r
  5. U2 R' U' R2 U R2 U' R
Speed-optimal (5, X2-penalised)
  1. R U' M' R' U' r' U R
  2. U' R U' r2 U M2 U R
  3. r U' M' R' U' r' U R
  4. U' r U' r2 U M2 U R
  5. R U' R' M' U' r' U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U R2 U' R' U R U' R
  2. U R2 U' R' U R U' r
  3. U r2 U' R' U R U' R
  4. U r2 U' R' U R U' r
  5. U R' U' R2 U R2 U' R
Speed-optimal (4, X2-penalised)
  1. U R2 U' R' U R U' R
  2. U r2 U' R' U R U' R
  3. U R2 U' R' U R U' r
  4. U r2 U' R' U R U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R2 U R' U' M R U' R
  2. R2 U R' U' M R U' r
  3. R2 U R' U' r' R2 U' R
  4. R2 U R' U' r' R2 U' r
  5. R2 U R' U' R M U' R
Speed-optimal (5, X2-penalised)
  1. R2 U R' U' M R U' R
  2. R2 U R' U' R M U' R
  3. R2 U R' U' r M2 U' R
  4. R2 U R' U' M2 r U' R
  5. R U' M R U' R' U R2
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 R U' r2 U2 M' U' R
  2. U2 R U' r2 U2 M' U' r
  3. U2 R U M U2 r2 U R
  4. U2 R U M U2 r2 U r
  5. U2 r U' r2 U2 M' U' R
Speed-optimal (5, X2-penalised)
  1. R U r' U M2 U2 R' U' R
  2. r U r' U M2 U2 R' U' R
  3. R U r' U M' U2 r' U' R
  4. r U r' U M' U2 r' U' R
  5. R U r' U' r' U2 M U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U R U' r2 U2 M' U' R
  2. U R U' r2 U2 M' U' r
  3. U R U M U2 r2 U R
  4. U R U M U2 r2 U r
  5. U r U' r2 U2 M' U' R
Speed-optimal (5, X2-penalised)
  1. U R U' r2 U2 M' U' R
  2. U R U M U2 r2 U R
  3. U R U' r2 U2 M' U' r
  4. U R U M U2 r2 U r
  5. U R U' r R U2 M2 U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' R U' r2 U2 M' U' R
  2. U' R U' r2 U2 M' U' r
  3. U' R U M U2 r2 U R
  4. U' R U M U2 r2 U r
  5. U' r U' r2 U2 M' U' R
Speed-optimal (5, X2-penalised)
  1. U' R U' r2 U2 M' U' R
  2. U' R U M U2 r2 U R
  3. U' R U' r2 U2 M' U' r
  4. U' R U M U2 r2 U r
  5. U' R U' r R U2 M2 U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U R' U' R U R' U' R
  2. U R' U' R U R' U' r
  3. U R' U' r U R' U' R
  4. U R' U' r U R' U' r
  5. U R' U2 R' U' R U R2
Speed-optimal (5, X2-penalised)
  1. U R' U' R U R' U' R
  2. U r' U' R U R' U' R
  3. U R' U' r U R' U' R
  4. U r' U' r U R' U' R
  5. U R' U' R U R' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U R2 U' R2 U R U' R
  2. U R2 U' R2 U R U' r
  3. U r2 U' R2 U R U' R
  4. U r2 U' R2 U R U' r
  5. U R' U R U' R' U R
Speed-optimal (5, X2-penalised)
  1. U R' U R U' R' U R
  2. r' U R U' r R2 U R
  3. U r' U R U' R' U R
  4. r' U r U' r R2 U R
  5. U R' U r U' R' U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r U2 R' U M2 R' U' R
  2. r U2 R' U M2 R' U' r
  3. r U2 R' U r2 R U' R
  4. r U2 R' U r2 R U' r
  5. r U2 R' U r' M U' R
Speed-optimal (5, X2-penalised)
  1. r U' M2 R' U2 R' U R
  2. r U' R' M2 U2 R' U R
  3. r U' M r' U2 R' U R
  4. r U' r' U2 R' M' U R
  5. r U' M2 R' U R' U2 R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 M U' R U' r2 U R
  2. U2 M U' R U' r2 U r
  3. U2 M2 U' r U' r2 U R
  4. U2 M2 U' r U' r2 U r
  5. U2 r U2 R U' R' U R2
Speed-optimal (5, X2-penalised)
  1. M2 U' r U R' U' R' U' R
  2. U2 M U' R U' r2 U R
  3. M2 U' r U r' U' R' U' R
  4. U2 M2 U' r U' r2 U R
  5. M2 U' r U R' U' R' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. r2 U' R2 U r2 R' U' R
  2. r2 U' R2 U r2 R' U' r
  3. r2 U' R2 U M2 R U' R
  4. r2 U' R2 U M2 R U' r
  5. r2 U' R2 U r M' U' R
Speed-optimal (5, X2-penalised)
  1. U' R' U R U' R' U R
  2. r' R' U' R2 U r U' R
  3. U' r' U R U' R' U R
  4. R' r' U' R2 U r U' R
  5. U' R' U r U' R' U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' R U2 R' U R' U' R
  2. U' R U2 R' U R' U' r
  3. U' R U2 r' U R' U' R
  4. U' R U2 r' U R' U' r
  5. U' R U R U' R U R2
Speed-optimal (5, X2-penalised)
  1. U' R U2 R' U R' U' R
  2. U' r U2 R' U R' U' R
  3. U' R U2 r' U R' U' R
  4. U' r U2 r' U R' U' R
  5. U R U' R' U R' U2 R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 r2 U' R2 U r U' R
  2. U2 r2 U' R2 U r U' r
  3. R' U R U' M' R' U R
  4. R' U R U' M' R' U r
  5. R' U R U' r R2 U R
Speed-optimal (5, X2-penalised)
  1. R' U R U' M' R' U R
  2. r' U R U' r2 R U R
  3. R' U r U' M' R' U R
  4. R' U R U' r R2 U R
  5. R' U R U' R' M' U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 R' U' R U R' U' R
  2. U2 R' U' R U R' U' r
  3. U2 R' U' r U R' U' R
  4. U2 R' U' r U R' U' r
  5. U2 R' U2 R' U' R U R2
Speed-optimal (5, X2-penalised)
  1. U2 R' U' R U R' U' R
  2. U2 r' U' R U R' U' R
  3. U2 R' U' r U R' U' R
  4. U2 r' U' r U R' U' R
  5. U2 R' U' R U R' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U M2 U R U' r2 U R
  2. U M2 U R U' r2 U r
  3. U M' U r U' r2 U R
  4. U M' U r U' r2 U r
  5. U R2 U' R2 U2 R' U' R2
Speed-optimal (4, X2-penalised)
  1. U M2 U R U' r2 U R
  2. U M' U r U' r2 U R
  3. U M2 U R U' r2 U r
  4. U M' U r U' r2 U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 R' U2 R U R' U' R
  2. U2 R' U2 R U R' U' r
  3. U2 R' U2 r U R' U' R
  4. U2 R' U2 r U R' U' r
  5. U2 R' U R' U' R U R2
Speed-optimal (5, X2-penalised)
  1. R U' R U R' U' R U' R
  2. U2 R' U2 R U R' U' R
  3. r U' R U R' U' R U' R
  4. U2 r' U2 R U R' U' R
  5. R U' R U R' U' R U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U r' U2 R U2 R' U' R
  2. U r' U2 R U2 R' U' r
  3. U R' U2 r U2 R' U' R
  4. U R' U2 r U2 R' U' r
  5. U R' U2 R U2 r' U' R
Speed-optimal (4, X2-penalised)
  1. U R' U' R U r' U' R
  2. U R' U' r U r' U' R
  3. U R' U' R U r' U' r
  4. U R' U' r U r' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U r2 U' R2 U r U' R
  2. U r2 U' R2 U r U' r
Speed-optimal (5, X2-penalised)
  1. U' R' U R U' M' R' U R
  2. U' r' U R U' r2 R U R
  3. U' R' U r U' M' R' U R
  4. U' R' U R U' r R2 U R
  5. U' R' U R U' R' M' U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' r U' R' U' R' U' R
  2. U' r U' R' U' R' U' r
  3. U' r U' r' U' R' U' R
  4. U' r U' r' U' R' U' r
  5. U2 R U' R' U' r' U' R
Speed-optimal (5, X2-penalised)
  1. U' r U' R' U' R' U' R
  2. U2 R U' R' U' r' U' R
  3. U' r U' r' U' R' U' R
  4. U2 r U' R' U' r' U' R
  5. U' r U' R' U' R' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U' r' U2 M2 R' U R
  2. R U' r' U2 M2 R' U r
  3. R U' r' U2 r2 R U R
  4. R U' r' U2 r2 R U r
  5. R U' r' U2 r' M U R
Speed-optimal (5, X2-penalised)
  1. R U' r' U2 M2 R' U R
  2. R U' r' U2 r' M U R
  3. R U' r' U2 R' M2 U R
  4. R U' M2 R' U2 r' U R
  5. R U' r' M U2 r' U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' M U' R U' r2 U R
  2. U' M U' R U' r2 U r
  3. U' M2 U' r U' r2 U R
  4. U' M2 U' r U' r2 U r
  5. U' r U2 R U' R' U R2
Speed-optimal (5, X2-penalised)
  1. U' M U' R U' r2 U R
  2. U' M2 U' r U' r2 U R
  3. R U M R U' R' U R2
  4. r U M R U' R' U R2
  5. R U R M U' R' U R2
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U r U2 M2 R' U' R
  2. R' U r U2 M2 R' U' r
  3. R' U r U2 r2 R U' R
  4. R' U r U2 r2 R U' r
  5. R' U r U2 r' M U' R
Speed-optimal (5, X2-penalised)
  1. R' U r U2 M2 R' U' R
  2. r' U r U2 M2 R' U' R
  3. R' U r U2 r' M U' R
  4. r' U r U2 r' M U' R
  5. R' U r U2 R' M2 U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' R U' R' U' R' U' R
  2. U' R U' R' U' R' U' r
  3. U' R U' r' U' R' U' R
  4. U' R U' r' U' R' U' r
  5. U R2 U R' U' R U' R
Speed-optimal (5, X2-penalised)
  1. U' R U' R' U' R' U' R
  2. U R2 U R' U' R U' R
  3. U' R U' r' U' R' U' R
  4. U R2 U R' U' R U' r
  5. U' R U' R' U' R' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' M2 U R U' r2 U R
  2. U' M2 U R U' r2 U r
  3. U' M' U r U' r2 U R
  4. U' M' U r U' r2 U r
  5. U' R2 U' R2 U2 R' U' R2
Speed-optimal (4, X2-penalised)
  1. U' M2 U R U' r2 U R
  2. U' M' U r U' r2 U R
  3. U' M2 U R U' r2 U r
  4. U' M' U r U' r2 U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' r' U2 R U2 R' U' R
  2. U' r' U2 R U2 R' U' r
  3. U' R' U2 r U2 R' U' R
  4. U' R' U2 r U2 R' U' r
  5. U' R' U2 R U2 r' U' R
Speed-optimal (4, X2-penalised)
  1. U' R' U' R U r' U' R
  2. U' R' U' r U r' U' R
  3. U' R' U' R U r' U' r
  4. U' R' U' r U r' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U' r2 U' R2 U r U' R
  2. U' r2 U' R2 U r U' r
Speed-optimal (5, X2-penalised)
  1. U R' U R U' M' R' U R
  2. U' r2 U' R2 U r U' R
  3. U R' U r U' M' R' U R
  4. U' r2 U' R2 U r U' r
  5. U R' U R U' R' M' U R
Status
— Ao5 — PB —
New
…
STM-optimal (2)
  1. U R2 U R U' r U R
  2. U R2 U R U' r U r
Speed-optimal (2, X2-penalised)
  1. U R2 U R U' r U R
  2. U R2 U R U' r U r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U2 R' U M' R' U R
  2. R U2 R' U M' R' U r
  3. R U2 R' U r R2 U R
  4. R U2 R' U r R2 U r
  5. R U2 R' U R' M' U R
Speed-optimal (5, X2-penalised)
  1. R U2 R' U M' R' U R
  2. R U2 r' U M' R' U R
  3. R U2 R' U R' M' U R
  4. R U2 r' U R' M' U R
  5. R U2 R' U r' M2 U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U' r U' M U2 R' U' R
  2. R' U' r U' M U2 R' U' r
  3. R' U' r U' M2 U2 r' U' R
  4. R' U' r U' M2 U2 r' U' r
  5. R' U' r U R' U2 M U R
Speed-optimal (5, X2-penalised)
  1. R' U' r U' M U2 R' U' R
  2. r' U' r U' M U2 R' U' R
  3. R' U' r U' M2 U2 r' U' R
  4. r' U' r U' M2 U2 r' U' R
  5. R' U' M2 U' r U2 r' U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R2 U' R U2 R U' R U' R
  2. R2 U' R U2 R U' R U' r
  3. R2 U' R U' R U2 R U' R
  4. R2 U' R U' R U2 R U' r
  5. R2 U' R U R2 U2 R' U R
Speed-optimal (5, X2-penalised)
  1. R' U r U2 r' U M2 U R
  2. r' U r U2 r' U M2 U R
  3. R' U' M' U2 R U' r' U R
  4. r' U' M' U2 R U' r' U R
  5. R' U R U2 M' U r' U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U' R2 U' R' U' R' U' R
  2. R' U' R2 U' R' U' R' U' r
  3. R' U' R2 U' r' U' R' U' R
  4. R' U' R2 U' r' U' R' U' r
  5. R' U R' U R' U' R U' R
Speed-optimal (5, X2-penalised)
  1. R' U R' U R' U' R U' R
  2. R' U' R2 U' R' U' R' U' R
  3. r' U R' U R' U' R U' R
  4. R' U' R2 U' r' U' R' U' R
  5. R' U r' U R' U' r U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M U R U' R' U R U' R'
  2. M U R U' R' U R U' r'
  3. M U R U' R' U2 R U2 R'
  4. M U R U' R' U2 R U2 r'
  5. M U R U' R' U2 r U2 R'
Speed-optimal (5, X2-penalised)
  1. M U R U' R' U R U' R'
  2. R U' R' U' M U2 R U' R'
  3. M U r U' R' U R U' R'
  4. R U' r' U2 M U' r U' R'
  5. M U R U' r' U R U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. M2 U R U' R' U R U' R'
  2. M2 U R U' R' U R U' r'
  3. M2 U R U' R' U2 R U2 R'
  4. M2 U R U' R' U2 R U2 r'
  5. M2 U R U' R' U2 r U2 R'
Speed-optimal (5, X2-penalised)
  1. M2 U R U' R' U R U' R'
  2. R U' r' U' M U2 R U' R'
  3. M2 U r U' R' U R U' R'
  4. R U' R' U' M2 U2 R U' R'
  5. M2 U R U' r' U R U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U r' U' R U2 M' U' R'
  2. R U r' U' R U2 M' U' r'
  3. R U r' U M' U2 R U R'
  4. R U r' U M' U2 R U r'
  5. R U r' U M2 U2 r U R'
Speed-optimal (5, X2-penalised)
  1. R U r' U' R U2 M' U' R'
  2. r U r' U' R U2 M' U' R'
  3. R U r' U M' U2 R U R'
  4. r U r' U M' U2 R U R'
  5. R U r' U M2 U2 r U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U' r' U2 r U' M2 U' R'
  2. R U' r' U2 r U' M2 U' r'
  3. R U' r' U2 M2 U' r U' R'
  4. R U' r' U2 M2 U' r U' r'
  5. R U' R' U2 M U' r U' R'
Speed-optimal (5, X2-penalised)
  1. R U' r' U2 r U' M2 U' R'
  2. r U' r' U2 r U' M2 U' R'
  3. R U' R' U2 M U' r U' R'
  4. r U' R' U2 M U' r U' R'
  5. R U' r' U2 M2 U' r U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 r U' R' U r2 R' U' R'
  2. U2 r U' R' U r2 R' U' r'
  3. U2 r U' R' U M2 R U' R'
  4. U2 r U' R' U M2 R U' r'
  5. U2 r U' R' U r M' U' R'
Speed-optimal (5, X2-penalised)
  1. M' U R U' R' U R U' R'
  2. U2 R U' R' U M R U' R'
  3. M' U r U' R' U R U' R'
  4. U2 R U' r' U M R U' R'
  5. M' U R U' r' U R U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 r U2 R' U r2 R' U' R'
  2. U2 r U2 R' U r2 R' U' r'
  3. U2 r U2 R' U M2 R U' R'
  4. U2 r U2 R' U M2 R U' r'
  5. U2 r U2 R' U r M' U' R'
Speed-optimal (5, X2-penalised)
  1. M' U R U2 R' U' R U R'
  2. M' U R U2 r' U' R U R'
  3. U R U' r' U2 M2 R U R'
  4. U r U' r' U2 M2 R U R'
  5. U R U' r' U2 r M' U R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U2 r U R' U r2 R' U' R'
  2. U2 r U R' U r2 R' U' r'
  3. U2 r U R' U M2 R U' R'
  4. U2 r U R' U M2 R U' r'
  5. U2 r U R' U r M' U' R'
Speed-optimal (5, X2-penalised)
  1. U2 r U R' U M2 R U' R'
  2. U2 r U R' U r M' U' R'
  3. U2 r U R' U R M2 U' R'
  4. U2 M2 R U R' U r U' R'
  5. U2 R M2 U R' U r U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U r U' R' U r2 R' U' R'
  2. U r U' R' U r2 R' U' r'
  3. U r U' R' U M2 R U' R'
  4. U r U' R' U M2 R U' r'
  5. U r U' R' U r M' U' R'
Speed-optimal (5, X2-penalised)
  1. U R U' R' U M R U' R'
  2. U r U' R' U r2 R' U' R'
  3. U R U' r' U M R U' R'
  4. U R U' R' U r' R2 U' R'
  5. U R U' R' U R M U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U r U R' U r2 R' U' R'
  2. U r U R' U r2 R' U' r'
  3. U r U R' U M2 R U' R'
  4. U r U R' U M2 R U' r'
  5. U r U R' U r M' U' R'
Speed-optimal (5, X2-penalised)
  1. U r U R' U M2 R U' R'
  2. U r U R' U r2 R' U' R'
  3. U r U R' U r M' U' R'
  4. U r2 R' U R' U r U' R'
  5. U r U R' U R M2 U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' r U' R' U r2 R' U' R'
  2. U' r U' R' U r2 R' U' r'
  3. U' r U' R' U M2 R U' R'
  4. U' r U' R' U M2 R U' r'
  5. U' r U' R' U r M' U' R'
Speed-optimal (5, X2-penalised)
  1. U' R U' R' U M R U' R'
  2. U' r U' R' U r2 R' U' R'
  3. U' R U' r' U M R U' R'
  4. U' R U' R' U r' R2 U' R'
  5. U' R U' R' U R M U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' r U2 R' U r2 R' U' R'
  2. U' r U2 R' U r2 R' U' r'
  3. U' r U2 R' U M2 R U' R'
  4. U' r U2 R' U M2 R U' r'
  5. U' r U2 R' U r M' U' R'
Speed-optimal (5, X2-penalised)
  1. U' r U2 R' U M2 R U' R'
  2. U' r U2 R' U r M' U' R'
  3. U' r U2 R' U R M2 U' R'
  4. U' M2 R U2 R' U r U' R'
  5. U' R M2 U2 R' U r U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. U' r U R' U r2 R' U' R'
  2. U' r U R' U r2 R' U' r'
  3. U' r U R' U M2 R U' R'
  4. U' r U R' U M2 R U' r'
  5. U' r U R' U r M' U' R'
Speed-optimal (5, X2-penalised)
  1. U' r U R' U M2 R U' R'
  2. U' r U R' U r2 R' U' R'
  3. U' r U R' U r M' U' R'
  4. U' r2 R' U R' U r U' R'
  5. U' r U R' U R M2 U' R'
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U' r' U R' U' R U' R
  2. R' U' r' U R' U' R U' r
  3. R' U' r2 U' r U' R' U R2
  4. R' U' r2 U' r U' R' U r2
  5. r' U' r' U R' U' R U' R
Speed-optimal (4, X2-penalised)
  1. R' U' r' U R' U' R U' R
  2. r' U' r' U R' U' R U' R
  3. R' U' r' U R' U' R U' r
  4. r' U' r' U R' U' R U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U r2 U r' U2 R' U' R
  2. R' U r2 U r' U2 R' U' r
  3. R' U r2 U' R' U2 r' U R
  4. R' U r2 U' R' U2 r' U r
  5. R' U R' U R U' r U R
Speed-optimal (5, X2-penalised)
  1. R U' R' U R' U' M U' R
  2. R U' r' U R' U' M U' R
  3. R U' R' U r' U' M U' R
  4. R U' r' U r' U' M U' R
  5. R U' R' U R' U M' U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R' U2 R2 U2 R' U' R' U' R
  2. R' U2 R2 U2 R' U' R' U' r
  3. R' U2 R2 U2 r' U' R' U' R
  4. R' U2 R2 U2 r' U' R' U' r
  5. R' U2 r2 U2 R' U' R' U' R
Speed-optimal (5, X2-penalised)
  1. R U' r R U R U' r' U R
  2. R' U2 R U' R U' R2 U R
  3. r U' r R U R U' r' U R
  4. R' U2 r U' R U' R2 U R
  5. R U' R r U R U' r' U R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U' R2 U' R U' R' U' R
  2. R U' R2 U' R U' R' U' r
  3. R U' R2 U' r U' R' U' R
  4. R U' R2 U' r U' R' U' r
  5. R U' R2 U2 R' U' R' U R2
Speed-optimal (5, X2-penalised)
  1. R U' R2 U' R U' R' U' R
  2. r U' R2 U' R U' R' U' R
  3. R U' R2 U' r U' R' U' R
  4. r U' R2 U' r U' R' U' R
  5. R U' R' U' R U' R2 U' R
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U' R2 U2 r U2 R' U' R
  2. R U' R2 U2 r U2 R' U' r
  3. R U' R2 U2 R U2 r' U' R
  4. R U' R2 U2 R U2 r' U' r
  5. R U' R2 U' R U r' U' R
Speed-optimal (5, X2-penalised)
  1. R U' R2 U' R U r' U' R
  2. r U' R2 U' R U r' U' R
  3. R U' R2 U' r U r' U' R
  4. r U' R2 U' r U r' U' R
  5. R U' R2 U' R U r' U' r
Status
— Ao5 — PB —
New
…
STM-optimal (5)
  1. R U r2 U R U' r' U R
  2. R U r2 U R U' r' U r
  3. r U r2 U R U' r' U R
  4. r U r2 U R U' r' U r
  5. R2 U' R' U r2 U r' U R
Speed-optimal (4, X2-penalised)
  1. R U r2 U R U' r' U R
  2. r U r2 U R U' r' U R
  3. R U r2 U R U' r' U r
  4. r U r2 U R U' r' U r
Status
— Ao5 — PB —