People · India
Shiraz Ahmad Khan
Skewb · top 35.0% of 73,281 all-time · competing since February 2017 · 2017KHAN07
Shiraz Ahmad Khan has been competing for 10 years. His best event is the Skewb: a personal-best single of 7.17, set at MathSoc Open 2018, puts him in the top 35.0% of the 73,281 people who have ever been ranked in the event, and 989th in India. Across 2 competitions since February 2017, he has put 25 official solves on the record across four events. Shiraz has entered two competitions.
Standing, event by event
vs everyone ever ranked| Event | PB single | PB average | All-time standing | India | |
|---|---|---|---|---|---|
| Skewb | 7.17 | 10.43 | top 35.0% | 989 / 3,524 | |
| 2×2 | 5.55 | 6.45 | top 45.9% | 4,365 / 12,146 | |
| 3×3 | 25.44 | 30.95 | top 53.6% | 8,151 / 20,018 | |
| Pyraminx | 12.20 | 14.58 | top 68.4% | 4,868 / 8,934 |
Percentile against all competitors ever ranked in each event, a fairer measure than raw rank, because the pools differ by a factor of ten.
The line so far
Best single per competition, 2×2. Faster is higher — the axis is the right way up.
The story so far
- 25 Feb 2017First competition: Delhi Open 2017.
Competitions
- MathSoc Open 2018 · 27 Jan 2018
- Delhi Open 2017 · 25 Feb 2017
Reading this page: a single is one solve's time · an average is the middle three of five solves, best and worst discarded · a PB is a personal best · a DNF (did not finish) is an attempt with no valid result: a popped piece, an unsolved face, an over-limit memorisation · top X% compares against everyone ever ranked in that event, which is fairer than raw rank because event pools differ tenfold.
The circuit
The people whose scorecards keep turning up next to his.
- Saiyam Jain — met in 5 rounds, finished ahead 4 times
- Sahil Madnani — met in 5 rounds, finished ahead twice
- Hargun Singh Tikku — met in 5 rounds, finished ahead twice
Next targets
- A sub-6 Skewb single — 18,841 people have one; it is 1.17 away.
- A sub-5 2×2 single — 73,413 people have one; it is 0.55 away.
Targets move as he improves.