The Fastest Women's 100m | Alfred DESTROYS a World-Class Field

The Fastest Women's 100m | Alfred DESTROYS a World-Class Field Alfred crossed first, but she wasn't leading at 40 meters — so what changed? This breakdown explains the exact mechanical reason she's nearly impossible to beat once the race opens up. Learn what speed maintenance actually looks like in data: ground contact times, velocity curves, deceleration rates, and why the athlete who leads at 30 meters almost never wins. Budapest. Gyulai Memorial. Women's 100m final. One of the deepest sprint fields of the European summer — Alfred, Clayton, Thompson-Herah, Lyston, Sturgis — and a race that played out exactly as biomechanics would predict, if you know where to look. Timestamps: 0:00 — The number that changes everything 0:45 — The field breakdown 1:30 — Clayton's start vs Alfred's patience 3:00 — Transition mechanics and top-speed attainment 5:00 — Why faster starters lose: deceleration curves explained 7:00 — Thompson-Herah's rebuild in the data 8:30 — What to watch in any future 100m final