Scientific Aspects of the 100-Meter Race Ahead of Budapest 26 Championships
World Athletics examined the scientific facts and phases behind the 100-meter race with insights from expert coaches and performance directors.
Ahead of the Budapest 26 Ultimate Championships, World Athletics broke down all the scientific details of the 100-meter sprint event from start to finish with the contributions of expert figures.
Mathematical Definition of the Race
Craig Pickering compares the 100-meter short-distance race to a flawless mathematical problem that needs to be solved. He states that the winner of the race is the athlete with the highest average speed.
Edrick Floreal draws attention to the complex nature of the race by comparing this discipline to a fast-paced puzzle.
Starting Blocks and Reaction Time
At the start of the race, the reaction times of elite athletes in the starting blocks typically range between 0.120 and 0.150 seconds.
Acceleration and Deceleration Phases
While the acceleration phase can continue up to 65 meters, winning in the later stages of the race is directly related to being the athlete who slows down the least.
Stride Frequency and Energy Distribution
Stride frequency, stride length, the role of the upper body, and energy distribution that prevents early exhaustion play a key role in racing success.