If nonhuman entities could compete in the Olympics, technology would’ve taken home all of the gold medals this summer.
Omega Timing — the watchmaker and the Games’ official timekeeper since 1932 — has been busy making sporting events clearer for athletes and viewers alike,perThe Athletic:
Computervision in the Olympic Aquatic Center uses cameras to recognize and analyze swimmers’ movements in real-time, calculating stroke rates, distance, acceleration, and deceleration.
Smart bibs worn by track-and-field athletes hold credit card-sized sensors that send ~2k data points per second to high-speed computers.
On the tennis court, Computervision is learning how a player’s reaction time to a serve correlates to the quality of their return swing.
The track’s camera is 4x faster this year, shooting 40k frames per second to help officials determine a winner in close finishes.
That superfast camera was how Olympic officials were able todeterminea winner in the men’s 100-meter race, where two athletes finished with an identical 9.79 seconds.
For the win
Tech has the potential to change the game — literally — by impacting an athlete’s performance.
The Fastskin LZRswimsuitsare coated with the same water repellent used to protect satellites from space radiation. The suits reduce friction, letting swimmers glide more easily through water.
CompPair’s HealTech technology isworkingon healable composites for pole vaults. If a pole were to break during competition, 10 minutes of heating would be able to repair the resin.
Shoes are having a moment, too, fromOn’sspray-on shoe to the Nike-Hyperice recoveryboots. Nike’s “super spikes” havechangedtrack races altogether.
But whathappenswhen the tech gets a little too good?
According to NASA,94%of all gold medals at the 2008 Olympicswere won by swimmers wearing LZR suits; super spikes areestimatedto improve running performance by 1.5%.
With tech moving this fast, here’s hoping the humanoid bots aren’t on the podium by 2028.