NBC Announcer Leigh Diffey Owns Up to Erroneous Call in Men's 100m Finish

Aug 4, 2024; Paris Saint-Denis, France; Kishane Thompson (JAM) and Noah Lyles (USA) await the results of the men's 100m final during the Paris 2024 Olympic Summer Games at Stade de France.
Aug 4, 2024; Paris Saint-Denis, France; Kishane Thompson (JAM) and Noah Lyles (USA) await the results of the men's 100m final during the Paris 2024 Olympic Summer Games at Stade de France. / Yukihito Taguchi-USA TODAY Sports

As the runners in the men's 100-meter race on Sunday night at the Paris Olympics crossed the finish line, there was confusion about who won the gold medal.

NBC's Leigh Diffey announced Jamaica's Kishane Thompson as the winner even though it wasn't official. Team USA's Noah Lyles was identified as the winner after an extremely close photo finish.

Because of his misidentification of the winner, Diffey posted a message on X, formerly known as Twitter, and owned up to his mistake.

"The men’s 100 was epic & closest of all time! My eyes & instinct told me Kishane Thompson won. Obviously, that wasn’t the case," Diffey wrote. "I shouldn’t have been so bold to call it, but I genuinely thought he won. I got it wrong. I am thrilled for @LylesNoah as his story only gets bigger!"

Diffey didn't provide much more in regards to comments on his call. He told The Associated Press that he'd "rather not fuel the fire."

Here was his call of the race:

Lyles ended up winning with a time of 9.784 seconds, while Thompson finished at 9.789 seconds. Lyles appeared to even think Thompson won the gold medal, too.


Published |Modified
Madison Williams
MADISON WILLIAMS

Madison Williams is a staff writer on the Breaking and Trending News team at Sports Illustrated, where she specializes in tennis but covers a wide range of sports from a national perspective. Before joining SI in 2022, Williams worked at The Sporting News. Having graduated from Augustana College, she completed a master’s in sports media at Northwestern University. She is a dog mom and an avid reader.