3 Fastest Women Ever | 100m 3D Speed Comparison

A SEGMENT WAS REMOVED, WHERE I ARBITRATRY CHOSE TO REMOVE A HYPOTHETICAL +4.0 m/s during Flo Jo's World Record.

After reflection, I’ve decided to remove this segment from this video.

As a 3D animator by profession, I realize that it's not my place to make speculative interpretations based on no solid proof. While I do have personal doubts — particularly regarding the favorable conditions during that race — my view aligns more closely with what PJ Vazel expressed: that the environment was extremely favorable for fast times (wind ? Conditions ? We don't really know with 100% certainty). And that’s it.

However, I cannot responsibly assign arbitrary values, reinterpret anemometer angles, or take a stance on doping suspicions. That is not my role, and not my expertise.

Out of respect for Florence Griffith-Joyner, and in line with the double validation from race officials and the IAAF report — both of which confirmed the record — I’ve chosen not to include that speculative segment. Nothing conclusive was ever found regarding doping, and it would be unfair for me to reshape historical facts based on personal theories.

This channel is driven by passion and respect for athletics. I prefer to honor athletes through verified achievements rather than assumptions.

Thank you for understanding


🏃‍♀️ Flo Jo, Shelly-Ann, Elaine Thompson: The Ultimate 100m Showdown in 3D

MUSICS :
H3 Music - Improving
H3 Music - DANGER
H3 Music - Unrecognizable
H3 Music - Complications
H3 Music - Uncomfortable

#sprint #women #athletics

This video is a tribute to three of the greatest sprinters in history—Florence Griffith-Joyner, Shelly-Ann Fraser-Pryce, and Elaine Thompson-Herah—brought together in a hyper-realistic 3D simulation.
We wanted to answer a simple but powerful question: who is truly the fastest when the conditions are perfectly equal?

🌬️ To level the playing field, we removed wind and altitude advantages—especially the strong tailwind suspected during Flo Jo’s 10.49 WR. The goal isn't to diminish any performance, but to respect each athlete's unique brilliance by comparing under neutral conditions.

🎥 Our simulation is based on:

Official OMEGA split times and reaction data

The AthleteFirst database

Analysis and historical context from PJ Vazel

Wind impact insights from TotalRunningProductions’ video breakdown

A personal, frame-by-frame motion analysis, accurate to 0.02 seconds

Each sprinter's stride mechanics, race pattern, and individual style were studied and recreated as faithfully as possible to celebrate their legacy—not just their times, but how they ran.

👟 As a bonus, we threw in an "Average Guy" (14.85s) to remind us just how fast these women really are. Sometimes, seeing the gap makes it more real.

This is more than a race. It’s a visual celebration of speed, biomechanics, and greatness.

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