Click PLAY or watch it on YouTube.
analyze twisting in slowmo
Click PLAY or watch it on YouTube.
Click PLAY or watch it on YouTube.
This is one of the best Handspring forward salto half vaults I’ve ever seen
Click PLAY or watch it on Twitter.
Not the most common technique, Haleigh uses what my mentor Boris called “Flyspring” technique. First contact on the table with hips piked. She OPENS her hips while in contact to increase reaction force.
This technique works best for very fast, very powerful gymnasts. They tend to take off closer to the back of the Board and contact the front of the Table. GOAL = get the hands on the table as quickly as possible.

Chow’s Gymnastics and a few other Clubs are piloting this software already.
Details on the new app here.
Click PLAY or watch a sample on Vimeo.
I have no idea what these amazing athletes are doing.
How do they even keep track of so many multiple rotations?
And who wants to land backwards at full speed?
Click PLAY or watch it on YouTube.
Seems to me Omega is ahead of Fujitsu in technology.
One of the best vaults of the season, so far.
A good example of how video analysis rewarding height, distance and early completion of the twist would be more accurate than human judges.
Click PLAY or watch it on Twitter.
Real life, real time it can be challenging to analyze complex twisting skills.
In FB CURVES you can slow them down and watch from different angles.
Click PLAY or watch it on YouTube.
I feel progress has been slow.
I can’t foresee it happening any time soon.
Watanabe, who retained his position as FIG President at last month’s Congress, stresses that the technology is currently assisting judges but did not rule out the idea of it eventually becoming sole arbiter.
“At this stage, it is a judging support system,” Watanabe told insidethegames.
“It may be a substitute for humans in the future. …
Exclusive: FIG President Watanabe says computers may eventually replace judges

Dave Tilley presented to both WAG NCAA College coaches and judges before the 2022 season.
The goal is for judges to evaluate landings consistently — and promote the safest possible landings.
The biggest reason is due to the massive number of serious knee and ankle injuries that gymnasts deal with, particularly in the NCAA. When you look at research studies, leg injuries account for up to 54.1% – 70.2% of all injuries.
Based on a study looking at injuries in NCAA Women’s gymnastics from 2009-2014, leg injuries accounted for 50% of all injuries with the knee and ankle being the most common (19). In some studies, up to 52% of all gymnastics injuries occur during landings, with some researchers calling it the ‘riskiest exercise phase in gymnastics.” …
THE NEED TO CHANGE LANDING DEDUCTIONS IN NCAA GYMNASTICS FOR LESS KNEE AND ANKLE INJURIES
Click through for a deep dive into this very important topic.


Watch William Emard STICKING.
Good aerial awareness. Stong legs. Good technique. Fewer injuries on landings.
Click PLAY or watch it on Instagram.