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Wouldn't they be wall level via kicks? Assume global body mass of 62 kg. Then assume he can kick at 60.7974 m/s. With his/her leg weighing 9.9076 kg at those speeds we get '''18310.8490721 Joules''' via kicking.
As for global body mass? Googled it, then input the numbers here https://percentagecalculator.net Thats how I got the weight of the leg. Then I did the kinetic energy equation with those numbers and got 18 KJ.
Hmm. You're not wrong. Also the first good result I did came out to being around 11 kg for a leg. Is it really this clean cut? It looks like it but only the end of the leg is hitting. I don't think the thigh is traveling at the same speed as the part of the leg doing the strike.
Either way I'd like to see more calc members reply to this.
Pretty sure the entire mass of the leg is put into the kick. But even still, with the remainder, that would reduce the striking strength by half-ish (too lazy to get an exact number)
The thing is, the end of the leg is going to be moving far faster than the inner thigh. I am no martial arts expert, though. I don't know how much weight a professional fighter can put behind a kick.