John813
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Actually it's not a dumb idea because people are smarter than you they've been doing this longer than you that are professionals... this is how you do rehab.
this you're not gonna get your feet caught in the grass and you're not going to get your feet caught in fake turf and it's also very straining you get twice as much done with less risk but,
if he is limping there's a reason for it I'm 54 years old and I've had several knee surgeries one major one in 2018 and don't say it's different before you hear this I am a lifelong IE since I was 28 years old I've been wakeboarding and snowboarding and doing extreme sports and I'm also an HVAC contractor and I work in a lot of addicts here in Texas my job is definitely taxing on the body and I played sports in high school..
So rehab is not new to me and I can tell you right now there's things that will make you limp from working out but that doesn't mean you haven't came back from the injury correctly there's a lot of scar tissue in there there's a lot of non-mobility for length of time now when you try to get back on it you limp even if it's fully healed.. You have to push it during rehab in order to know you're gonna be ready for the regular season but soreness slight limps those come just from getting back out there and trying to get strength back in the area again there are things called scar tissue and the fact that it hasn't been worked that way in a while so you're trying to get through that you're going to have pain coming back even after you're 100% sometimes you go slip like you're so used to protecting that leg your brain makes you limp...
I've seen a split on sand training. Some benefits, some negatives.
Think it just comes down to the trainer/athlete and activities they do and being prepped for the different characteristics that sand offers.
Was curious on it so looked into it for a bit.
There was a study done regarding injuries in sand in regards to the Achilles tendon and running:
An asphalt running surface decreased mid-portion tendinopathy risk (RR 0.47, p = 0.02). In contrast, sand increased the relative risk for mid-portion Achilles tendinopathy tenfold (RR 10, CI 1.12 to 92.8, p = 0.01). Runners with more than 10 years experience had an increased risk (RR 1.6, p = 0.04) for Achilles tendinopathy.
https://pubmed.ncbi.nlm.nih.gov/18785416/
But for rehab, the conclusions are favorable:
Conclusions: These results show that on sand it is possible to perform maximal intensity sprints with higher energy expenditure and metabolic power values, without reaching maximum speed and with smaller impact shocks. Furthermore, exercises with change of direction carried out on this surface allow to reach higher deceleration values. In addition, sprinting on sand potentially entails a limited stretch of the involved muscles. It can therefore offer a valid alternative to traditional training, injury prevention and rehabilitation programs.
https://pubmed.ncbi.nlm.nih.gov/22883597/