A motorcycle accident interrupted my fitness program and it took quite a lot of work to get back to where I am. During that period there were many times when I was (minorly) injured repeatedly since all my muscles were just not strong enough to do things and I wasn't disciplined about them.
I picked up some persistent tendinitis that is just healing with some physiotherapy. Things like this aren't terribly limiting in life but the primary problem is that a lot of the stuff you have to do is rest the appropriate body part! And to rest it, you need to not do things. I don't want to not do things. I want to do things while resting the appropriate part of my body.
And I bet as I get older, all this stuff will catch up. So anything that will extend mobility to my elderly years (still far away) is great. If I do the right things, my body will function well into my 80s and if the tech is there hopefully I'll walk around with my grandkids. All in all, I'm hoping that material science in batteries, motors, and frames and product design all do a big leap in this in the next 40 years. The market is likely there with our aging population.
0: Here's an example of me using them after I got used to them https://www.youtube.com/shorts/qc5PKbJ3tq4
Nike's plans to put the swoosh back into its sales
https://www.theguardian.com/sport/2025/oct/23/just-redo-it-i...
The use cases I can see for others are “anyone who might find this useful or fun”. To me, that means
1) people with medically compromised joints who would like to engage in experiences that their bodies don’t currently allow.
2) people who want to challenge themselves by making these joint additions add more resistance.
3) people who want more strength and/or power for any reason. “Fun” is a valid use case.
These joint enhancements exist for hips, knees, and with this, now ankles. The logical end for this is a powered exoskeleton (and, after that, power armor).
And medically compromised muscles, nervous systems, etc. I know someone in that situation who loves scooters. They say it's like flying - they finally can move at will, instead of the lifelong difficulty and pain of walking.
isn't that a time-honoured tradition at tour de france?
Pair with some power gloves to catch your fall and maybe I can learn to skateboard as my mid life crisis activity down the road.
So this is straight up false?
Link?
> and Nike will rip you off with the price for "western engineering".
It's the brand more than anything. Nike's brand commands a premium.
I've quite literally never seen a product like this on the market, so as far as I'm concerned if Nike is the first to Western market with the product, and they do a good job introducing it, it's their innovation.
It's like with Nintendo and Apple. They're quite frequently not the first to develop a technology, but they take things and popularize them. Digital cameras, motion control, touch screens, smartphones, tablet gaming devices, ...
> the power comes from pistons that are filled with a fuel-air mixture, and fired by compression when the user puts his or her full body weight down into the boot
https://en.wikipedia.org/wiki/Rocket_boots
https://www.cnet.com/tech/tech-industry/these-gas-powered-bo...
SilverElfin•5h ago
sega_sai•5h ago
mewpmewp2•5h ago
onion2k•5h ago
tavavex•5h ago
ThrowawayR2•5h ago
treis•5h ago
tavavex•5h ago
chaostheory•5h ago
There are already powered leg augmentations on the market for $3-5k, but these are much smaller.
jayd16•3h ago
ajkjk•3h ago