A former jockey who was left paralyzed from the waist down after a horse riding accident was able to walk again thanks to a cutting-edge piece of robotic tech: a $100,000 ReWalk Personal exoskeleton.
When one of its small parts malfunctioned, however, the entire device stopped working. Desperate to gain his mobility back, he reached out to the manufacturer, Lifeward, for repairs. But it turned him away, claiming his exoskeleton was too old, *404 media *reports.
“After 371,091 steps my exoskeleton is being retired after 10 years of unbelievable physical therapy,” Michael Straight posted on Facebook earlier this month. “The reasons why it has stopped is a pathetic excuse for a bad company to try and make more money.”
This is something I wish cyberpunk media touched more on.
One thing I always thought about when playing cyberpunk 2077 is why wouldn’t companies have a failsafe for their equipment being used against them. In the game, you can use cyber decks from Arisaka and Militech and be able to hack and assault their infrastructure and employees with impunity.
I am not really sure companies would allow that…
Presumably those failsafes can be circumvented and your character being a cool hacker applies those exploits to their hardware.
Kinda like how software crackers have a pirated version of a game ready to go within hours, regardless of the encryption.
I guess that does make sense.
deleted by creator
“Jailbroken”
Uh yes the cracked version of Ida pro getting used to crack the next version of Ida pro.
Overlooking the concept of a failsafe? How did they get past the concept of the subscription model?
Fuck me I didn’t think about that… owning your own implants? Goddamn!
why wouldn’t companies have a failsafe for their equipment being used against them
Because they got tired of paying for the whiny engineers that would have to implement the failsafe and so they fired them all.
so they fired them all
Even fictional evil companies need to meet goals set by the board.
371k steps over 10 years is like 100 steps per day. Is it really slow, or did he only use it once a week?
My guess is he would use a wheelchair at home where the area is prepared to accommodate it. The exoskeleton is likely slower and harder to wear around the house, but can make him mobile in places where a wheelchair can’t go.
Hope he can make it to at least a million steps to bring down his per step cost below 10 cents.
Poor guy, I guess legally he hasn’t got a leg to stand on.
Thnx, that was some dark humor that really hit the spot for me.
Fortunately, Lifeward eventually capitulated and Straight was able to get his exoskeleton repaired — but that was only after an intense campaign in which he went on local TV, got highlighted in a horse industry publication, and gained steam on social media. If it weren’t for that, he could still be struggling to find a way to get his mobility back again.
Uhg, needed bad PR before they changed their mind
got highlighted in a horse industry publication
Wait what?
Edit: duh, he was a jockey. I should let the moment of confusion settle before replying.
Horses are relentless.
Sorry
The future is stupid, we were promised jetpacks, not planned obsolescence mobility devices.
Oh, we already have jetpacks. They’re just not affordable for the average person and are insanely dangerous to fly with. Also, afaik, they only get less than an hour of flight time.
He shouldn’t stand for this!
He can’t. He’s paralyzed and his exoskeleton is broken.
On a more serious note, the 404media article (login wall) reports the problem was that the wristwatch controller for the exoskeleton had its battery wire’s solder joint break. They seem to be trying to frame it as a right to repair issue, but that’s a trivial repair for anyone with basic electronics experience.
It’s a trivial repair assuming that’s the extent of the damage and there’s not any quirks associated with an extremely complex medical device that has no documentation whatsoever. Like maybe after not having the controller’s power supply connected for such a length of time there needs to be a calibration process upon bringing it back to life that can only be done with proprietary software
The biggest thing though is that by going in and fixing it yourself you open yourself to the possibility that the company will now say “oh this was worked on by someone else and that’s why it’s broken, we won’t work on it now”. That’s the state of repair rights in America, vendors are openly hostile to people who fix their own things even if they do it sufficiently. We used to have political representation that gave us regulations to allow us to work on and even modify our cars without impacting the warranty but that’s been eroded and there’s not really anything of that nature for tech stuff (other than judgements saying broken warranty seals don’t count for anything)
here’s not really anything of that nature for tech stuff
The Magnuson-Moss Warranty Act does not exclude tech stuff. The problem is that it’s a lot harder to work on tech stuff without insider information than 1970s cars.
Best to use the archived links bypasses the login barrier, as well as paywalls.
Guilty upvote for you
He should send it to StezStixFix.
Now he’s Sitting Straight, I suppose. Sorry, that’s in awful taste.
This very much sucks.
Edit: message received. Sorry.
It’s an exoskeleton, not a consumer electronic, what a disgusting thing to say
dude’s paid $10k a year just to do what we can do for free. I don’t think that’s “pretty good”. if I pay $100k on anything it better work for life
Respectfully requesting that in the future, you read articles before replying.
And:
According to Straight, the issue was caused by a piece of wiring that had come loose from the battery that powered a wristwatch used to control the exoskeleton. This would cost peanuts for Lifeward to fix up, but it refused to service anything more than five years old, Straight said.
“I find it very hard to believe after paying nearly $100,000 for the machine and training that a $20 battery for the watch is the reason I can’t walk anymore?” he wrote on Facebook.
This is all over a battery in a watch.
he’s not asking for a warranty claim or replacement, he’s asking for a repair service. it’s like taking your 10 year old accord to the service center to get some bushings/mounts/battery or whatever replaced
To get your…battery replaced, and they want to charge you for a new engine.
More like they want to charge you for a new car
I don’t think anyone should expect a battery replacement to be free after 10 years, but it shouldn’t cost $100,000
Right? It’s a frigging battery.
Surely we can get a group of battery techs and mechanical engineers together to come up with a solution.
Hell, I’ve been bastardizing the “wrong” batteries into devices since the mid-70’s, while today I’m usually replacing crappy built-in batteries with 18650’s. And I’m no EE, just have a little skill and vision.
Surely the battery spec on this is pretty clear, and it’s an off-the-shelf tech (not some odd chemistry devised by the company). Not that it really matters - a replacement merely needs to fit in the space, and match voltage and current requirements.
Here’s my guess. I don’t know anything about this particular device, but I have worked with medical devices.
A powered exo-skeleton sounds like it might be a class II medical device. Being a medical device, the OEM was required to produce a safety risk analysis per ISO 14971 in the EU and 21 CFR 820 in the US. I don’t know what all was listed, but probably one of the safety risks was thermal runaway from the (assumed) lithium ion batteries.
Lithium ion battery packs have a well known problem with occasionally overheating and catching fire. This famously delayed the launch of the 787 Dreamliner. This is also why you can’t put your phone or laptop battery into your checked luggage.
In the original risk analysis, there will be a number of mitigation steps identified for each hazard. For the lithium thermal runway, these probably include a mix of temperature monitoring, overheat shutdown, and passive design features in the battery pack itself to try to keep the impacts of over temperature and fire away from the patient.
So how does the price get to 100k? It could be some kind of unique design features that are now out of production and the original tooling is not available. The 100k cost is probably something like to redesign the production tooling, particularly if you have to remake injection molds.
You can’t just use any off the shelf battery pack, because that would invalidate the risk analysis. You’d need to redo the risk analysis, repeat at least some amount of validation testing, and possibly resubmit an application to the FDA.
TLDR: you can get some MEs and EEs together to solve this problem, but once they’re on the case, you can blow through 100k real fast.
Rebuilding the original pack with new cells is semi-common practice, no need for new tooling
Oh
According to Straight, the issue was caused by a piece of wiring that had come loose from the battery that powered a wristwatch used to control the exoskeleton. This would cost peanuts for Lifeward to fix up, but it refused to service anything more than five years old, Straight said
Yeah, that’s something any jackass with a soldering iron could fix in about 10 seconds
lol lol
You: he was about to move around for a few years and should be happy with that and accept his paralyzed state
That’s true for consumer electronics. However, more expensive things like cars are usually kept running for much longer.
Cars are probably covered differently by law, like minimum years producer has to offer replacement parts and such. Probably all boils down to the contract for that exoskeleton. Definitely not an excuse for that petty company trying to suck tens of thousands of dollars instead of a simple repair.
Yours is one of the most well deserved downvotes. Dude got paralyzed, literally cannot walk or stand anymore, received the exoskeleton (which was paid for in full by a fundraiser back in 2015) and the company simply decided “nah, we don’t touch anything older than 5 years”, knowing full well that this is NOT a disposable device and that Michael would need it for the rest of his life.
Keep in mind Lifewalk, the company behind the exoskeleton, didn’t even try to come up with a public bullshit reason to deny maintenance to a device that they knew full well would be used for the rest of the person’s life, or upsell a newer model.
I mean it’s a $100,000 medical device, basically. Imagine if they just abandoned any other medical equipment like that? Sorry, your pacemaker isn’t supported anymore.
This is why nobody should ever put any tech in their brain. Among 50 billion other reasons.
Fucking exactly!
Oh that already happened too. A bunch of blind people got implants and the company abandoned them.
That came to mind, too. If this shit isn’t open source it is not worth spit.
I work in appliance repair. My favorite appliance to fix are sub zero refrigerators. They’re easy to work on, straight forward and the company continues to support their product as far back as models from the 1970s.
Subzero makes nothing more than household appliances a thankless industry plagued by planner obsolescence and they can supply parts for their appliances longer than a medical company.
Imagine if Intel snapped and disabled Stephen Hawking’s wheelchair and computer, and he needed to pay for a new one with a different voice, absolutely helpless without it.