For anyone considering their prosthetic arm options, the question of myoelectric vs body-powered prosthetics is often the first real decision. They work differently, feel different to wear, and are suited to different tasks. Understanding the distinction matters, both clinically and practically.
When comparing myoelectric vs body-powered prosthetics, the key differences come down to control method, physical effort, grip capability, and everyday usability.
Lucas has experienced both body-powered and myoelectric prosthetic arms. Born with a congenital below-elbow upper limb difference, he spent years using body-powered devices before switching to Hero Arm, and more recently, his Hero PRO.
“There was always a sense of separation,” Lucas said about his past body-powered prosthetics. “The cables, the harness, the mechanical clunk every time the hand opened or closed. It worked, but it didn’t feel like me.”
A body-powered prosthetic uses a harness and cable system attached across the shoulders and upper back. When the user moves their shoulder or upper arm, the cable pulls to open or close a hook or mechanical hand. There are no electronics, no battery, and no sensors involved.
For straightforward tasks requiring consistent grip, body-powered devices can be reliable. They are often prescribed early in the rehabilitation pathway as a first prosthetic experience. But the physical demands of the system add up. The harness distributes force across the shoulder and back, which can cause fatigue and long-term compensatory strain. Fine motor tasks are difficult, and the grip is binary: either fully open or fully closed, with little range between.
“It was offered with a heavy body harness most commonly known to be worn by military men,” said Laiken, a Hero Arm user who wore a body-powered device for years after an insurance denial for a myoelectric arm. “It was so heavy and put a strain on the whole body, which seemed so counter-intuitive.”
The social weight was just as significant. “Growing up, the only reason I would wear my prosthetic was to hide my difference,” Laiken said.
John, a Louisiana teen with a congenital limb difference, had a similar experience as a child. He tried a body-powered hook and found it immediately limiting.
“The harness and shoulder movement made everything harder,” John said. “It just felt really limiting.”
Years later, when he researched prosthetic options for a school project, he compared body-powered hooks, aesthetic prosthetics, and myoelectric hands side by side.
“The Hero Arm stood out because it was the most practical and modern,” he said.
A myoelectric prosthetic arm uses electromyography (EMG) sensors placed inside the socket to detect the electrical signals produced when muscles in the residual limb contract. Those signals are amplified and converted into hand movement. There is no harness, no cable pulling across the shoulder, and no external mechanism to operate. The user controls the device through their own muscle activity.
Our Hero Arm is a myoelectric prosthetic available for children as young as age 5, depending on their size. Most new users establish intuitive control within minutes of their first fitting. Sensor placement is mapped to each individual’s strongest muscle signals, and the grip response is proportional: a stronger contraction produces a faster, firmer grip.
For users switching from body-powered devices, the difference in daily experience tends to be immediate.
“Moving to a Hero Arm felt like coming home,” Lucas said about his first myoelectric arm. “I could type, tie laces, or lift a coffee cup with an ease I had never experienced before.”
Richard, who was born with a congenital upper limb difference and had used other devices before the Hero Arm, described the shift in similar terms.
“The Hero Arm is lightweight and the socket is breathable, which makes it comfortable to wear for an entire day, which I couldn’t do with my previous devices,” Richard said. “I’m able to cook, pour drinks, open doors, and complete other tasks with far more ease than I used to. But my new prosthesis hasn’t just brought practical changes. It also has been emotionally liberating.”
Body-powered hooks operate in a single grip pattern. The Hero Arm offers six grip modes: fist, tripod, hook, pinch, index point, and open palm. These are switchable through muscle signals or customized through the Sidekick App.
In practice, that range covers the tasks a single grip pattern cannot. Picking up a glass uses different mechanics than turning a key or typing on a keyboard. The ability to select the right grip for the right task means fewer workarounds and less compensatory strain on the unaffected arm over time.
Sarah, a two-month Hero Arm user, described the relief in simple terms.
“At last I don’t have to chase my bowl around the table, or spill food down my front,” she said.
For users whose daily demands push beyond standard myoelectric function, Open Bionics offers the Hero PRO and Hero RGD.
The Hero PRO closes its fingers more than twice as fast as most competing bionic hands and lifts up to 57 lbs. It is IPX7 water-resistant, charges via USB-C in four hours, and integrates its battery directly into the hand, making it the lightest bionic hand available. Seven grip modes include a precision key grip. The wrist flexes 45 degrees in both directions and rotates 360 degrees manually.
The Hero RGD is designed for physically demanding environments: agriculture, trades, construction, and outdoor work. Its grip closes in 0.4 seconds. It carries up to 77 lbs., and when paired with the Hero Flex socket and MyoPods, the entire system is fully waterproof.
“The first time I tried Hero PRO, it felt natural,” John said. “This was something I could actually use in real life. I can ride a two-wheel bike now. I even hang on a pull-up bar using the hook attachment. And I use a drum attachment for percussion.”
His mother Monica noted a change that went beyond function. “He used to stand always holding his nub and his head kind of down,” she said. “Now you never see him like that anymore.”
One practical argument for body-powered devices was their compatibility with work and activity-specific tools. The Hero PRO addresses this directly. Its USMC-standard wrist connector is compatible with more than 50 Activity Attachments, including work tools, sports grips, and specialist devices, without requiring a socket change.
“You get the intuitive control and comfort of a myoelectric arm and the tool versatility of a body-powered system,” Lucas said. “All without the harness.”
Body-powered prosthetics
Myoelectric prosthetic arms
Which prosthetic arm is right for you? Body-powered devices remain an option for specific scenarios, particularly where simplicity and independence from electronics are priorities. For most people asking the myoelectric vs body-powered question, the capability difference is clear. The more relevant questions are access, clinical fit, and timing.
Robert, who lost his arm in an accident and moved to a myoelectric prosthetic arm within five months, turned down the body-powered device his hospital recommended from day one.
“They said, just get this base model,” Robert said. “As a beginner, just to see if you might like it. I said, no, I am not doing that. I already know that I need something useful.”
Emily Shannon, a certified prosthetist at the Open Bionics Orlando clinic, said that seeking myoelectric care early can make a clinical difference.
“A lot of people think they have to wait a long time after an amputation before they can even start the process,” she said. “But Robert is only five months out and he is already controlling a myoelectric hand and getting a functional socket. More people should know it is not off the table. If you have good healing and good muscle signals, starting early can make a huge difference. It keeps you from forming habits that strain your other arm and it helps you get your life back sooner.”
A consultation with an Open Bionics prosthetist determines whether residual limb length, muscle signal strength, and lifestyle make someone a strong myoelectric candidate. For most below-elbow amputees and those with congenital upper limb differences, the answer is yes.
“For me, switching felt like coming home,” Lucas said. “The arm started to feel like part of me. That is what a prosthetic arm should feel like.”
To find out whether a myoelectric prosthetic arm is the right fit, book a free appointment at the Open Bionics clinic nearest you.
For many people with upper limb differences, the question of where to buy prosthetics is one of the first and most disorienting they face. The path from limb difference to a well-fitted, functional device is rarely straightforward. It involves navigating insurance, understanding funding options, finding a clinic with genuine upper limb expertise, and working out which technology actually suits the life you want to live.
Lucas Slusher, a Hero PRO user who was born with a congenital upper limb difference, spent years working through that process before finding Open Bionics. He remembers the early confusion clearly. “I kept asking myself, where do I even go to buy these arms?” he said. “That mix of hope and feeling overwhelmed is something anyone starting out can relate to.”
The first step for most people searching where to buy prosthetics is an online search that returns more questions than answers. Slusher said his experience with Open Bionics felt different from the start. “It’s not like shopping online,” he said. “You click ‘Book Demo‘ and start with a free, no-pressure call.”
That initial conversation is handled by clinicians who work with people across the full spectrum of upper limb differences, including congenital limb differences and acquired limb loss, more than most providers. They walk prospective patients through whether a Hero Arm, Hero RGD, or Hero PRO is the right fit, based on their daily demands, activity level, and goals. No commitment is required to have that conversation.
Slusher said the first call was a turning point. “For the first time, someone really understood that every limb difference, every story, is unique and personal,” he said.
After the initial consultation, Open Bionics takes a 3D scan or cast of the residual limb and creates a custom-fit device. All Open Bionics devices are designed for below-elbow differences, whether congenital or acquired.
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“For the first time, someone really understood that every limb difference, every story, is unique and personal.”
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The Hero Arm is lightweight and intuitive, available for adults and children as young as five. The Hero PRO and Hero RGD add increased grip strength, speed, and adaptability, and both are completely wireless, water resistant, and touchscreen compatible. The flexible socket design and 3D-printed construction produce a fit that is typically more comfortable than older fabrication methods.
Slusher said comfort is not incidental to consistent prosthetic use. “Comfort isn’t a luxury,” he said. “It’s essential if you want to wear your prosthesis every day, all day.”
For people considering where to buy prosthetics, the question of durability is often as important as the question of fit. The Hero line is built from Nylon PA12, the same material used in ski boots, making it well suited to the physical demands of daily life including wet, messy, and high-contact tasks.
Slusher said the transition to the Hero PRO changed what he expected from a prosthetic device. “I wondered if it would really hold up in everyday life,” he said. “It isn’t just about looking cool. It’s about doing laundry, dishes, typing on your phone, or lifting heavier items without worry. That kind of freedom changed everything for me.”
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“It isn’t just about looking cool. It’s about doing laundry, dishes, typing on your phone, or lifting heavier items without worry. That kind of freedom changed everything for me.”
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Open Bionics operates a growing network of clinics across the United States. For patients who do not have a clinic nearby, the team helps connect them with partner locations and coordinates care remotely where possible. The company is expanding its clinic network, and additional locations continue to come online.
Every Hero PRO and Hero RGD delivered directly through an Open Bionics clinic is backed by the Perfect Fit Promise, a 60-day fit guarantee, and three years of HeroCare coverage. That includes training, customer support, and coverage for manufacturing faults, with no hidden costs.
Slusher said the support structure was as important to him as the technology itself. “What I loved about Open Bionics wasn’t just the technology,” he said. “It was the people. The clinicians who understood limb difference, the community of users, and a company committed to making bionics accessible. I never felt like just a customer.”
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“What I loved about Open Bionics wasn’t just the technology. It was the people. The clinicians who understood limb difference, the community of users, and a company committed to making bionics accessible. I never felt like just a customer.”
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If you are considering Hero PRO or Hero RGD, visit book a free consultation to learn how a bionic arm could help you reach your goals.
Jason, a 51-year-old Florida native, lost his hand in a die press accident at work in 2018. Because the injury occurred on the job, his recovery and prosthetic care fell under workers’ compensation.
“When I start feeling like it’s holding me back, I have to refocus my mind,” he said. “My old life ended when I got my amputation, and my new life began. I could either hide in a corner or move forward. The nub is always going to be there. So my one-handed life started, and I have to make it what it is.”
He recalled swimming from the Sarasota beach into open water, kicking hard through the waves toward a pillar jutting out of the surf. Earlier that day, he had watched kids climbing and swinging from a rope and thought, “I can do that.” When he reached the base, he grabbed a bent nail rung with his left hand and wrapped the nub of his right arm around the next rung, pulling himself up until he could swing one-handed out over the water.
Afterward, he sat on the warm sand and thought, “I’m 51. I probably shouldn’t be doing childish things.” But he refuses to let the amputation of his right hand define what he can or cannot do.
For years, prosthetics were heavy, restrictive tools Jason wore only for specific jobs.
“It was like carrying around a hammer,” he said of his older prosthetics. “I’d use it for a task, then take it off.”
Daily wear felt uncomfortable. Water exposure was always off limits. Although workers’ compensation covered his prosthetic care, Jason did not initially realize that advanced myoelectric technology, including a waterproof bionic arm, could be considered when supported by medical documentation and functional need.
After researching options online, he learned about the Hero RGD and requested an evaluation.
He connected with Emily Shannon, CPO, at our Orlando, Florida clinic. Following clinical assessment under his workers’ compensation case, he was fitted with a Hero RGD, an IPX8-rated waterproof bionic arm designed for durability, speed, and all-day wear.
Right away he noticed the difference.
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“It feels pounds lighter. We weighed it and it’s about a pound and a half lighter, but it feels like pounds. It fits like a glove, not a hammer.” – Jason
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“It feels pounds lighter,” he said, about his previous bionic arm. “We weighed it and it’s about a pound and a half lighter, but it feels like pounds. It fits like a glove, not a hammer.”
Living in Florida, his first instinct after the fitting was simple.
“I’m going swimming,” he said. “I’ll probably do some gardening. I’ll be mowing the yard. I’ll try riding my bike. I’ll try anything for progress.”
Progress with his Hero RGD is tangible. It is using his right hand to sign his name, peel a banana, steer a lawn mower without bruising his forearm, or gripping bike handlebars on a ride with his son. Getting caught in the unpredictable Florida rain with his bionic arm is no longer a concern. He can put it on in the morning and keep it on throughout the day because of the lightweight and breathable 3D printed socket design.
“The response time and finger roll are really quick compared to what I used before,” he said. “With the old hand, it was heavy and so bulky I didn’t want to wear it. With this one, I’m looking forward to going through my day already having a hand that can do the task.”
The Hero RGD connects wirelessly to MyoPod sensors for proportional control. It closes in 0.4 seconds, can lift up to 77 pounds, and carries an IPX8 waterproof rating designed for wet environments. Fit matters as much as hardware.
Jason’s shorter, below-elbow socket allows him to manually rotate the prosthesis as he turns his forearm.
“The thing I like most is that I can use this daily and still be ready for tasks when they come up,” he said. “I’m excited.”
The socket design was developed by Emily Shannon, CPO, at the Orlando clinic.
“Jason has had several socket designs before, but has always felt restricted by sockets that extend above the elbow,” Emily explained. “Either they were uncomfortable around his bony anatomy or limited elbow motion. We wanted to retain full range of motion at the elbow and allow some forearm rotation.”
Emily created multiple 3D printed test sockets to validate her approach and fine-tuned an adjustable socket system with compressible panels positioned above the wrist for secure suspension.
“Ultimately we determined there would be a tradeoff between suspension and range of motion,” she said. “That decision had to align with his goals and priorities.”
For workers’ compensation patients, those functional goals are central to approval decisions.
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“The thing I like most is that I can use this daily and still be ready for tasks when they come up. I’m excited!” -Jason
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Jason’s case highlights an important point.
If limb loss occurs at work, workers’ compensation may cover advanced prosthetic technology when it is supported by clinical documentation and functional necessity. Coverage decisions vary by insurer and state, but modern waterproof bionic arms are not automatically limited to basic solutions.
A certified prosthetist can evaluate:
Jason’s experience shows that a workers’ compensation pathway can include durable, lightweight, waterproof technology that supports everyday life.
If your limb loss occurred at work and you are navigating workers’ compensation, you may have more options than you realize. Book a free consultation to explore whether a Hero RGD could be part of your recovery pathway.
We work with partner clinics to support the best possible outcome for patients. Connect with our team for training on our advanced bionic technology to know what’s available for your patients.
Dave is a U.S. Army veteran who spent his early adulthood jumping out of planes as airborne infantry. He served with Charlie Company, 3rd Battalion, 325th Infantry Regiment out of Fort Bragg and spent time stationed in Vicenza, Italy.
Near the end of his tour, Dave lost his left hand in a train accident on the way to Milan. He put his arm out of the train window as another train passed in the opposite direction. The impact severely damaged his wrist and fingers and led to amputation, followed by multiple salvage surgeries over the years.
Years later, Dave began searching for a bionic arm that could hold up in real-world conditions. He needed something that could keep pace at the gym, in the pool, and in daily life without constant worry about damage.
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“The Hero RGD is a step forward. It’s rugged, it’s fast, it’s waterproof, and it gives me back the confidence to do the things I love. That’s what matters most.”
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After learning about the Hero RGD and its fully waterproof design, he connected with Daniel Green, certified prosthetist at our New York City clinic, to be fitted with his Hero RGD.
Swimming is part of Dave’s routine, and waterproof performance was non-negotiable. After sharing a video of himself swimming with his bionic arm, he said publicly, “The water is so therapeutic for the mind-body connection. Having the blessing of swimming with the Hero RGD is hard to describe in words, but the movement and how it feels changes the game.”
Built from nylon and titanium, the Hero RGD is engineered for tough environments. It can lift up to 77 pounds, absorb impacts, and continue working even underwater. The device carries an IPX8 waterproof rating from fingertip to elbow and closes its grip in approximately 0.4 seconds, making it one of the fastest multi-grip bionic hands available.
“No wires, dude,” Dave said. “This changes everything.”
Hero RGD pairs wirelessly with MyoPod sensors for precise muscle control and more than 20 different grip patterns.
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“The Hero RGD has probably the best socket I’ve ever worn. The most comfortable, for sure.”
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Reflecting on the engineering behind the arm, Dave said, “Open Bionics gets it. No playing in the sandbox with what they did.”
Dave lives by a simple motto: “Stay true to it.” The phrase came from a doctor during recovery and became a guiding principle as he rebuilt strength and confidence.
At the gym, he relies on precision grips, strength, and a comfortable socket. The lightweight design and multiple grip options allow him to train, type, carry equipment, and move naturally throughout the day. The socket supports joint health and helps keep his residual limb muscles active.
“I know I’m only touching less than half of the capability this thing has,” he said. “I feel like I can move mountains.”
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“One of the blessings of the Hero is I can use activity-specific devices with the same socket.”
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He also sees the technology as part of a broader shift. “Everybody has a God-given right to have an arm that works with all their digits and wrist,” he said. “Open Bionics is moving us in the right direction.”
Veterans across the U.S. are discovering what’s possible with Hero RGD. Schedule a free consultation today to explore your options.
Is the Hero RGD fully waterproof?
The Hero RGD carries an IPX8 waterproof rating, meaning it is designed to withstand continuous immersion in water, including swimming.
How fast is the Hero RGD?
The Hero RGD closes in approximately 0.4 seconds and can lift up to 77 pounds.
How much does the Hero RGD weigh?
The device weighs approximately 1.27 pounds, balancing durability with extended wear comfort.
How long does the battery last?
The Hero RGD is engineered for all-day use on a single charge.
Who qualifies for a waterproof bionic arm?
Individuals with below-elbow (transradial) limb loss who are candidates for a myoelectric prosthesis may qualify. A clinical consultation can determine eligibility.
After more than five decades of living one-handed, Amy decided to explore a bionic arm for her congenital limb difference. The decision centered on protecting her body and continuing the life she had already built.
“I’ve grown up without an arm and adapted my whole life,” Amy said. “Recently, I started to feel the physical cost of doing everything one-handed. As I get older, I want to learn something new and use it before arthritis and overuse make that harder.”
Amy was born with a congenital right below-elbow limb difference, which doctors believe may have been caused by amniotic band syndrome. She learned early how to handle everyday tasks with one hand, from tying her shoes to typing at a desk. That independence supported a successful career, frequent work travel, and a demanding schedule.
Over time, the strain increased.
Amy’s dominant left side has carried the workload for decades. “I’m starting to feel it in my body, especially when I’m traveling, because I’m doing everything with my dominant side,” she said.
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“I’ve grown up without an arm and adapted my whole life. Recently, I started to feel the physical cost of doing everything one-handed. As I get older, I want to learn something new and use it before arthritis and overuse make that harder.” -Amy
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Travel plays a major role in Amy’s work. She oversees multiple facilities and spends significant time in airports. She adapted the same way she always had, though the tradeoffs became more noticeable.
“It was probably three years ago as I was traveling more. I always like to have my coffee when I’m traveling,” she said. “I had my bag, and it was really starting to affect my body because one side is doing everything.”
Switching to a rolling suitcase reduced some strain, though it introduced another limitation. “The rolling bag solved one issue, then I ran into the next,” Amy said. “I can’t hold a coffee. I have to choose.”
At work, the impact showed up in other ways. Amy types efficiently with one hand, though one-handed work requires constant reaching. “Even something as simple as typing, hitting ‘control,’ I’m stretching in a way that’s not natural,” she said. “That’s why I’m starting to feel more soreness in my muscles.”
Amy wanted to reduce wear on her body and maintain long-term mobility. “I want to be less one-sided and even things out,” she said.
Amy spent years researching before moving forward. “I first came across Open Bionics on LinkedIn. It showed up in my feed, and I’ve been following the company there since 2019,” she said.
While traveling for work, Amy scheduled a free consultation with Jonah Rhymer, certified prosthetist at our clinic in Chicago, Illinois. Seeing the technology in person mattered to her. “I’m hands down a ‘I want to see it, touch it, and know if it’s going to be a thing for me’ kind of person,” she said.
Her husband, James, attended the appointment. “It was important for me to be there, to help make sure we’re hearing everything and carrying it forward once we get home,” he said.
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“I never felt pressured. It never felt like someone was trying to make a sale. The process was really quick and seamless. I felt like I got all the information I needed. I appreciated the check-ins and being asked where I was in the process.” -Amy
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Amy was able to be fitted with her Hero PRO after verifying coverage through insurance and completing a clinical evaluation with her clinician. Her Hero PRO bionic arm is a multi-grip myoelectric prosthetic designed to support two-handed tasks and reduce long-term overuse. The wireless, water-resistant bionic arm supports daily function, precision control, and comfort.
James reflected on Amy’s earlier experience with prosthetics. “The old hook was hard on her shoulder,” he said. “This is different. It’s custom-made, and it feels a lot more natural.”
Amy’s goals focus on everyday tasks. She now travels without constant tradeoffs, types without reaching across her body, and distributes effort across both sides during daily activities.
Choosing a bionic arm can feel significant for someone who has lived one-handed for decades. Amy valued moving forward at her own pace. “I never felt pressured,” she said. “It never felt like someone was trying to make a sale. The process was really quick and seamless. I felt like I got all the information I needed. I appreciated the check-ins and being asked where I was in the process.”
Even with a positive experience, the emotions felt layered. “A lot of people were super excited for me, and I was more apprehensive, because I’ve lived with this my whole life,” Amy said. “With Jonah, I felt calm. He was willing to go at my pace.”
Amy’s story shows that independence does not require accepting long-term strain. For adults with a congenital limb difference, a modern bionic arm can help reduce overuse pain and support mobility over time, especially after years of one-handed living.
If you are experiencing daily compensations or exploring current options, the next step can begin with a conversation. Book a free consultation with an upper limb specialist to see if a Hero PRO bionic arm could help you reach your goals.
We work with clinicians to support the best possible outcome. Connect with our team for training on our advanced bionic technology to know what’s available for your patients.
A water-resistant bionic arm for HVAC work can make all difference. For nearly three decades, Mike has worked in some of the toughest environments in Texas, climbing ladders, crawling through cramped attics, repairing AC units in extreme heat, and managing heavy tools with one hand
He lost his left hand in 1999 after a flare gun malfunctioned and spent years trying to find a prosthetic arm that could keep up with his work. His early experience with prosthetics was discouraging. The first clinician he ever saw suggested cutting more of his arm off to make the fitting easier. He was handed a wooden body-powered device. “I’m like, wood, really? Is this the 1700s?” he joked. Later, his body-powered arm was so uncomfortable he only used it when riding his motorcycle.
His first myoelectric prosthesis was also problematic because it was heavy, unreliable, and easily disabled by heat and sweat. “You put your arm in different positions and it gets no contact,” he said. “When you are in a hot attic trying to wire something up, it just stops.”
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“This thing is great. I can wash dishes with it or whatever. If I am out and about and it starts raining, I can keep the hand on. Before, I had to grab a plastic bag and cover up the arm because if it got wet, it was done”
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Mike discovered Open Bionics on Facebook after seeing Hero Arm and Hero PRO videos featuring Tilly Lockey. When he connected with Travis Heins, certified prosthetist at our Austin, Texas, clinic the difference between his old device and the Hero PRO was immediate. “This one is a third of the weight,” he said. “Much, much lighter. It works much faster and stronger.” The Hero PRO’s multi grip bionic hand, with its individually articulating fingers, adjustable grip strength, and secure freeze mode, offered the stability he never had before. “You can hold a bag of groceries and it does not fall out of your hand,” he said.
One of the biggest improvements for Mike was Hero PRO’s water resistance. The hand, wrist, MyoPod sensors, and Hero Flex socket can get wet and continue working, which solves the heat and moisture issues that used to shut his prosthesis down. “This thing is great. I can wash dishes with it or whatever,” he said. “If I am out and about and it starts raining, I can keep the hand on. Before, I had to grab a plastic bag and cover up the arm because if it got wet, it was done.” The Hero Flex socket also addressed the swelling and discomfort he experienced every day. “This one is adjustable. I really like that feature. The other one made my arm swell up because it could not breathe.”.
Mike’s Hero PRO is a lightweight, durable, and water-resistant bionic arm designed for precision tasks and daily use.
Reliable control is essential when working in attics that routinely exceed 120 degrees, but fortunately our wireless and waterproof MyoPod sensors can read muscle signals even through sweat. “I still work every day, so I am hoping I can take this up in the attic with me,” he said. “The other one would break all the time. This one, if it breaks, they can print me a new piece and I am good to go.”
He also started using the Sidekick app to personalize grip settings and track usage. “The app is a lot better,” he said. “I am not very tech savvy, but it looks pretty easy.”
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“Just try Open Bionics. It is so much lighter. It is more versatile. It does more things”
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For Mike, the change is simple. After 26 years of adapting and compensating, he now has a prosthetic arm built for the way he actually lives and works. The Hero PRO is light, fast, water resistant, dependable, and easy to repair. It keeps up with him in the attic, on his motorcycle, and at home. When asked what he would tell other amputees, Mike said, “Just try Open Bionics. It is so much lighter. It is more versatile. It does more things.”
Whether you’re exploring a prosthesis for the first time or considering an upgrade, a free consultation with a certified prosthetist can help you understand your options. Schedule your consultation to see what’s possible.
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