Open Bionics has unveiled the groundbreaking Hero Pro, the world’s first fully wireless bionic arm, marking a leap forward in real-world superhero gadgets. Backed by four years of research and a $2.5 million investment, this next-gen prosthetic delivers unmatched freedom and control for amputees. Built with input from over 1,000 users—including 19-year-old influencer Tilly Lockey—the Hero Pro blends advanced muscle control, detachable parts, enhanced strength, and customizable design, setting a new benchmark in prosthetic innovation.
Completely Wireless Design
The Hero Pro represents a major leap forward as the first fully wireless bionic arm designed specifically for amputees. This breakthrough eliminates the need for invasive surgery or implanted chips, making advanced prosthetics more accessible. The wireless nature gives users unprecedented freedom of movement without being constrained by cables or connectors. UK-based Open Bionics developed this technology after years of research and user testing to ensure it meets real-world needs. The result is a prosthetic that offers both functionality and independence in daily life. For users like Tilly Lockey, this wireless freedom transforms how they interact with their environment and completes everyday tasks.
“I can move it around even when it’s not attached to the arm,” Lockey said in an interview with Reuters. “It can just go on its missions, which is kinda crazy.”
Advanced Muscle Control Technology
Rather than embedded hardware, the Hero Pro uses wireless electromyography (EMG) electrodes called MyoPods. These are placed on the amputated limb to detect specific muscle signals, allowing for precise hand and wrist movements. The technology interprets the user’s muscle intentions and translates them into corresponding movements of the prosthetic. This non-invasive approach makes the Hero Pro accessible without requiring surgical procedures. The muscle-powered system gives wearers enhanced flexibility, rotation capabilities, and grip control. Users report that the response feels more natural and intuitive than previous prosthetic technologies. The MyoPods can be easily adjusted or repositioned as needed for optimal performance.
Detachable Hand Functionality
One of the most remarkable features is the detachable hand that can operate independently from the arm. Users can remove the hand and control it remotely using the wireless sensors in their socket. This allows the hand to crawl across surfaces and grab objects with precision, extending the user’s reach. Tilly Lockey describes this capability as “epic,” noting how she can make the hand move across a table and back to her. This feature provides unprecedented flexibility for tasks that would otherwise be impossible with traditional prosthetics. The detachable functionality also makes the prosthetic more adaptable to different situations and environments. For many users, this represents a significant advancement in how prosthetic technology can extend beyond mimicking natural limbs.
Enhanced Strength and Movement
The Hero Pro is twice as strong as previous models, capable of carrying a 57-pound payload for demanding tasks. It can rotate 360 degrees at the wrist, providing movement capabilities that exceed earlier prosthetic designs. The seven powerful grip modes allow users to handle everything from delicate objects to heavy luggage. Daily activities like holding a coffee mug, zipping a jacket, or washing dishes become much more manageable. These grips can be further customized using the companion Sidekick app to suit individual needs. Open Bionics continues to expand functionality through over-the-air updates, adding new grip options. The combination of strength and precision makes the Hero Pro versatile for both everyday and specialized tasks.
Durable 3D-Printed Construction
Like other Open Bionics products, the Hero Pro is 3D-printed using robust Nylon PA12 material. This construction makes it both lightweight and durable, addressing two critical needs for prosthetic users. The 3D printing process allows for precise customization to fit each user’s specific measurements. Open Bionics claims the Hero Pro is the lightest bionic hand currently available on the market. The durability of the Nylon PA12 material ensures the prosthetic can withstand daily wear and tear. The waterproof design adds another layer of practicality, allowing users to complete tasks involving water. The manufacturing approach also makes repairs and replacements more accessible and cost-effective.
Smartphone Integration
The bionic hand features a touchscreen-compatible fingertip on the index finger for modern connectivity. This innovation allows users to operate smartphones and other touch devices without removing their prosthetic. In our increasingly digital world, this feature addresses a significant pain point for prosthetic users. The touchscreen functionality works seamlessly with various devices, maintaining sensitivity and precision. Users can text, browse, and interact with applications just as they would with a natural finger. This integration demonstrates how modern prosthetics are addressing not just physical needs but digital ones. The feature eliminates the frustration of having to remove prosthetics to use everyday technology.
Customizable Appearance
The Hero Pro is designed as both a functional tool and a fashion accessory for personal expression. Users can choose from over 50 cover designs in various colors and patterns to match their style. These covers can be easily swapped out depending on mood, outfit, or occasion without affecting functionality. This customization transforms the prosthetic from a purely medical device into a personal fashion statement. The ability to change appearances helps users develop a more positive relationship with their prosthetic. For younger users, especially, this customization can significantly impact confidence and social comfort. Open Bionics recognizes that prosthetics shouldn’t just restore function but should reflect the wearer’s identity.
