For more than fifteen years, games journalist John Warren watched hardware gimmicks and would-be accessibility products fall short of their potential. Navigating the industry as a lifelong wheelchair user focused on adaptive ease of use, he frequently saw promising concepts miss the mark because they lacked a crucial X-factor. That perspective shifted when he was introduced to Glydr, a $299 foot-based controller developed by founder Rick Tett. Inspired by the hoverboards popular in the 2010s, the device aims to solve a fundamental ergonomic dilemma by offloading keyboard, mouse, and gamepad actions from overworked hands and placing them onto the feet.
Traditional setups force players to contort their fingers across complex arrangements of buttons, thumbsticks, and triggers. Even pro-level controllers with rear paddles ask human hands to handle the same workload from a slightly adjusted position, while existing racing pedals typically restrict users to simple digital on/off switches for braking or acceleration. Glydr approaches physical input differently by delivering analog flexibility and multidirectional movement. Supporting up to sixteen mappable actions and customizable configurations, the peripheral allows users to redistribute their kinetic workload rather than merely reassigning it.
Key takeaways
- John Warren joined Glydr as a co-founder after testing the $299 foot-based controller in games like Apex Legends.
- The device supports up to 16 programmable functions and features customizable dead zones and sensitivity settings.
- Built using aluminum, high-grade plastics, and Hall Effect sensors, the hardware has roughly 600 units currently on the market.
- Users have adapted the peripheral for video editing, audio scrubbing, Twitch scene switching, and Excel macro execution.
When Warren first tested the hardware with fast-paced titles like Apex Legends, the ergonomic advantage immediately clicked. Dealing with hand dexterity issues related to toggling sprint and crouch inputs on standard thumbsticks, he discovered that mapping those functions to his feet alleviated physical fatigue and frustration. To ensure durability under rigorous conditions, the team opted for aluminum construction and integrated Hall Effect sensors to minimize drift and extend device longevity. Following consultations with manufacturing partner Create in Taiwan and rigorous stress testing, approximately 600 units have shipped to the market with minimal reported hardware failures.
Accessibility remained a central priority during development. Early iterations required both feet to operate, but user feedback from a professional Rocket League player with cerebral palsy prompted a design modification allowing the pads to run independently. This enabled single-foot operation alongside a traditional hand controller. Further software adjustments let users fine-tune dead zones and sensitivity settings to accommodate varying ranges of motion, while configuration sharing lets the community exchange specialized key binds and macro setups.
Beyond gaming, users have repurposed the hardware for professional workflows. Accountants have mapped multiple macro functions to spreadsheets, while video editors utilize the foot pedals to scrub timelines and zoom into projects. Warren himself relies on the peripheral for editing tasks and managing Twitch streams. As the hardware gains traction among users recovering from hand injuries or managing repetitive strain issues, the development team hopes the foot-powered interface will find a permanent home in everyday office productivity and digital creation environments.
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