Music
The kick, the drop and the bass line. Bring the feeling of a live gig to every playlist.
Step into the action.
GroundWaves haptic sneakers turn the sound of your music, games and films into vibration you feel through your feet, in sync with what you hear. Launching soon.
Turn your sound up, then press play.
“Wow! People are going to love this experience for listening to music”
A percussionist who performs barefoot to feel the sound, on trying GroundWaves.
The kick, the drop and the bass line. Bring the feeling of a live gig to every playlist.
Every scene and every battle lands with weight, so the screen stops being the edge of the action.
Put the science of vibration to work for your performance and recovery.
Sound becomes sensation, taking you out of your head and into your body.
Live music, felt whatever your hearing, opening live sound to d/Deaf and hard-of-hearing audiences.
At the heart of every pair is our patented voice-coil actuator. Its power density lets a unit small enough to fit in a sneaker deliver ultra-low-frequency vibration you can feel, deeper than you can experience from a subwoofer.
GroundWaves has always pushed the boundaries of how we feel sound.
2017 SubStrike, our full-body haptic seat.
2008–2012
The eureka moment, and the start of our HD haptic actuator.
2016
Patent application for the world's first complete haptic system with vibration feedback.
2017
Public launch of SubStrike, our full-body haptic seat. Dame Evelyn Glennie tries it.

2018
Nick builds the first proof-of-concept sneaker: a modified Air Force 1 with a custom actuator. Chris Newman-Smart joins him as co-founder of GroundWaves.

2019
Patent application for a novel HD haptic actuator.
2020
The GroundWaves haptic sneaker video launches to the world.
2021
Named a CreaTech One to Watch by the Creative Industries Council, then represented UK fashion-tech as a GITEX Future Star in Dubai.
2022
Selected for Digital Catapult's FutureScope programme with Arrow Electronics.
2023
The world's first 3D-printed haptic sneaker: our first MVP, developed in partnership with MoonRabbit Adaptive Lab and Francisco Bernal, and printed in partnership with Carbon Inc. The same year brings a MyWorld challenge award with Nvidia to develop our patented haptic calibration system, and an Innovate UK Creative Catalyst grant to develop our actuator, benchmark it against competitors and run a footwear user study.

2024
Invited by the U.S. Embassy in London to pitch at SelectUSA, in the open tech category. Our MVP launches at Innovate UK's Climb24. Winner of the Elektra Awards Futurist Award.

2025
Invited by the Department for Business and Trade on a trade mission to SelectUSA and San Francisco. At SelectUSA, the shoes are tried by a senior U.S. government official.
2026
Dame Evelyn Glennie tries the haptic shoes she inspired.

Next
Launch. Join the waitlist to be among the first to feel it.
The neodymium at the core of every actuator comes from recycled magnets, rather than being newly mined. We've been working with HyProMag, whose recycling process has a 98% lower toxic legacy than making magnets from newly mined material.
Sustainable 3D printing means each pair is made on demand. No overproduction, no dead stock, no waste.
A modular build means a part that wears out can be taken apart and renewed, instead of the whole sneaker going in the bin.
The haptic actuator sits inside phones, game controllers, seats and wearables, and it is fundamentally unchanged. Our patented actuator is a new configuration that delivers unmatched haptic fidelity. The design scales up or down to suit your size requirements, so the same core can go into footwear, audio, gaming and beyond.
Talk to us about licensing
Founder and Chief Executive
“It has been my personal mission, and my passion, to bring you the best experience of sound possible.”
Since his eureka moment in 2008, Nick has spent eighteen years making sound something you feel as well as hear. He invented the SubStrike full-body haptic seat, and the patented actuator inside every pair of GroundWaves. He holds a BEng in Electrical and Electronic Engineering from Cardiff University, and a PhD in laser fusion energy target production from Cardiff in partnership with the Rutherford Appleton Laboratory.
Connect with Nick on LinkedIn