We didn't compromise
weight for power.
Dual 350W high-torque motors reach 16 mph and climb hills with loads up to 120 kg — all packed into under 2 kg.
GLYDZ transforms any pair of shoes into a powered mobility device. Glide at 16 mph, climb hills, and carry it in your backpack.
Recognised by
Dual 350W high-torque motors reach 16 mph and climb hills with loads up to 120 kg — all packed into under 2 kg.
A patented chassis machined from aircraft-grade aluminum. Built to shrug off the daily commute and last for years.
A UN38.3-certified lithium-ion cell — making GLYDZ that rare personal mobility device you can legally carry onto a plane.
7 versions. 3 years from first sketch to working product. Every component obsessed over so the whole drivetrain folds neatly into your backpack.

Dual 350W motors reach 16 mph while climbing hills with loads up to 120 kg. Heavy? Absolutely not — we compacted insane power into just 2 kg, controlled by a 2.4 GHz wireless throttle and electronic brake.

Each sole weighs under 2 kg and fits easily in your backpack. No more parking, no more theft — your transportation stays with you, everywhere you go.
The EV you can actually take on a plane
Front steering and a stable wheelbase translate your body's lean into smooth, intuitive control. ~400 people have ridden V1 across 300+ test rides — no skating experience, and no falls. Ultra-bright safety lights keep you seen after dark.
From shock-absorbing wheels to ultra-bright safety lights — nothing is an afterthought.
High-mobility staff cover 10–15 km a day on foot; commuters lose the same minutes between the transit stop and the door. GLYDZ targets a 50% cut in that transit time.
No docks, no charging bays, no parking, nothing to lock up. Set the straps to your shoe once — after that you slide your foot in, pull the strap tight and go. It leaves with you.
Pedestrian-only zones, terminals, factory floors, aircraft cabins. Speed is software-locked to a walking pace indoors and opens up to 16 mph outside.
Where you can ride. Cycle lanes at up to 25 km/h, and sidewalks at up to 6 km/h. Rules differ from one city and country to the next — check your local ones before you ride. We strongly recommend a helmet.
Charge from any classic USA or EU socket.
* Typical real-world range (TRR) — measured in everyday mixed conditions, not a laboratory best case. Actual range varies with rider weight, gradient, surface quality and riding style. We publish a conservative figure we can repeat rather than a maximum we cannot; most riders meet or exceed it.
Each pair is hand-built in Spain — a patented, one-of-a-kind production method paired with aerospace-grade aluminum. Finishing every pair by hand is how we guarantee quality, and it lets us customise them to fit exactly what our B2B partners need. Not just revolutionary, but built to last.
"I spent three relentless years engineering the perfect electric soles. Everyone told me it was impossible. But I knew the future of commuting needed to change — so I built it myself."Tanguy Audouin, Founder & CEO — Madrid, Spain
Kitting out a fleet or a campus? Talk to our team. Riding solo? We'll take you to the rider page.
Built for teams that cover ground on foot all day — the crews who swap Lime batteries, last-mile and field ops, campuses, warehouses and hospitality. Anywhere the distance is too short to drive and too long to walk. Volume pricing and a dedicated partner.
For orders of 10+ units. We'll be in touch within 2 business days.
Buying a single pair for yourself? Everything for individual riders — including how to reserve yours — lives on our rider page.
Takes you to our rider page.