Trip Technologies — Shared Fat-Tire E-Bike
The first dockless intelligent fat-tire e-bike designed for rideshare — engineered for a 5-year public-use lifecycle, IoT-enabled, and built to solve micro-mobility's core problems of durability, maintenance cost, and safety.
Shared micro-mobility has a structural problem: the bikes that operators deploy aren't built for public use. Thin-tired scooters and docked bikes suffer from short lifecycles, high maintenance costs, and safety concerns — leading to widespread loss of confidence in micro-mobility as a profitable, scalable business. Trip Technologies was founded to solve this from the hardware up.
Trip engaged ZÆT to design the bike itself: the first dockless intelligent fat-tire e-bike purpose-built for rideshare. The brief was demanding — a 5-year lifecycle with annual-only servicing, zero-puncture airless tires, a maintenance-free belt drive, in-field swappable batteries, and a full IoT stack integrated into the frame for geo-fencing, anti-theft, virtual parking, and a programmatic LED advertising screen.
ZÆT designed every aspect of the physical bike: the triple-coated steel frame, fat tire geometry for all-weather stability, front and rear suspension, hydraulic disc brakes, belt drive, swappable battery architecture, and the physical integration of the IoT and display hardware.
How ZÆT was involved
Define Direction
· Micro-mobility market analysis
· Competitive positioning
· Product definition:
· 5-year lifecycle target
Build the Foundation
· Full bike redesign
· Steel frame specification
· Airless tire technology integration
· Belt drive specification
· IoT hardware integration
Execute and Launch
· Launch market strategy
· Revenue model: ride revenue, DTC/DTB bike sales, and PaaS subscriptions
· Partnership strategy
The Result
