The LUV1 is a modular electric two-wheeler developed by Belgian startup ANY Mobility, designed as a “Life Utility Vehicle” for replacing short car trips in urban environments. The vehicle combines elements of an electric scooter, cargo bike, and lightweight motorcycle, built around a modular aluminum chassis that supports interchangeable body panels and configurable storage layouts. The main storage compartment offers 120 litres of integrated cargo space, positioned within the body of the vehicle rather than added externally.
The system uses dual swappable lithium-ion battery packs with a combined capacity of 6.5 kWh, mounted in a removable configuration for quick replacement. The motor produces 11 kW of peak power through a rear hub setup, with a top speed of up to 100 km/h and an estimated range of 100–140 km depending on configuration. Charging is carried out via a standard 220V outlet and takes approximately 2.5 to 4 hours.
Image Credit: ANY Mobililty
What's Driving This Trend
- Modular Urban Mobility
- A configurable chassis with interchangeable panels and storage layouts enables vehicles to be tailored for diverse urban use cases, reducing dependence on private cars for short trips.
- Swappable Battery Ecosystems
- Removable dual battery packs and standardized swapping can support rapid turnaround logistics and shared infrastructure for high-utilization micro-EVs.
- Integrated Cargo Two-wheelers
- Built-in 120L cargo compartments within a compact two-wheeler form factor present alternatives to small cars for cargo-carrying city travel.
Who This Affects Most
- Last-mile Delivery
- Smaller, faster-loading electric two-wheelers with sizable internal storage could change parcel routing economics and reduce curbspace needs.
- Urban Fleet Rental Services
- Fleet operators stand to benefit from modular vehicles that can be reconfigured by trip profile and quickly serviced through battery swapping.
- Lightweight EV Manufacturing
- Aluminum modular chassis and hub-motor architectures open pathways for lower-cost, scalable production of compact electric transport.
