Belgian Startup Any Reinvents Urban Mobility With Modular 120-Liter Cargo E-Motorcycle

Belgian EV startup Any has unveiled LUV1, a modular electric motorcycle featuring 120 liters of integrated storage capacity designed for tools, gear, cargo, and domestic pets. Engineered to replace short car trips in congested cities, the utility-driven vehicle merges the agility of a two-wheeler with the load-carrying capacity of a compact hatchback trunk.

Rethinking the Cargo Dilemma in Urban Two-Wheeler Mobility

Two-wheeler electric mobility has historically prioritized sleek aerodynamics and lightweight passenger commuting at the expense of utility. Most standard urban scooters offer between 15 to 30 liters of under-seat storage—barely enough space to hold a single full-face helmet or a compact backpack. Riders who need to carry heavy equipment, commercial delivery loads, or daily groceries have long relied on flimsy aftermarket top-boxes that compromise vehicle balance and safety.

Belgian startup Any challenges this design paradigm with LUV1. By building the chassis around a modular 120-liter central compartment, the company moves cargo management from an afterthought to the structural core of the vehicle. This expanded capacity quadruples the volume found on standard light electric motorcycles, offering an alternative for city dwellers looking to ditch four-wheeled vehicles without sacrificing daily hauling capacity.

Engineering Modular Versatility for Modern Gig Workers and Commuters

The core innovation behind LUV1 lies in its modular utility frame. Rather than offering a fixed cargo box, Any built an adaptable locking deck system that reconfigures based on rider demands. The 120-liter space accepts specialized inserts: weather-sealed courier trunks for last-mile delivery drivers, padded tool organizers for mobile tradespeople, secure passenger luggage bays, and ventilated transport modules engineered specifically for pets.

Positioning heavy cargo low within the frame solves a fundamental physics problem that has plagued urban delivery fleets. Traditional rear-mounted delivery boxes elevate the vehicle's center of gravity, causing instability during high-speed cornering and sudden braking. LUV1 keeps the cargo mass centered between the wheels, maintaining natural handling characteristics even when fully loaded to its weight limit.

The Global Economics of Commercial Last-Mile Fleet Adoption

Urban delivery logistics represent one of the fastest-growing sectors in global transport, driven by quick-commerce platforms and same-day delivery demands across Europe, Asia, and the Middle East. Fleet operators face mounting pressure from urban low-emission zones, rising fuel expenses, and severe traffic congestion. Petrol-powered commercial delivery bikes cost operators thousands annually in fuel and routine maintenance, while light commercial vans spend hours idling in gridlock.

LUV1 targets this operational sweet spot. With electricity costs running a fraction of fossil fuel expenses and zero direct tailpipe emissions, fleet logistics managers lower operating costs per kilometer while meeting strict municipal clean-air mandates. The 120-liter capacity allows a single rider to complete multiple delivery routes without returning to a central depot, increasing daily driver productivity and parcel throughput.

Who Wins in the Shift to High-Utility Light Electric Vehicles

The rise of high-capacity electric two-wheelers creates clear winners across the urban transport ecosystem while pressuring traditional manufacturers:

• Gig Economy Couriers: Drivers gain double the carrying capacity of standard delivery mopeds without sacrificing the speed and lane-filtering agility needed in dense traffic.
• Urban Micro-Businesses: Artisans, plumbers, mobile technicians, and dog grooms obtain a low-cost alternative to expensive commercial vans.
• Legacy Gas Scooter Makers: Traditional manufacturers relying on simple internal combustion engine designs risk losing market share to tech-driven modular platforms.
• Aftermarket Storage Brands: Demand for unstable third-party plastic top-boxes decreases as OEMs integrate high-volume cargo bays directly into chassis designs.

By transforming an electric motorcycle into a heavy-duty urban tool, Any demonstrates that light electric vehicles can handle real-world utility work without forcing drivers into cars.

Frequently Asked Questions

What is the cargo capacity of the Any LUV1 electric motorcycle?

The Any LUV1 features an integrated 120-liter modular cargo space built directly into the frame. This volume is roughly four times larger than standard light electric scooters.

How does integrated cargo storage improve electric motorcycle stability?

Unlike traditional top-boxes mounted high on the rear rack, the LUV1 places cargo low and centered between the wheels. This design lowers the center of gravity and maintains handling safety.

Which users benefit most from the Any LUV1 modular system?

The vehicle targets gig economy delivery drivers, mobile artisans, urban commuters, and pet owners who require substantial carrying capacity without using a car.