LEVE Mobility presents
One Battery Format.Many Applications.
SWAPACK is a modular battery-swapping platform designed for light electric mobility, mobile energy, and intelligent charging infrastructure.
The Challenge
A Fragmented Landscape Holding Back Electric Mobility
"Every manufacturer. Every format. Every time."
The light electric mobility sector is defined by proprietary battery formats — each OEM, each platform, each application demanding its own incompatible system. The result is a market fragmented by design.
Proprietary Lock-In
Each OEM deploys its own battery format, making cross-platform compatibility impossible and driving up costs for operators.
Infrastructure Duplication
Charging and swapping networks must be rebuilt from scratch for every vehicle type, wasting capital and slowing adoption.
End-of-Life Waste
Without a common standard, battery modules become stranded assets — difficult to repurpose, recycle or redeploy.
The Platform
SWAPACK — A Shared Interface for the Electric Age
SWAPACK is a proprietary interface architecture under development by LEVE Mobility. It is designed to enable a single battery format to serve multiple vehicle types, applications and operators — reducing fragmentation, lowering total cost of ownership and unlocking new models for energy sharing and circular deployment.
Universal Compatibility
Designed from the outset to serve diverse platforms: from compact urban vehicles to professional equipment and beyond.
Swap-Ready by Design
SWAPACK's architecture is optimised for rapid battery exchange, enabling operational continuity without lengthy charging stops.
Intelligent Infrastructure
The platform is conceived to integrate with smart charging and energy management systems, supporting grid-responsive deployment.
Circular by Architecture
A shared format enables batteries to be redeployed, repurposed and recycled across the full ecosystem — not stranded in proprietary silos.
SWAPACK is currently in development. Specifications and applications remain subject to engineering validation.
Applications
One Format. Countless Platforms.
SWAPACK is being designed to serve a broad range of light electric mobility and energy applications.
Compact Urban Vehicles
City-optimised EVs and micro-mobility platforms where fast battery exchange transforms operational economics.
Cargo Cycles & Delivery
Last-mile logistics operators demand uptime. SWAPACK's swap architecture keeps fleets moving without depot charging delays.
Quadricycles
L-category quadricycles represent a growing urban mobility segment — SWAPACK is designed to serve this platform class.
Motorcycles & Mopeds
Two-wheel platforms across commuter, delivery and leisure segments, where battery swap unlocks new ownership and fleet models.
Professional Equipment
Beyond mobility: ground support equipment, mobile power tools and off-grid professional applications where reliable, swappable energy matters.
Future Marine Mobility
SWAPACK's architecture is being explored for light marine applications — a nascent but significant frontier for zero-emission waterborne transport.
Application suitability is subject to ongoing engineering validation. Not all applications are confirmed for initial deployment.
Test Bed
eMoTria — The First SWAPACK Test Bed
eMoTria is LEVE Mobility's compact electric quadricycle concept and the initial vehicle platform through which SWAPACK's interface architecture is being developed and validated. As the first real-world test bed for the SWAPACK system, eMoTria represents the convergence of vehicle design and energy platform thinking — a proving ground for what a swap-ready future can look like.
eMoTria is a development vehicle. Commercial specifications have not been confirmed.
Circularity
Built for Circularity. Designed to Last.
Redeploy
When a battery module reaches end-of-vehicle-life, a shared format enables redeployment into stationary storage or alternative platforms.
Repurpose
SWAPACK's architecture is conceived to support second-life applications — extending battery value beyond the first use cycle.
Recycle
A common format simplifies end-of-life processing, reducing the complexity and cost of responsible battery recycling at scale.
"Circularity is not an afterthought in SWAPACK — it is a design principle."
Development Roadmap
Development Roadmap
SWAPACK is progressing through a structured development programme. Key milestones are outlined below.
Phase 1 — Concept & Architecture
Interface architecture definition, application landscape mapping, and initial platform concept development.
Phase 2 — Engineering Validation
Prototype development, eMoTria test bed integration, and engineering validation programme.
Phase 3 — Partner Engagement
Founding partner programme launch, application partner onboarding, and ecosystem development.
Phase 4 — Platform Deployment
Initial platform deployment with founding partners, infrastructure rollout, and commercial programme launch.
Timeline is indicative and subject to change. SWAPACK is currently in development.
Partnership Pathways
Become a Founding Partner
SWAPACK is building an ecosystem of partners who share the vision of a unified battery platform for light electric mobility. We are now inviting expressions of interest from:
Vehicle Manufacturers
OEMs and platform developers designing SWAPACK compatibility into next-generation light electric vehicles.
Fleet Operators
Logistics, delivery and mobility operators seeking to reduce battery TCO and improve operational uptime through swap-ready fleets.
Infrastructure Providers
Energy, charging and mobility infrastructure businesses exploring swap-network deployment and grid-integrated energy services.
Research Institutions
Universities, innovation centres and research bodies contributing to battery technology, circular economy and mobility systems.
Investors
Strategic and financial investors aligned with the long-term opportunity in unified battery infrastructure for light electric mobility.
Ready to shape the future of light electric mobility?
[email protected]FAQ
Frequently Asked Questions
The Battery Platform for Light Electric Mobility Starts Here.
Join the founding partner programme and help define the future of unified battery infrastructure.
[email protected]Get in Touch