Our Capabilities

Scalable
Battery Systems

Designed for lightweight, high-power applications. From urban mobility to high-performance concepts.

Physics-Informed Machine Learning

Enabling lifetime prediction, usage adaptation, and early-fault detection.

Control and Integration Expertise

Supporting drivetrain, chassis, and energy management systems across diverse platforms.

Rapid Engineering and Prototyping

Bringing complex subsystems from spec to test in compressed timelines.

Close-up of a gray vehicle's rear wheel and side panel with a blue-lit handle.
Applications

From urban air mobility to autonomous vehicles, our systems are built for the full range of next-generation movement.

01

eVTOL, UAV, and Urban Air Mobility

02

Autonomous and Connected Vehicles

03

Fleet Operations

04

Performance EV Prototyping

Close-up of man wearing glasses reflecting colourful physics informed machine learning charts on a screen in front of him.
Close-up of an electric vehicle charging port with a plugged-in charging connector and blue indicator lights.
Technology Highlights

The tools and systems that make it work.

Compact, thermally managed pack designs

Integrated BMS with live diagnostics and AI control logic

Simulation-ready digital
twin models

Architecture designed for
rapid iteration and
compliance alignment

Self-driving car stops at crosswalk as pedestrian walks across the street in dark lighting.