Future Mobility Lab
Technology powering electric and hybrid mobility
Our R&D ecosystem blends battery chemistry, software-defined drivetrains, and energy intelligence to deliver sustainable performance for every environment.
Platform Strategy
Modular architectures without badge limits
We build electric and hybrid bases that any brand can adopt while keeping its own driving character.
Pure electric skateboard
Structural battery packs integrated into casting nodes ensure high rigidity and lounge-like cabins.
- 800V and 400V variants for ultra-fast charging.
- Inverter-ready e-axles from 150 to 450 kW.
- Redundant safety logic aligned with ISO 26262.
Intelligent hybrid bridge
High-efficiency combustion engines partner with compact motors for extended range and low emissions.
- Drive-mode predictions in 0.3 seconds.
- Multi-mode gearboxes with oil-cooled clutches.
- Route-aware energy planning fed by cloud data.
Energy orchestration layer
Vehicle-to-home, fleet, and grid services that make every kilowatt accountable.
- Unified V2L and V2G controller.
- Active thermal management for hot climates.
- Energy APIs for fleet operators and smart-city hubs.
Research loops
Engineering circles focused on tomorrow
Materials & thermal science
Lightweight alloys, recycled composites, and two-phase cooling circuits.
Software-defined performance
Central controllers that tune steering, suspension, and torque split in real time.
Sustainable supply chains
Digital twins that track carbon and rare materials across every stage.
Development journey
From lab concept to public road
Co-discovery
Workshops connecting material scientists, software engineers, and urban planners.
Digital twins
Simulation of heat, load, and infrastructure readiness.
Validation loop
Hot & cold proving grounds, aero tunnels, and live NVH capture.
Phased deployment
Pilot fleets with AI-assisted OTA updates.
Ready to co-create the next mobility chapter?
Our teams partner with energy providers, governments, and developers to accelerate smart transportation.