Project Gamma

Jaguar Land Rover is building a prototype electric vehicle battery pack that doubles as part of the car’s structure, with cells that wirelessly report their own status. Today’s electric car batteries are heavy, take up space, and require complex wiring to monitor each cell. If a single cell overheats or fails, the whole pack can become unreliable. This project tackles that problem by integrating the battery cells directly into the vehicle’s load-bearing frame, saving weight and space. The cells will also communicate wirelessly with the car’s control system, eliminating wiring harnesses and allowing real-time health monitoring of every cell. If successful, the approach could make future JLR electric vehicles more efficient, more reliable, and easier to manufacture. For the UK, the project supports domestic suppliers of automotive battery components, helping to build a home-grown supply chain for electric vehicle production. The immediate impact is on manufacturing processes and vehicle design, not on the driving experience itself—drivers would simply get a car that goes further on a charge and is less likely to suffer battery-related breakdowns.