Electric Vehicle Chassis &
EV Skateboard Platform
Technical specifications for the Olympus Electric Chassis Kit. A modular, rolling platform for EV manufacturing.
Electric Chassis
The electric vehicle chassis is the structural base of the EV. It incorporates the battery frame, suspension subframes, and crash structures into a unified, rigid platform ready for body integration.
EV Skateboard Platform
The EV skateboard platform design places all propulsion components—motors, inverters, and batteries—below the floor. This creates a flat surface ("skateboard") that maximizes cargo volume and design flexibility.
Electric Chassis Kit
Our electric chassis kit is delivered as a fully functional rolling chassis. It includes the high-voltage battery system, thermal management, and drive-by-wire controls, pre-validated for road use.
Modular EV Platform Architecture
The Olympus electric chassis utilizes a modular architecture. This allows for wheelbase adjustments (183" to 196") to accommodate different vehicle segments, from SUVs to light commercial vans, without altering the core powertrain design.
Industrial & Commercial Applications
The flat-floor architecture of the Olympus EV skateboard platform provides a versatile foundation for specialized industries. By decoupling the chassis from the body, the platform enables rapid development of purpose-built vehicles.
1. Film & Entertainment
Action Vehicle Platform: For the film industry, building custom "hero cars" traditionally requires modifying ICE vehicles. The Olympus chassis serves as a drivable "movie car platform" where any 3D-printed or fiberglass shell can be mounted. Its drive-by-wire system allows for remote operation during dangerous stunts.
2. Construction & Agriculture
Heavy-Duty Utility: In construction and farming, vehicles require high torque and modularity. The electric chassis provides instant torque for towing and a low center of gravity for stability on uneven terrain. Custom "top hats" can be installed for specific tasks, such as crop spraying, material transport, or mobile power stations.
3. Autonomous Logistics
Robo-Van Architecture: The platform is "robot-ready." Its flat floor creates maximum volume for autonomous delivery vans or mobile lockers. The digital control interface (CAN bus) allows for seamless integration with third-party autonomous driving software stacks for campus or last-mile delivery applications.
Integration for OEMs
Using a pre-engineered EV skateboard platform allows manufacturers to reduce development cycles by 24-36 months. The chassis communicates via standard CAN bus protocols, simplifying the integration of the "top hat" (body) electronics with the skateboard's VCU.
