Become our partners

We are building a partnership map around the technologies and operating systems required for a pure-electric 24-hour endurance race.

• 01

  Battery & Charging

  High C-rate energy systems capable of repeated fast charging, hard discharge, and thermal stability across a full endurance race.

  • High-output cell chemistry and pack architecture
  • Immersion or advanced liquid cooling for tight temperature control
  • Megawatt-class charging interfaces, safety systems, and pit procedures

• 02

  Powertrain & Power Electronics

  Efficient electric drive systems that turn battery energy into repeatable lap time without sacrificing reliability.

  • Electric drive units, inverters, converters, and high-voltage junction systems
  • Torque-vectoring, brake-by-wire, and vehicle dynamics control
  • Endurance-grade validation for vibration, heat, and lateral load

• 03

  Semiconductor & Edge Compute

  From power semiconductors to memory and neural chips, the car needs compute that can predict, control, and survive at race pace.

  • SiC and advanced power devices for efficient drivetrain control
  • High-speed memory and telemetry pipelines for dense race data
  • Edge AI processors for real-time prediction, anomaly detection, and control

• 04

  Data, AI & Race Strategy

  AI-powered probability models for faster decisions, connecting energy use, pit timing, weather, traffic, and safety-car scenarios.

  • Live telemetry fusion across battery, drivetrain, weather, and track data
  • Race simulators for stint planning, charging windows, and risk tradeoffs
  • Digital twins for battery degradation, cooling demand, and performance forecasting

• 05

  Robotics & Pit Operations

  Robotics can make the future electric pit lane faster, safer, and more repeatable under high-voltage constraints.

  • Automated inspection for connectors, cooling systems, tires, and chassis surfaces
  • Robotic support for charging alignment, cable handling, and pit-lane safety
  • Validation rigs for repeatable testing before race-week deployment

• 06

  Vehicle Systems & Materials

  The electric endurance car is a system problem: mass, tires, cooling, structure, braking, and safety must develop together.

  • Composite structures and structural battery integration to reduce mass
  • Thermal management across cells, motors, inverters, brakes, and cockpit systems
  • Tire, chassis, and control-system tuning for instant electric torque delivery

• 07

  Sustainable Power & Carbon

  A zero-carbon racing concept needs clean energy beyond the car, including track-side power, storage, and lifecycle accounting.

  • Renewable track-side power and mobile battery storage for charging operations
  • Carbon accounting across manufacturing, transport, race operations, and recycling
  • Circular material strategy for packs, composites, tires, and electronics

• 08

  Capital & Commercial Infrastructure

  The project needs financing and storytelling structures that can turn deep engineering into a durable race platform.

  • Green capital, infrastructure finance, and long-horizon project funding
  • Partner reporting that translates technical progress into business value
  • Fan, media, and data products that make electric endurance racing understandable

To inquire email: [email protected]