Carbon Architecture
Carbon transforms vehicles from collections of hardware into software-defined machines.
The Carbon Architecture is a unified ecosystem of:
Carbon Core
The centralized compute infrastructure for intelligent software-defined vehicles.
Carbon OS
The operating system that transforms hardware into a programmable platform.
Carbon SDK
Developer tools for building and deploying vehicle-native software.
Carbon Tools
Platform management for deployment, operations, and lifecycle control.
Carbon Apps
Modular capabilities that extend vehicle functionality over time.
Carbon Link
The communication layer that unifies vehicle systems into a single architecture.
Operational Energy
Operational energy is delivered through a modular hybrid-electric architecture that combines onboard energy storage, intelligent power management, and scalable propulsion systems to provide sustained performance across diverse mission profiles.
Propulsion Systems
Hybrid APU (Auxiliary Power Unit)
Power Output: 50kW to 240kW
Electric Motor
Power Output: 150hp to 1140hp
Energy Storage Systems
Modular energy storage systems that integrate seamlessly with the Hypercraft powertrain, delivering intelligent power management and persistent energy availability.
HyperPack
Energy Capacity: 6.7kWh to 23.7kWh
