Centered on core actuation systems such as braking, steering, EMB, and chassis domain control, TEEMO has independently developed a high-redundancy by-wire architecture. This enables precise control and long-term stable operation, providing a reliable foundational capability for the engineering deployment of autonomous vehicles.
Platform-Level Integration Capabilities Enable Rapid Multi-Scenario Adaptation.
Through a modular skateboard structure and centralized control architecture, TEEMO achieves deep integration of propulsion, steering, braking, and control systems. The platform supports flexible scalability across different wheelbases, payload capacities, and vehicle body configurations — significantly improving the efficiency of large-scale replication.
Fully Redundant Safety Actuation Architecture
Comprehensive Redundancy Across Braking, Steering, Power, and Communication
Building a highly reliable chassis safety system purpose-built for unmanned commercial operations.
CCU Chassis Domain Control Platform
Multi-Functional Chassis Domain Control Architecture Integrating Control, Power, and Communication Systems
Delivering efficient response and simplified electronic architecture.
Purpose-Built for Real-World Deployment, Enabling Scalable Commercial Operations.
Built on automotive-grade, production-proven chassis platforms, TEEMO's functional autonomous vehicle ecosystem serves logistics, inspection, shuttle, and other key scenarios. Combined with standardized operations & maintenance systems and engineering validation capabilities, TEEMO drives unmanned applications from pilot testing to long-term, stable commercial operations.
