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The AutoBots-W7 is a Commercially Mass-Produced Intelligent Chassis
Reliable, redundant, and safe, with an open and scalable architecture. Adopting the skateboard chassis design philosophy of separating the upper and lower body, this automotive-grade universal chassis can accommodate various swap body applications. Empowered by an autonomous driving development platform and a connected vehicle big data platform, the AutoBots-W7 is capable of L4 autonomous driving.
Outstanding Performance Design & Multi-Level Safety Configuration
The AutoBots-W7 is highly modular and intelligent, delivering outstanding performance, including:
- Ultra-Low Energy Consumption
Optimized matching of the electric drive system and low-power chassis management - Precise Steering
High-precision steer-by-wire gear with closed-loop angle control – steady-state error <1° - Rapid Braking
Self-developed braking system with brake response delay <40ms and maximum hydraulic pressure build-up time ≤200ms - Chassis Domain Control System
Centralized algorithm computation, safety logic design, data transmission, and interaction - Central Safety Gateway Design
Central safety gateway architecture enhancing the safety and compatibility of the drive-by-wire chassis - High-Reliability Power Supply System
Power system tailored to chassis characteristics, ensuring stability and reliability. Voltage/current regulation precision and ripple coefficients are adaptable to various autonomous driving system components.
Cloud Operations & Maintenance
Intelligent remote management system with real-time fault diagnosis
As the vehicle's support and core structural component, the chassis plays a critical role in vehicle performance and reliability.
The AutoBots-W7 skateboard chassis is equipped with three major intelligent systems for more intuitive human-machine interaction. Multiple预留的控制及反馈接口 enable the application and development of a wider range of autonomous driving products.
In addition, the TEEMO team has equipped the AutoBots-W7 with a BMS backend management system, enhancing the chassis's outstanding performance and functionality to ensure stability and reliability during vehicle operation.
The system analyzes chassis data and generates reports, providing detailed information on performance, efficiency, and health status to help operators make better decisions.
It enables real-time monitoring of vehicle information, tracking vehicle behavior and performance, and offers vehicle tracking and location services, allowing backend management personnel to know the real-time location and route of vehicles.
With remote OTA (Over-the-Air) upgrades, the system can update vehicle software at any time, remotely adjust and update control software algorithms in real time, significantly reducing communication and debugging time while lowering user-side costs.
