High-Precision Turntable for Autonomous Vehicle Testing

The high-precision turntable for autonomous vehicle testing and calibration is an advanced equipment designed to achieve automated, accurate rotational testing of self-driving vehicles. Powered by a servo motor, it delivers exceptional rotational precision and stability. This turntable is widely used by autonomous vehicle manufacturers in two key stages: post-production testing and prototype calibration during the design phase. By enabling precise alignment and testing of sensors, navigation systems, and algorithms, it plays a crucial role in ensuring the performance and reliability of autonomous vehicles.

Specification

Model	BXZ5.0-5.0
Loading Capacity	5000kg
Platform Diameter	5000mm
Max. Rotation Speed	1 r/min
Min. Rotation Speed	0. 167r/min
Step Angle	10° (error ≤±0.5°)
Platform Unevenness	≤±4mm
Self Height	700mm
Weight	4100kg
Motor Type	Servo Motor
Application	Autonomous Vehicle Testing
Note: The above parameters are for reference only, all products can be customized

Features

High Precision: The system ensures exceptional rotational accuracy through the incorporation of cutting-edge servo motor technology. This advanced design minimizes deviations, providing precise and repeatable performance for even the most demanding calibration and testing requirements.
Automated Operation: Engineered for seamless integration into automated workflows, the system enables full control via advanced software interfaces. Its automation capabilities enhance efficiency and consistency, reducing human error and optimizing testing processes.
Sensor Integration: Fully compatible with a wide range of sensors, including LiDAR, cameras, radar, and Inertial Navigation Systems (INS), the platform supports comprehensive calibration solutions. This versatility makes it suitable for various autonomous vehicle applications, ensuring accurate sensor alignment and performance.
High Load Capacity: Built with robust materials and a durable structure, the system is capable of handling a variety of vehicle sizes and components. Whether it’s lightweight modules or heavy-duty assemblies, its high load capacity ensures safe and stable operation throughout the testing process.
Stable Performance: With a focus on durability and reliability, the system delivers consistent, smooth, and stable performance, even during prolonged operations. Its robust design ensures minimal maintenance and downtime, making it an ideal choice for long-term calibration and testing needs.