Lonwel's vehicle dynamics testing equipment complies with national standards including GB 6323-86 Test Methods for Motor Vehicle Handling and Stability and GB/T 12540-2024 Measurement Methods for Minimum Turning Diameter, Turning Channel Circle and Tail Swing of Motor Vehicles and Vehicle Combinations. The system can measure tail swing, turning diameter, steering force, steering angle and other parameters, and is suitable for vehicle and trailer testing. 

With a horizontal positioning accuracy of 10mm + 1ppm and a sampling rate of 100Hz, the system offers wireless operation, portability and rapid deployment. It meets the needs of automotive manufacturers and testing organizations for R&D and certification testing, delivering stable and reliable performance. 

Lonwel's integrated navigation system adopts a GNSS+INS deeply coupled architecture and incorporates a high-precision IMU. It supports dual-antenna heading determination and RTK centimeter-level positioning. 

Designed to automotive-grade standards, the system operates reliably in harsh environments such as high temperatures, high humidity and severe vibration conditions. Its modular and customizable design offers a compact footprint and low power consumption, making it suitable for intelligent driving, UAVs, surveying and mapping, and other applications. Continuous navigation can be maintained even under signal obstruction. 

Lonwel's UAV motor testing equipment is compact, lightweight and easy to deploy. Equipped with high-precision sensors, it provides highly accurate measurements and precise speed and temperature detection. 

The system supports thrust testing from 5kg to 300kg, and propeller torque testing from 3Nm to 100Nm. 

Dedicated Windows-based measurement and control software enables real-time data acquisition, curve plotting, data storage and analysis. An integrated safety guard ensures safe and efficient operation, making the system suitable for UAV R&D and testing. 

Lonwel's UAV wind resistance testing equipment adopts a modular fan-array design with an adjustable wind speed range of 0-16m/s. 

Individual fan control enables the simulation of various wind conditions and dynamic wind profiles. The system is equipped with Windows-based control software for easy operation. With its standardized structure and precise environmental simulation capability, it can accurately reproduce outdoor wind scenarios and meet the requirements of UAV wind resistance development and testing. 

Booth 8080