Femtosecond comb laser The femtosecond comb laser, which has the characteristics of precise repetition frequency customization, concise indication panel, simple operation, small size (close to an A4 paper), independent use, low noise, long-term stable output, full polarization-maintaining fiber structure, insensitivity to environmental vibration, etc., can be used for optical frequency measurement, time-frequency transmission, ultra-stable microwave generation, and high harmonic generation (HHG), etc.

Skateboard wire-control chassis The skateboard wire-control chassis uses LiFePO4. The motor controller uses a hub motor, matched with a motor controller scheme. The travel control is in two ways, namely remote control and auto drive system. And advanced driver assistant systems of electronic power steering (EPS), CP-EPB electronic caliper parking, ESP, ABS anti-lock brake system are employed.

Laser radar This laser radar is a 192-unit hybrid solid-state laser radar with diverse installation options. With the maximum detection distance of 300m, the super wide field of 120°×25°, and the ultrahigh resolution of 0.16°×0.13°, it can be used for high-speed trunk line perception, passenger car perception, etc.

Hydrogen power teaching platform The hydrogen power teaching platform, which adopts wrapped carbon fiber reinforced composite cylinders with aluminum liners, liquid-cooling proton exchange membrane fuel cell, boost DC/DC converter, and LiFePO4, etc., can be used for conducting hydrogen cell system structure cognitive learning, and practically displaying hydrogen cell system and complete vehicle operation process.

Hydrogen cell hybrid electrical vehicles The hydrogen cell hybrid electrical vehicle adopts wrapped carbon fiber reinforced composite cylinders with aluminum liners, forced-aircooling and self-humidification proton exchange membrane fuel cell, boost DC/DC converter, and ternary lithium battery, etc. The product of its hydrogen-oxygen electrochemical reaction is water, with zero pollution; The fuel adding time is short, only 3-5min; And the fuel cell system has high efficiency, ranging from 45% to 60%.

Dual-optical comb absolute distance meter This dual-optical comb absolute distance meter, as the first high-performance and high-reliability optical frequency comb absolute distance meter in China, has the characteristics of wide-range absolute distance measurement, high accuracy, high measurement speed, and on-site traceability of measurement values. It supports industrial field remote detection, with micrometer-level full-range absolute distance measurement accuracy and results traceable to the atomic clock frequency standard. It achieves the independent full-chain development and integration of optical frequency comb light source, distance measurement light path, and signal acquisition and processing module.

Intelligent automotive-grade teaching platform The equipment can achieve the functional testing, development, and verification of various automotive-grade autonomous driving scenarios such as RTK tracking, laser radar SLAM tracking, environmental perception recognition, path planning and decision-making, and automatic obstacle avoidance, etc. through the environmental perception sensors such as wire-control chassis, laser radar, ultrasonic radar, millimeter wave radar, camera, and inertial integrated navigation, etc.

Intelligent simulation sandbox The platform, integrating autonomous driving sandbox, digital twin, and intelligent sandbox car, is an autonomous driving study platform for teacher teaching and student learning in major colleges and universities. It can achieve the learning and display of multiple principle-level autonomous driving functions such as ADAS single car intelligence and V2X, etc. At the same time, a tool chain has been formed with various development platforms, simulation software, deep learning, etc. for innovative research and development and testing.

Intelligent fake vehicle for car field tests This testing equipment can simulate the detection characteristics of the visual sensors, millimeter-wave radars, laser radars, and ultrasonic sensors of real vehicles. It is easy to assemble and will not damage the tested vehicle in case of collision. With a maximum speed of 80km/h and a path tracking accuracy of ± 10cm, it greatly improves the safety and efficiency of tests.