
Yilada
Wuhu Yilada Radar Technology Co., Ltd. is a Sino-foreign joint venture high-tech enterprise dedicated to the research and development, design, production, and sales of professional in-vehicle millimeter-wave radar systems. The company possesses many years of experience in the research and development, design, and manufacturing of millimeter-wave radar systems both domestically and internationally. Since its establishment, the company has received numerous honors, including the Gaogong Intelligent Vehicle Golden Globe Award, recognition in innovation and entrepreneurship competitions, and designation as a high-tech incubatee enterprise.

Millimeter-wave radarCore Technologies
Hardware for a Radar System with Independent Intellectual Property Rights

Autonomous Radar Signal Processing Algorithms

Standards for In-House Development of Test Equipment

Corner Radar
Corner radar is a type of radar designed to detect targets over a wide angle and at medium-to-short ranges. It utilizes phased-array antenna elements to achieve directional beamforming and control by adjusting phase and amplitude, enabling rapid scanning of a wide angular range for simultaneous detection of multiple targets within the same time interval. It can output point clouds with pitch angle information while simultaneously providing target tracking data, and features excellent interference resistance.
Forward-looking radar
The forward-looking radar is a radar system designed to detect targets at medium to long ranges. It features multi-target detection and can output a point cloud with pitch angle information while simultaneously providing target tracking data to help the driver or the driving system identify obstacles ahead and avoid collisions. It also offers excellent resistance to interference.
Vital Signs Monitoring
The Vital Signs Detection (CPD) radar is an in-cabin vital signs detection system that effectively identifies children or pets left inside a vehicle by monitoring vital signs such as breathing and heartbeat, and issues an alarm to alert the driver. It can also be expanded to include functions such as in-cabin occupancy detection, driver breathing and heartbeat monitoring, health and elderly care, and smart home integration.
Side Door Collision-Avoidance Radar
Side-door collision-avoidance radar is primarily used for obstacle avoidance when opening doors. It monitors and identifies the environment around the doors in real time, detecting potential collision risks in advance and taking evasive action. While the door is opening, the radar automatically identifies the position and height of obstacles and ensures safe door operation through audible and visual alerts, as well as door control mechanisms. It can also work in conjunction with the automatic parking system to accurately sense the surrounding environment.
Kick-to-Open Tailgate Radar
The kick-to-open trunk radar is designed to automatically open and close the trunk within a designated area when the driver’s hands are occupied, by detecting a kicking motion.
24G Flow Meter Radar
The 24G traffic flow radar is a non-contact device that uses the FMCW (Frequency-Modulated Continuous Wave) system to track, identify, and detect targets. It provides basic traffic information such as vehicle speed, vehicle direction, traffic volume, lane occupancy, traffic congestion, and vehicles traveling in the wrong direction. It offers all-weather, round-the-clock monitoring and is easy to install. It is applied across a variety of traffic service systems, providing accurate, reliable, and real-time traffic condition information for adaptive systems and management in smart transportation.
EX360 LiDAR
This is a high-performance 360° panoramic perception product that employs a mechanical hemispherical scanning solution, covering a 360° horizontal field of view and a wide-angle vertical field of view to achieve blind-spot-free perception. With its ultra-high point cloud density, precise ranging, and high reliability, the EX360 comprehensively enhances the environmental perception capabilities of intelligent driving systems on complex urban roads and in low-speed scenarios, while also empowering perception capabilities across various mobile robot applications. Its flexible deployment, durable design, and excellent cost-performance ratio make it an ideal choice for mass deployment in autonomous driving and robotic applications.





