Low-altitude Aircraft Stereo Vision Camera

A 30cm interocular distance is the longest in the industry, three times that of a conventional binocular camera. It breaks through the problem of large module deformation and improves the accuracy of long-distance ranging. With 8 million pixels and high resolution, the images are clearer. The optical structure stability is at the um level, with strong shock resistance and wide temperature difference adaptability. The latest Lofic imaging technology has a dynamic range of 140dB and good night vision imaging effect. It is of automotive-grade quality, with high reliability and stability. At a distance of 100m, the accuracy reaches 3%, supporting the aircraft to achieve centimeter-level obstacle avoidance in complex airspace.

ADAS Stereo Camera for Commercial Vehicles

Automotive-grade certified and equipped for vehicle deployment, this stereo camera supports configuration based on real project needs. Front ADAS functions cover L0-L2 assisted driving and higher-level autonomous driving scenarios, with continuous product innovation driven by industry pain points.

8MP Front-view Triple-camera

A long focal length lens has been added to the binoculars. Within the wide temperature range of -40℃ to 95℃, the parallelism error of the binoculars is controlled to be no more than 0.1 pixel, with a high precision standard. The actual binocular calibration index redundancy is controlled within 0.2% of the theoretical index, ensuring good clarity and strong stability in different environments. Mass production is scheduled for 2024.

All-in-one Stereo ADAS Camera

Designed to make intelligent driving more accessible, this all-in-one stereo ADAS camera integrates GOD capabilities for general obstacle detection and enables Super AEB experiences. It has already entered mass production with multiple OEM partners, helping drive wider adoption through strong cost performance.

ADAS Stereo Camera for Passenger Vehicles

This automotive-grade stereo camera has entered mass production and serves multiple automakers and Tier 1 suppliers. It supports a wide range of front ADAS functions and continues to evolve to meet diverse customer requirements.

BSD Stereo Blind Spot Monitoring Camera

A stereo vision BSD product designed for buses, trucks, and special-purpose vehicles. It combines advanced driving safety assistance with full-type blind-spot target detection, while offering a compact metal housing, high accuracy, and easy installation.

Magic Carpet Camera

Based on stereo vision road preview technology for active suspension systems, this product has achieved a front-installed production project with a leading domestic passenger vehicle brand. Once installed, it significantly improves ride smoothness and comfort and is widely referred to as a magic carpet suspension system.

Yuanmu S Series Robot Vision Product

Powered by the self-developed second-generation ASIC depth computing chip, this series outputs stereo disparity depth maps at up to 720P at 30 fps. It supports measurement distances up to 20 meters with high accuracy, below 0.3% error at 1 meter, and offers an external trigger sync interface for multi-camera collaboration. Dual RGB and IR options make it suitable for low-speed autonomous vehicles, drones, logistics robots, commercial cleaning robots, robotic lawn mowers, and delivery robots.

Yuanmu R Series Robot Vision Product

This series integrates the self-developed second-generation ASIC depth computing chip with an intelligent AI chip. Combined with AI vision processing, it optimizes 3D perception for complex scenarios, supports distances up to 5 meters, achieves below 0.6% error at 1 meter, outputs stereo depth maps up to VGA, and integrates VCSEL infrared fill light and an IMU sensor. It fits commercial cleaning, delivery, greeting, monitoring, and volumetric measurement scenarios.

Ruimu Intelligent Solution Series

This intelligent solution series integrates the self-developed second-generation ASIC depth computing chip and AI chip, supports Ethernet connectivity for long-term reliable operation, and outputs object detection results directly through advanced D2 intelligence. It helps reduce development effort, shorten project cycles, and lower overall costs, making it suitable for low-speed autonomous vehicles, robotic lawn mowers, and service robots.