The LSLiDAR C32 is a 32-line mechanical 3D LiDAR for long-range environment perception. It combines full 360-degree horizontal coverage, a 31-degree vertical field of view, and a 905 nm laser source for mobile mapping, robotics, autonomous vehicle, and industrial sensing projects. The C32 standard configuration uses separate 9-36 VDC power and Ethernet connections, while C32-PoE supports compatible Power over Ethernet installations. Key Features 32 scanning channels for dense, full-surround 3D point-cloud capture. 360° horizontal coverage with a 31° vertical field of view for mobile perception and mapping workflows. Up to 150 m maximum detection range; usable range depends on target reflectivity, weather, configuration, and installation. Selectable 5, 10, or 20 Hz scan rates to balance scene refresh and data bandwidth. Industrial Ethernet/PPS integration, IP67 protection, and standard or PoE cabling configurations. Technical Specifications Brand LSLiDAR Model C32 / C32-PoE Scanning channels 32 Measurement technology Time of Flight (ToF), 905 nm laser source Detection range Up to 150 m; dependent on target reflectivity and selected configuration Field of view 360° horizontal x 31° vertical (-16° to +15°) Frame rate 5 / 10 / 20 Hz Angular resolution 0.09° horizontal minimum; 1° vertical Interface 100Base-TX Ethernet / PPS Power input 9-36 VDC for standard configuration; compatible PoE configuration available Ingress protection IP67 Operating temperature -20 to 60 C Dimensions Approx. 102 x 77.9 mm Weight Approx. 1.05 kg Configuration note: Select the required C32 or C32-PoE option in the variant selector. Confirm power, cabling, mounting, and the exact hardware revision against the official documentation before integration. Packing List LiDAR sensor x1 (selected C32 or C32-PoE configuration) Cables, compatible PoE equipment, mounting hardware, and other accessories are included only when explicitly stated in the selected order. Product Documentation C32/16 Mechanical LiDAR Official Product Page C32/16 Product Introduction (English PDF) LSLiDAR Product Brochure (English PDF) PoE Mechanical LiDAR Integration Overview FAQ .faq-accordion details { border:1px solid #dedede; margin:0 0 10px; background:#fff; } .faq-accordion summary { cursor:pointer; font-weight:600; padding:14px 16px; list-style:none; } .faq-accordion summary::-webkit-details-marker { display:none; } .faq-accordion details p { margin:0; padding:0 16px 14px; color:#3f3f3f; } What is the difference between C32 and C32-PoE? C32 uses separate power and Ethernet connections. C32-PoE is intended for compatible Power over Ethernet infrastructure to simplify the cable run. Confirm the selected variant and its compatible network hardware before installation. What area does the C32 cover? The sensor provides 360 degrees of horizontal coverage and a 31-degree vertical field of view, making it suitable for applications that need all-around three-dimensional sensing. Does the 150 m value apply in every environment? No. Maximum range is affected by target reflectivity, target size, atmospheric conditions, sensor configuration, and installation. Design with validation testing in the intended scene. Why use a 32-line LiDAR? Thirty-two scanning channels provide more vertical sampling than a single-line or low-channel sensor, which can help reveal obstacles and scene geometry across the vertical field of view. Which scan rates are available? The C32 supports 5, 10, and 20 Hz operating modes. Choose the rate that fits the motion profile, computing capacity, and communication bandwidth of the system. How is the C32 connected to a host computer? The listed interface is 100Base-TX Ethernet with PPS support. Configure the host network according to the official documentation and verify compatibility before deployment. Is the C32 suitable for outdoor use? The enclosure is rated IP67, but complete system suitability still depends on the cable assembly, connector protection, mounting orientation, and operating environment. What should be checked before mounting? Check mechanical clearance, field-of-view obstruction, vibration isolation, power source, cable routing, network configuration, and the correct mounting drawing for the selected revision. Can this LiDAR be used for mapping and mobile robotics? Its multi-line 3D point cloud, full horizontal coverage, and Ethernet interface make it relevant to mapping, mobile robotics, autonomous vehicles, and industrial perception. Validate range and point-cloud performance in the intended application. Where can I download the official information? Use the individual official links in Product Documentation for the product page, English product introduction, product brochure, and PoE integration overview.
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