LSLiDAR M10 PHY Nav & Obstacle Avoidance LiDAR 905nm for AGV is listed as an independent single-SKU product for engineering teams that need model-specific LiDAR or laser-ranging hardware, documentation, and integration references. LSLiDAR M10 PHY is a compact 905 nm LiDAR option for AGV navigation, robot localization, and obstacle-avoidance applications that require Ethernet communication and low-range planar sensing. The supplied M10 PHY listing specifies 10,000 points/s, a 10 m range at 10% reflectivity and a 25 m range at 70% reflectivity, with 9-32 V DC input and IP65 protection. Those figures belong to the M10 PHY configuration: validate the exact hardware label, interface, cable pinout, and firmware before system integration. Highlights Model-specific M10 PHY setup: This listing is for M10 PHY, not another M10 interface or point-rate configuration. Reflectivity-based distance planning: Use 10% and 70% target reflectivity conditions when estimating usable range. Ethernet integration: Supports network-connected robot and AGV architectures. Compact sensing role: Well suited to short- to medium-distance planar navigation workflows. Key Specifications Model LSLiDAR-M10-PHY Laser / safety class 905 nm, Class I Listed range basis 10 m @ 10% reflectivity; 25 m @ 70% reflectivity Point output 10,000 points/s for M10 PHY Interface Ethernet Input voltage 9-32 V DC Protection IP65 Listed weight Approx. 200 g Intended role Navigation and obstacle avoidance Applications AGV navigation AMR obstacle avoidance Indoor robot localization Industrial equipment sensing Integration Notes Confirm the exact hardware revision, interface, connector pinout, voltage, firmware, and file package before commissioning. Validate usable distance on the intended target material and reflectivity; quoted range figures are condition-dependent. Design mounting, vibration isolation, cable routing, sealing, and thermal management for the finished machine environment. Complete the machine-level laser safety, functional-safety, EMC, and regulatory review required by the final application. Product Documentation LSLiDAR M10 Product Introduction PDF LSLiDAR Product Brochure Official LSLiDAR Product Page Packing List Item LSLiDAR-M10-PHY LiDAR or laser distance sensor Quantity x1 FAQ .faq-accordion details { border-bottom:1px solid #e6eef8; padding:14px 0; } .faq-accordion summary { list-style:none; cursor:pointer; font-size:16px; font-weight:700; color:#1f2933; position:relative; padding-right:32px; } .faq-accordion summary::-webkit-details-marker { display:none; } .faq-accordion summary::after { content:"\203A"; position:absolute; right:4px; top:50%; transform:translateY(-50%) rotate(90deg); color:#007fff; font-size:28px; line-height:1; transition:transform 0.2s ease; } .faq-accordion details[open] summary::after { transform:translateY(-50%) rotate(270deg); } .faq-accordion p { margin:12px 0 0; color:#4b5563; line-height:1.65; } What is LSLiDAR-M10-PHY designed for? LSLiDAR M10 PHY Nav & Obstacle Avoidance LiDAR 905nm for AGV is intended for AGV navigation and AMR obstacle avoidance. Final suitability depends on the exact installation conditions and system requirements. Which performance figure should I use for design planning? Use the Key Specifications table together with the linked product documentation. LiDAR range depends on target reflectivity, geometry, weather, and firmware/configuration, so validate in the real deployment condition. Which interface should my controller support? The listed interface is Ethernet. Confirm the connector, pinout, protocol, and software package before wiring. What power design is required? Review the documented voltage and electrical requirements in the Key Specifications table. Design the harness and supply with sufficient margin, grounding, protection, and startup-current capacity. Can this sensor be used outdoors? Check the listed protection rating and operating limits in the documentation. Outdoor performance also depends on enclosure design, window cleanliness, condensation control, vibration, and the target environment. Can it be used for AGV or robot navigation? It is positioned for robotics-related sensing applications, but the control stack must validate field of view, scan/update rate, range, and fail-safe requirements. Where can I find product documentation and integration files? Product Documentation provides the verified model document, brochure, and source product page. Confirm the hardware revision, interface, and supplied files before integration. What is included in the packing list? This listing includes one LiDAR or laser distance sensor unit. Cables, brackets, connectors, and accessories should be confirmed from the supplier documentation before ordering for a production build. What should be checked before installation? Verify the exact model, laser safety classification, mounting orientation, field of view, power input, connector/pinout, communication protocol, firmware, and the required safety assessment for the finished machine. How should I choose between LiDAR models? Start with the required measurement type, range at the actual target reflectivity, field of view, point/update rate, interface, protection rating, size, weight, and software support. Use the linked documents for final model comparison.
