AGV LiDAR Near-Blind Zone: Is 5cm Enough? 6 Sensors Compared
Compare near-blind zone specs of 6 leading LiDAR sensors including M360, MID-360, and Hesai XT32. Includes measured data, decision tree, and ISO 3691-4 analysis.
Read More →LiDAR Articles & Guides
Expert guides on 3D LiDAR sensors for AGV, AMR, delivery robots, forklifts. Selection guides, SLAM comparisons, and real-world test reports.
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Articles
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Categories
6+
Months of Testing
Selection Guides
6From sensor selection to parameter comparison — find the best LiDAR for your AGV, AMR, or mobile robot.
AGV/AMR LiDAR Selection Guide (2026)
Complete LiDAR selection guide for AGVs and AMRs. Compare 2D vs 3D, understand blind zone, FOV, IP rating, dual echo. Scenario-based recommendations.
Read More →2D vs 3D LiDAR: Should Your Robot Upgrade?
How big are 2D LiDAR blind zones? Which scenarios justify upgrading to 3D? Honest comparison with cost analysis based on real deployments.
Read More →After Buying 20+ LiDARs: My Selection Checklist
Practical M360 vs MID-360 comparison: range, blind zone, FOV, power, dual echo, IP67, IMU. Selection recommendations for different scenarios.
Read More →2025 Guide to the Best 3D LiDAR for Robot SLAM
Compare 8 leading 3D LiDARs for robot SLAM: specs, pricing, and real-world performance including M360, Livox Mid-360, Ouster, Velodyne, and more.
Read More →7 Alternatives for Livox Mid-360 (2025)
Looking for Livox Mid-360 alternatives? Compare 7 high-value 3D LiDARs including TanTu M360, Mid-360S, Speedtide, Ouster, and more.
Read More →Application Cases
16Real-world deployment stories and test reports of M360 3D LiDAR across delivery robots, forklifts, quadruped robots, cleaning robots, agricultural robots, and more.
Urban Renewal Survey with M360 LiDAR
How M360 LiDAR is applied in urban renewal to solve traditional survey challenges, improve mapping efficiency and reduce costs.
Read More →Industrial Scanning: M360 High-Precision Measurement
M360 LiDAR in industrial scanning: factory renovation, warehouse modeling, and equipment maintenance with IP67 and 200kHz point rate.
Read More →Substation Inspection: Quadruped Robot Stair-Climbing
M360 solves quadruped navigation on 40° steep stairs with 5cm near-blind zone, IP67, and dual-echo penetration in real substation inspection.
Read More →Smart Forklift: M360 Precision Handling
70° vertical FOV for ceiling positioning, 5cm blind zone for safe cargo handling, dual echo for all-weather operation in smart forklifts.
Read More →Campus Delivery Robot — 6-Month Test
M360 vs MID-360 in low-speed delivery: 70° vertical FOV, 5cm blind zone, cold-weather power, dual-echo rain redundancy after 6 months.
Read More →Autonomous Forklift — 6-Month Comparison Test
Half-year M360 vs MID-360 in forklift scenarios: 5cm blind zone safety impact, 12~32V wide voltage, dual echo in waterlogged conditions.
Read More →Handheld Scanner 3D Modeling in Practice
3D modeling experience with M360-equipped handheld scanner for urban renewal, offshore platforms, and cultural heritage protection projects.
Read More →Mowing Robot: From Buried Wire to LiDAR SLAM
Upgrading mowing robots from buried wire to M360 LiDAR SLAM. IP67 waterproof, 5cm blind zone, 70° vertical FOV tested in lawn scenarios.
Read More →M360 in Agricultural Robotics
How M360 3D LiDAR enhances agricultural robots with 360° non-repetitive scanning, 5cm blind zone, IP67 protection, and dual-echo for precision agriculture.
Read More →Cleaning Robot: M360 Test Report
5cm blind zone for under-furniture cleaning, 70° FOV for corner coverage, dual echo for glass reflection, low power for longer battery life.
Read More →M360 Advantages for Hospital Robots
Analysis of M360 advantages in hospital robots: dual echo penetration, 5cm near-blind zone, and low power consumption as core features.
Read More →Service Robots: Hospital Corridors to Nursing Homes
How M360 enables service robots to truly understand human spaces, enhancing service quality and efficiency from hospitals to nursing homes.
Read More →Quadruped Robot Power Inspection
M360 LiDAR in quadruped robot power inspection — solving navigation challenges in complex environments for all-weather autonomous inspection.
Read More →M360 in Educational Robot Scenarios
5cm blind zone for student safety, 70° vertical FOV for full coverage, IP67 protection for campus environments. Real educational robot case studies.
Read More →Quadruped Robot Perception Upgrade with M360
M360 on quadruped robots: 70° vertical FOV, 5cm blind zone, 4.5W low power, dual echo — significantly enhancing perception in complex industrial environments.
Read More →From Orchard to Grain Silo: Agricultural Robot LiDAR
M360 in agriculture: 5cm blind zone, dual echo penetration, and low power solving perception challenges in complex farming environments.
Read More →Technical Guides
10Deep-dive into SLAM algorithm comparisons, point cloud analysis, multi-device interference solutions, LiDAR mounting, and more technical topics.
Multi-Device Anti-Interference Solutions
M360 anti-interference in multi-device collaboration. Detailed analysis of dual echo, 5cm blind zone, IP67 protection, and more.
Read More →One LiDAR or Two? Dual-LiDAR Setup Test
Measuring rear blind zone, point cloud density loss, comparing two vs three LiDAR fusion, and installation spacing best practices.
Read More →One LiDAR, Five SLAM Algorithms Compared
M360 tested with 5 SLAM algorithms: FAST-LIO2, LIO-SAM, Point-LIO, RT-LOAM, Cartographer. Mapping quality, CPU usage, and best-fit scenarios.
Read More →M360 Point Cloud Data Guide
Non-repetitive scanning point cloud characteristics: uneven single-frame coverage, time-accumulated density, 200kHz significance, and ROS2 driver tips.
Read More →Outdoor Logistics: Indoor AGV Migration Pitfalls
Indoor AGV pitfalls outdoors: rain noise, high-temp power drop, dust. M360 dual echo anti-rain, 60°C operating temp, and IP67 dustproof tested.
Read More →Humanoid Robot LiDAR Mount Position Test
Head vs waist LiDAR mounting on humanoid robots. M360's 70° FOV, IP67, and dual echo performance in the waist-mount configuration.
Read More →AGV Warehouse Obstacle Avoidance in Practice
M360 for AGV obstacle avoidance in warehouses. Installation, calibration, DWA algorithm config, plus solutions for blind zones, rain, fog, and IP protection.
Read More →From Drones to Warehouse AGVs: Comprehensive Analysis
Comprehensive analysis of M360 performance across drones, warehouse AGVs, cleaning robots. Discussing 5cm blind zone, dual echo, and rain detection practical value.
Read More →Restaurant & Factory Anti-Interference Test
M360 dual echo in complex environments like restaurants and factories. Real-world experience on how LiDAR anti-interference affects robot stability.
Read More →Forklift Selection: M360 vs MID-360 Experience
M360 vs MID-360 from real forklift projects: 5cm blind zone, dual echo in rain, 4.5W low power, 12~32V wide voltage — four key indicators compared.
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