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.
32
Articles
3
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
17Real-world deployment stories and test reports of M360 3D LiDAR across delivery robots, forklifts, quadruped robots, cleaning robots, agricultural robots, and more.
Autonomous Forklift LiDAR Deployment: Real-World Lessons from 3 Warehouse Projects
Real-world lessons from three warehouse deployments—narrow aisle, outdoor yard, cold storage—covering datasheet-vs-actual blind zones, rain performance on 905 nm LiDAR, cold-start condensation mitigation, and multi-vehicle coordination.
Read 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
11Deep-dive into SLAM algorithm comparisons, point cloud analysis, multi-device interference solutions, LiDAR mounting, and more technical topics.
LiDAR + Camera + mmWave Radar: The Multi-Sensor Fusion Architecture Guide for Warehouse AMRs
Full technical breakdown of the three-sensor fusion architecture for warehouse AMRs — data flow, Orin NX/Nano compute allocation, ROI data, and Physical AI implications.
Read More →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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