"Eyes" in Urban Renewal: How M360 LiDAR Solves Survey Challenges
How M360 LiDAR is applied in urban renewal to solve traditional survey challenges, improve mapping efficiency and reduce costs.
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360° Non-Repetitive Scanning 3D LiDAR
M360 3D LiDAR Sensor
360° Non-Repetitive Scanning 3D LiDAR
Innovative non-repetitive scanning technology captures richer spatial information per frame. Combined with high-precision ranging and industrial-grade reliability, providing comprehensive 3D perception for autonomous driving, robot navigation, and smart cities.
360°
200kHz
50m
IP67
<4.5W
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Core Advantages
Core Advantages
Four core technologies for superior 3D perception
Non-Repetitive Scanning
Each rotation covers different angles, progressively filling the vertical field of view over time for higher spatial resolution and richer environmental data.
FOV 70°×360°High-Precision Perception
200kHz point rate, 0.05~50m range (90% reflectivity), ≤2cm accuracy (@10m) for reliable environmental modeling and target detection.
Resolution 0.9°~0.18°Industrial-Grade Protection
IP67 rated, -10°C~+60°C wide temperature range for harsh outdoor environments. Only 408g, compact and lightweight.
Only 408gLow Power Design
Power under 4.5W with built-in IMU. Supports PTP v2 precise time synchronization for convenient multi-sensor fusion.
PTP v2
Technical Specifications
Technical Specifications
M360 and M360-D dual versions for diverse application needs
| Spec | M360 | M360-D |
|---|---|---|
| Channels | 16 channels | 16 channels |
| Horizontal FOV | 360° | 360° |
| Vertical FOV | -10°~60° (70°) | -10°~60° (70°) |
| Range | 0.05~50m (90% reflectivity) | 0.05~50m (90% reflectivity) |
| Point Rate | 200kHz | 200kHz |
| Range Accuracy | ≤2cm(@10m) | ≤2cm(@10m) |
| Angular Resolution | H: 0.9°~0.18°, V: 0.36° | H: 0.9°~0.18°, V: 0.36° |
| Return Mode | Single Return | Dual Return |
| Protection | IP67 | IP67 |
| Input Voltage | 12~32VDC | 12~32VDC |
| Power | <4.5W | <4.5W |
| Dimensions | 78×78×81mm | 78×78×81mm |
| Weight | 408g | 408g |
| Interface | Ethernet×1, CAN×1 | Ethernet×1, CAN×1 |
| Protocol | TCP/UDP, PTP v2 | TCP/UDP, PTP v2 |
Application Scenarios
Application Scenarios
Discover M360 real-world applications across industries
Measure What You See: M360 LiDAR for High-Precision Industrial Scanning
M360 LiDAR in industrial scanning: factory renovation, warehouse modeling, and equipment maintenance for high-precision measurement.
Read More →Substation Inspection: How M360 LiDAR Solves Quadruped Robot Stair-Climbing
Real-world substation inspection: M360 LiDAR solves quadruped robot navigation on 40° steep stairs with 5cm near-blind zone, IP67, and dual-echo penetration.
Read More →SmartBotParts M360 LiDAR: The Core "Eyes" for Smart Forklift Precision Handling
Practical application of SmartBotParts M360 LiDAR in smart forklift handling: 70° vertical FOV ceiling positioning, 5cm near-blind zone fork safety, <4.5W low power, dual-echo all-weather.
Read More →Multi-Device Interference: How M360 LiDAR Solves It
M360 LiDAR anti-interference for multi-device environments: dual-echo penetration, 5cm near-blind zone, IP67 protection.
Read More →From Restaurants to Factories: Why Anti-Interference is the Lifeline of 3D LiDAR
LiDAR anti-interference directly impacts robot stability. Real-world M360 dual-echo penetration experience in restaurants and factories.
Read More →Quadruped Robots in Power Plants: M360 LiDAR Solves "Last Mile" Inspection
M360 LiDAR for quadruped robot power inspection: solving complex navigation for all-weather autonomous inspection.
Read More →From Disinfection to Delivery: Why Hospital Robots Need M360 LiDAR
M360 LiDAR advantages in hospital robots: dual-echo penetration, 5cm near-blind zone, low power consumption.
Read More →From Hospitals to Nursing Homes: How M360 LiDAR Helps Service Robots Understand Human Spaces
How M360 LiDAR enables service robots to understand human spaces, improving service quality and efficiency.
Read More →From Fields to the Cloud: M360 LiDAR Redefines Agricultural Robot Perception
How M360 LiDAR redefines agricultural robot perception, enabling data-driven precision agriculture.
Read More →From Missed Spots to Full Coverage: Cleaning Robots Equipped with M360
M360 LiDAR in cleaning robots: 5cm near-blind zone for under-furniture, 70° FOV for corners, dual-echo for glass, low power for longer runtime.
Read More →From Drones to Warehouse AGVs: How M360 Redefines Robot Perception
M360 LiDAR performance across drones, warehouse AGVs, cleaning robots. Practical value of 5cm blind zone, dual-echo, rain/fog detection.
Read More →After This Forklift Case Study: M360 vs MID-360 Explained
M360 vs MID-360 from real forklift projects: 5cm blind zone, dual-echo rain, 4.5W low power, 12~32V wide voltage.
Read More →One LiDAR or Two? Let the Data Decide
Is one M360 enough? Testing rear blind zones, point cloud density, 2-sensor vs 3-sensor fusion, and multi-LiDAR anti-interference.
Read More →One LiDAR, Five SLAM Algorithms Benchmarked
M360 benchmarked with FAST-LIO2, LIO-SAM, Point-LIO, RT-LOAM, Cartographer: mapping quality, CPU usage, best-fit scenarios.
Read More →M360 Point Cloud Data: Not What You Think
M360 non-repetitive scanning: uneven single-frame coverage, time-accumulated density, 200kHz point rate, ROS2 driver setup guide.
Read More →After Buying 20+ LiDARs: My Selection Checklist
M360 vs MID-360 comparison: range, blind zone, FOV, power, supply, dual-echo, IP67, IMU with scenario-based recommendations.
Read More →Outdoor Logistics: Why It's Harder Than Indoor
Indoor AGV pitfalls outdoors: rain noise, high temp power loss, dust. M360 dual-echo rain resistance, 60°C operating temp, IP67 dust protection.
Read More →Humanoid Robot LiDAR: Head or Waist Mount?
LiDAR mounting for humanoid robots: head vs waist. M360 70° FOV, IP67, dual-echo performance in waist-mount config.
Read More →After Equipping Mowing Robots with M360: Goodbye Boundary Wires
Mowing robot upgrade from boundary wire to M360 LiDAR SLAM: IP67 waterproof, 5cm near-blind zone, 70° vertical FOV in mowing.
Read More →Six Months with Campus Delivery Robots: 3D LiDAR Lessons
SmartBotParts M360 vs Livox MID-360 on campus delivery robots: 70° FOV low-profile mount, 5cm near-blind zone, cold/hot temp, dual-echo rain.
Read More →Six-Month Field Test: Upgrading Forklifts with 3D LiDAR
Six-month SmartBotParts M360 vs Livox MID-360 on forklifts: 5cm blind zone, 12~32V wide voltage, dual-echo in wet conditions.
Read More →Handheld Scanner 3D Modeling: M360 LiDAR Application Cases
3D modeling with M360 3D LiDAR handheld scanners: urban renewal, offshore platform inspection, cultural heritage preservation.
Read More →AGV Warehouse Navigation: Lessons Learned with M360 LiDAR
Real-world experience using M360 3D LiDAR for AGV obstacle avoidance in warehouses. From calibration to DWA algorithm: blind zone, rain/fog, IP protection solutions.
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Video Showcase
Video Showcase
See M360 product performance and applications in action
Coming Soon
Coming Soon
Coming Soon