The Real‑World LiDAR Selection Framework for AMRs, AGVs, and Outdoor Robots
LiDAR is no longer a “nice‑to‑have” for autonomous systems—it’s the backbone of perception, safety, and navigation. But with dozens of models, specs, and marketing claims, choosing the right sensor can feel like guesswork. This concise framework cuts through the noise and gives robotics teams a practical, field‑tested way to select LiDAR for AMRs, AGVs, and outdoor robots.
Start With the Job, Not the Sensor
Every successful selection begins with a single question:
What is the LiDAR responsible for?
Common roles include:
Safety field monitoring (AGVs, industrial AMRs)
Localization + SLAM (indoor AMRs, warehouse robots)
Obstacle detection + path planning (outdoor UGVs, delivery robots)
High‑speed perception (construction, mining, agriculture robots)
Each role drives different performance requirements—so define the job before touching a spec sheet.
Match the Environment to the Sensor Class
Different environments punish sensors in different ways.
Indoor AMRs
Need tight angular resolution for aisle navigation
Benefit from 2D or hybrid 2D/3D LiDAR
Prioritize compact form factor + low power
Industrial AGVs
Must meet PLd / PLe safety ratings
Require configurable protective + warning fields
Often use 2D safety scanners with wide FOV
Outdoor Robots
Need long‑range detection (80–200m)
Must handle rain, dust, sunlight, vibration
Prefer 3D LiDAR with multi‑return capability
The 7‑Point LiDAR Selection Checklist
A simple, repeatable framework for any robot:
Field of View (FOV)
2D: 270°–360°
3D: full 360° or forward‑facing 120°–180°
Range
Indoor: 10–30m
Outdoor: 80–200m
Angular Resolution
Indoor navigation: ≤0.25°
Outdoor perception: 0.1°–0.4°
Scan Rate
Faster robots need higher Hz
Outdoor robots benefit from 20–30Hz
Safety Rating (if required)
AGVs: IEC 61496‑3 Type 3, ISO 13849 PLd/PLe
Data Type
2D for safety + simple navigation
3D for SLAM, perception, mapping
Integration Fit
Power budget
Communication (Ethernet, CAN, UART)
Mounting + mechanical constraints
Quick Sensor Class Guide
Robot Type | Recommended LiDAR Class | Why It Works |
Indoor AMR | 2D + optional 3D | Precise navigation, low cost, compact |
Industrial AGV | Safety‑rated 2D | Certified protective fields |
Outdoor UGV | Long‑range 3D | Multi‑return, weather‑resistant |
Delivery Robot | 3D + short‑range 2D | Fusion for perception + safety |
The Bottom Line
LiDAR selection isn’t about chasing the highest specs—it’s about aligning the sensor with the robot’s mission, environment, and safety requirements. When you start with the job, apply a structured framework, and evaluate sensors by class, the right choice becomes obvious.