AMR and AGV Navigation
LiDAR sensors help autonomous mobile robots and automated guided vehicles detect obstacles, understand nearby space, and support navigation through dynamic environments.
Explore Logistics AutomationHokuyo LiDAR sensors deliver precise distance data for industrial applications that require navigation, localization, area monitoring, obstacle detection, and spatial recognition.
LiDAR sensors use laser-based sensing to detect and measure objects within a defined field of view. In industrial automation, LiDAR sensors are commonly used to provide machines with real-time information about their surroundings.
Hokuyo LiDAR sensors are built for demanding automation environments where compact size, accurate measurement data, fast response, and reliable detection are critical. They support applications ranging from AMR and AGV navigation to obstacle detection, area mapping, and spatial awareness.
For a broader overview of related automation sensing technologies, visit the Industrial Sensors pillar page.
LiDAR sensors help autonomous mobile robots and automated guided vehicles detect obstacles, understand nearby space, and support navigation through dynamic environments.
Explore Logistics AutomationLiDAR sensors can scan defined areas around equipment to detect objects, people, pallets, fixtures, racks, and other potential obstacles.
View Obstacle Detection LiDARIndustrial LiDAR sensors support presence detection and area monitoring where machines need reliable awareness of nearby objects or movement.
View Sensor ProductsLiDAR sensor selection depends on the field of view, range, environment, mounting position, interface, scan requirements, and the kind of data your automation system needs.
| LiDAR Type | Best Fit | Common Uses |
|---|---|---|
| 2D LiDAR Sensors | Applications that need scanning across a single plane | AMR navigation, AGV localization, obstacle detection, area monitoring, perimeter detection |
| 3D LiDAR Sensors | Applications that need additional spatial data or multi-dimensional object awareness | 3D spatial recognition, object profiling, mapping, industrial vehicle sensing, enhanced obstacle detection |
| Multi-Layer LiDAR Sensors | Applications requiring more depth information than a traditional single-plane scan | Mobile robot awareness, elevated or low-lying obstacle detection, more complex industrial environments |
Compact 2D LiDAR sensors used for obstacle detection and localization on AMRs, AGVs, and automated carts.
View UST-10LXLiDAR sensors designed for applications requiring wide scanning coverage, measurement data, and reliable object detection.
View UTM-30LX3D LiDAR sensors designed for obstacle detection, spatial recognition, navigation, mapping, and industrial vehicle applications.
View YHT-10LALiDAR sensors and laser distance sensors both use laser-based measurement, but they are typically selected for different purposes. LiDAR sensors are commonly used when an application requires scanning, area awareness, mapping, obstacle detection, or navigation support. A laser distance sensor is often used when the primary requirement is precise non-contact distance measurement to a target, reflector, liquid, or natural surface.
If your project requires both spatial awareness and precise distance measurement, Hokuyo can help determine whether LiDAR, laser distance sensing, or a combination of sensing technologies is the best fit.
LiDAR sensors are used for obstacle detection, AMR and AGV navigation, localization, mapping, area monitoring, spatial recognition, and environmental awareness in industrial automation systems.
2D LiDAR sensors scan across a single plane and are commonly used for navigation and obstacle detection. 3D LiDAR sensors capture additional spatial data and are useful for mapping, object profiling, and applications where height or depth information is important.
Yes. LiDAR sensors are widely used on autonomous mobile robots, automated guided vehicles, automated carts, forklifts, and other industrial mobile platforms that require obstacle detection, localization, or navigation support.
Start with the application requirements, then evaluate range, field of view, scan type, environment, interface, mounting position, response time, and whether the application requires 2D scanning, 3D spatial recognition, or multi-layer detection.
Hokuyo USA can help match your automation, robotics, or obstacle detection application with the right LiDAR sensor solution.
Contact Hokuyo USA to discuss your LiDAR sensor requirements.