JNP-MR30 Autonomous Mobile Robot Platform
JNP-MR30 Autonomous Mobile Robot Platform
JNP-MR30 · ROS-Based Autonomous Mobile Robot Platform
Product Overview
The JNP-MR30 is a LiDAR-based, ROS autonomous mobile robot platform. Using a LiDAR sensor to perceive its surroundings, it navigates indoors autonomously and stably transports payloads of up to 30 kg. It can be used for indoor logistics transport as well as a research and education platform.
JNP-MR30 is a ROS-based autonomous mobile robot (AMR) platform with LiDAR-based navigation, designed for indoor logistics transport as well as research and education, and ready for export specifications.
Product Image
▲ JNP-MR30 Autonomous Mobile Robot Platform
Key Features
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LiDAR-Based Autonomous Navigation
Using a LiDAR sensor, it perceives its surroundings to travel a designated route on its own and avoid obstacles.
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30 kg Payload Transport
Stably transports payloads of up to 30 kg, ideal for indoor logistics automation.
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Research & Education Platform
An open ROS-based architecture makes it suitable for autonomous-driving and robotics research and hands-on education.
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Stable Operation & Charging
Designed with continuous operation and charging cycles in mind for stable, around-the-clock indoor operation.
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Key Specifications
| Item | Specification |
| Max. Speed | 0.26 m/s |
| Max. Rotation Speed | 1.82 rad/s |
| Max. Payload | 30 kg |
| Navigation | ROS-based autonomous navigation |
| Sensor | LiDAR sensor |
| Operating Time | 2 hours or more |
| Charging Time | 2 hours 30 minutes or less |
Applications
- Indoor logistics transport automation (parts / material handling)
- Autonomous-driving and robotics R&D platform
- ROS hands-on training at universities and vocational institutes
- Application platform for service / guide robots, etc.
