Lunasol Logistics Lunasol Logistics

Collaborative Automated Agv/AMR Robot with Industrial Robot Arm

Customization: Available
Application: Loading, Warehouse, Logistic, 3D, Manufacture
Drive Mode: Electric

Product Description

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Basic Information

Model NO.
WAR100-DS
Mass
200 Kg(±10 Kg)
Payload
100kg
Navigation
Lidar Slam
Positioning Accuracy
±10 mm
Orientation Accuracy
±1°
Battery Type
Lithium Iron Phosphate
Battery Endurance
≥5 H
Charging Time
≤1.5 H
Condition
New
Certification
ISO
Warranty
One Year
Specification
1200*800*475 mm
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The Series of Composite Robot

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Specification of Robot Base

Full Technical Specifications
Basic Specification Type WAR100-DS
Payload 100kg
Weight 200kg (±10KG)
Size (L*W*H) 1200*800*475mm
Navigation Mode LiDAR SLAM Navigation
Sport Performance Drive Mode Quad-drive
Form of Motion Omnidirectional Movement
Max Speed 1.25m/s
Battery Performance Battery Capacity 40AH / DC48V
Battery Life 1500 Cycles, Capacity ≥80%
Endurance Time ≥5h
Charging Time ≤1.5h
Safety Protection Collision Avoidance LiDAR obstacle avoidance & Bumper strips
Emergency Stop Front and rear emergency stop buttons
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Technology & Research

Our research focuses on the development of advanced mobile robots. The dedicated R&D team consists of experienced experts in robot engineering, embedded hardware, software algorithms, and artificial intelligence.

We provide a comprehensive range of solutions including moving robots, sorting robots, and auto-forklifts. Our advanced navigation methods cover QR code navigation, LiDAR SLAM, Visual SLAM, and RTK navigation technology.

We specialize in providing custom logistics robots for integrators focused on Intelligent Logistics and Intelligent Factories, offering professional ODM/OEM services for global requirements.

Frequently Asked Questions

1. What is the payload capacity of the WAR100-DS?
The robot is designed to handle a standard payload of up to 100kg.
2. Which navigation system does this composite robot use?
This series primarily utilizes LiDAR SLAM navigation for high-precision positioning and environment mapping.
3. How long is the battery endurance and charging time?
The robot features a battery endurance of ≥5 hours and can be fully charged within ≤1.5 hours.
4. What is the positioning and orientation accuracy?
The system achieves a positioning accuracy of ±10 mm and an orientation accuracy of ±1°.
5. Does the robot support omnidirectional movement?
Yes, the quad-drive system allows for full omnidirectional movement, enhancing flexibility in tight spaces.
6. What safety protections are integrated?
It is equipped with LiDAR-based obstacle avoidance, physical bumper strips around the base, and front/rear emergency stop buttons.

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