The Youibot L500 lifting platform is a highly capable Autonomous Mobile Robot (AMR) designed to handle heavy workloads in various facilities. With a maximum payload capacity of 500 kg, it is built to optimize intralogistics efficiencies and throughput in warehouses by automating the movement of goods, racks, and pallets.
This platform features a lift and rotate top module, allowing for versatile handling and positioning of objects.
One of its notable features is the YOUI-FLEET management system, which supports fleet collaboration easily up to 100 AMRs under the same system. This facilitates seamless coordination and efficient operation across workshops, enabling a "light-out" operation scenario.
The L500 incorporates dynamics avoidance technology, allowing it to navigate its environment safely and avoid obstacles in real-time. It utilizes advanced sensors, including LIDAR, QR code reader, and 3D vision, to provide precise perception and mapping capabilities.
Overall, the Youibot L500 lifting platform is a robust and efficient solution for automating material handling tasks in industrial settings, promoting productivity and operational efficiency.
Key features
| category |
item |
parameter |
|---|---|---|
| Main Body | ||
| Housing material | Cold Rolled Steel | |
| Size | 1060*838*300m | |
| Turning diameter | 1262mm | |
| Weight | 310KG | |
| Environment | ||
| Ambient temperature range | 0°C-40°C, without condensation | |
| Ambient humidity | Relative humidity 10-90% | |
| Work environment | No exposure to dust or flammable, explosive or corrosive gas | |
| IP class | IP20 | |
| Cleanliness class | Max class 100 | |
| Floor condition | ||
| Slip resistance coefficient | ≥0.5 | |
| Floor requirement | Level and dry floor without oil or dirt | |
| Min floor flatness | FF25 (*ACI 117 Standard) | |
| Navigation | ||
|
Laser SLAM Navigation Positioning Accuracy |
Positioning accuracy: ±10 mm; Angle accuracy: ±1 | |
| Navigation mode | Laser SLAM navigation, QR code (optional), 3D vision (optional) | |
| Path planning | Visual tracking/autonomous planning | |
| Lifting mode | Max payload | 300KG |
| Maximum lift height | 60mm | |
| Functionality | 360° rotation & lifting | |
| Mobility performance | Max. Speed | 1.5 m/s |
| Max. Speed of rotation | 90°/1.21s | |
| Transversal height | 10mm | |
| Transversal Gap | 30 mm | |
| Maximum Incline | 3° | |
| Driving wheel | Material | Polyurethane |
| Dimensions | Diameter 150mm | |
| Robot Power supply | Battery type | Lithium Iron Phosphate |
| Battery voltage | 48V | |
| Battery capacity | 30Ah | |
| Running time | ≥8H | |
| Charging time | ≤2H | |
| Battery life | Cycle Life≥2000 times | |
| Charging mode | Automatic / Manual / Quick Battery Replacement | |
| External Power supply | 48V | |
| Safety and security design | Safety Laser Lidar | 1x LiDAR located on the front side of robot, 4 x laser modules located at the rear of the robot |
| Emergency Stop button | 2 x Buttons located on the two sides of robot | |
| Collision detection | Located 360° around the robot | |
| Voice alarm | Optional | |
| Status indicator | Located around the robot | |
| Operation & interface | Power button | 1 x Button located on the side of robot |
| Reset Button | 1 x Button located on the side of robot | |
| Manual/Automatic Switch Button | 1 x Button located on the side of robot | |
| Manual Charging Interface | Located in the interface compartment on the side of robot | |
| Wireless Network | IEEE 802.11 A/C | |
| Ethernet Interface | Located on the interface panel | |
| USB Interface | Located on the one side of robot base |
