The Youibot L1000 lifting platform is the most powerful Autonomous Mobile Robot (AMR) offered by Youibot. With an impressive payload capacity of 1000 kg, it is specifically designed to handle heavy workloads in industrial facilities and optimize intralogistics efficiencies and throughputs in warehouses by automating the movement of goods, racks, and pallets.
To ensure operational safety and security, the L1000 is equipped with dual LIDAR scanners that provide 360-degree coverage. These scanners play a crucial role in maintaining a safe and reliable autonomous operation throughout the year.
The Youibot L1000 integrates the YOUI Battery Management System (BMS), which enables automated docking to charging stations. When deployed in a fleet, the BMS can efficiently schedule the charging timeline for each AMRS, ensuring minimal downtime on the warehouse floor.
With the YOUI-FLEET management system, up to 100 AMRS units can collaborate seamlessly under a single system. This feature allows for real-time coordination and efficient operation across workshops, enabling a "real-light" operation scenario where manual intervention is significantly reduced.
The L1000's compact and rugged structural design enables it to navigate swiftly under various pallets, carts, and shelf pods in warehouses and factory floors, ensuring efficient movement in confined spaces.
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 | 1000KG |
| 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 | 5mm | |
| Transversal Gap | 30 mm | |
| Maximum Incline | 2.5° | |
| Driving wheel | Material | Polyurethane |
| Dimensions | Diameter 150mm | |
| Robot Power supply | Battery type | Lithium Iron Phosphate |
| Battery voltage | 48V | |
| Battery capacity | 48Ah | |
| 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 | 2 x Lidars installed in diagonal |
| 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 | 3x Indicators located around the robot chassis | |
| 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 |
