Three-runner and perimeter-base pallets
Handling suited to common pallet formats.
PUDU · Industrial & logistics robots
PUDU MP2000
A new level of autonomy in pallet transport
PUDU MP2000 automates industrial material flow for palletized loads.
Key capabilities
Plug-and-play approach.
Perceive, decide, and act.
Coordinates multiple robots.
Fast pallet pickup cycle.
20 sec
Multilayer sensor detection.
Task and peripheral control.
Fast setup, streamlined commissioning
Multi-sensor navigation and edge computing help reduce the need for site modifications or complex installation. Mapping and configuration speed up the transition to automation.
Adapting to changing warehouse conditions
Supports autonomous workflows in changing warehouse environments by detecting whether storage locations are occupied, load carriers, and aisle clearances.
Works with different pallets and load carriers
Supports common pallet types; recognition adaptation helps position the forks correctly for non-standard carriers.
Non-standard load carriers
Recognition that adapts to different carrier shapes.
Detects storage locations, plans pallet handling
The robot assesses the pallet position and whether the storage location is occupied; it selects the target and route for pickup or placement, reducing the need for manual confirmation.
Compensates for pallet alignment deviations
Accommodates position deviations of up to 15 cm and angle deviations of up to 15° for manually placed pallets, helping the forks enter correctly.
Up to 15 cm
Position deviation
Compensable deviation for manually placed pallets.
Up to 15°
Angle deviation
Compensable deviation in pallet orientation.
Assesses aisle clearance in real time
Detects the load's dimensions and contours to calculate the space required for safe passage; operates within the specified limits for thresholds and floor gaps.
10 mm
Traversable threshold
Maximum threshold height specified by the manufacturer.
35 mm
Traversable gap
Maximum floor gap specified by the manufacturer.
Coordinated movement across the fleet
Each robot can make local decisions and plan routes; communication between robots supports efficient task sharing. The manufacturer states that the fleet can continue operating in sync even when offline.
Shorter pallet pickup cycle
Fork entry can be completed in 20 seconds. Travel speeds with and without a load are designed to reduce cycle time in high-volume material flows.
20 sec
Fork entry
Time specified by the manufacturer.
1,6 m/s
Maximum speed, unloaded
When unloaded.
1,2 m/s
Maximum speed, loaded
When loaded.
Make efficient use of storage space in narrow aisles
Supports 90° pallet pickup in aisles as narrow as 2 m and a clearance of 15 cm between pallets, helping make more efficient use of available space.
2 m
Aisle width
Value specified by the manufacturer for 90° pallet pickup.
15 cm
Distance between pallets
Minimum specified clearance.
Safe movement with multilayer perception
Depth cameras, 3D LiDAR, and other sensors detect people, equipment, and obstacles in real time, supporting an appropriate avoidance or stopping response.
360° environmental perception
Environmental perception for navigation.
Moving obstacles
Avoidance and stopping response to dynamic obstacles.
Stationary obstacles
Alternative route planning when needed.
Flexibility between autonomous and manual operation
The robot operates independently during routine tasks, supporting operational continuity while allowing operator intervention when needed.
Connect tasks and peripherals
Tasks can be assigned via PUDU Link, API, voice command, or task buttons. Optional integrations enable coordination with equipment such as elevators and automatic doors.
At critical points in material flow
Applications for transporting palletized loads from the production line to the warehouse and distribution center.
Manufacturing
Line-side material delivery.
Warehousing
Pallet handling.
Logistics
Transfers between distribution centers.
Three application cards are followed by separate technical overviews for two product configurations.
Technical specifications — MP2000 Standard
Model code MPID01-M. Dimensions and other values are presented in the format used in the manufacturer's technical table.
| Model | MPID01-M |
|---|---|
| Overall dimensions | 1585 x 910 x 1870 mm (62.40 x 35.83 x 73.62 inches) |
| Maximum load | 2000 kg (4409.25 lbs) |
| Maximum lifting height | 200±5 mm (7.87±0.20 inches) |
| Fork lowered height | 80±5 mm (3.15±0.20 inches) |
| Right-angle stacking aisle width | ≤2000 mm / ≤1960 mm |
| Fork outer width | 620 mm (24.41 inches) |
| Navigation method | 3D LiDAR-SLAM, VSLAM |
| Maximum passable height/gap | 10 mm (0.39 inch) / 35 mm (1.38 inches) |
| Gradeability | 3° / 8° |
| Charging time | Approx. 2 h, 200V~240Vac input; approx. 3.2 h, 100V~120Vac input |
| Battery operating time | 12 h / 6 h |
Technical specifications — MP2000 Narrow Fork
Model code MPID01-N. The differences from Standard are the fork outer width and the formatting of the aisle measurement listed in the table.
| Model | MPID01-N |
|---|---|
| Overall dimensions | 1585 x 910 x 1870 mm (62.40 x 35.83 x 73.62 inches) |
| Maximum load | 2000 kg (4409.25 lbs) |
| Maximum lifting height | 200±5 mm (7.87±0.20 inches) |
| Fork lowered height | 80±5 mm (3.15±0.20 inches) |
| Right-angle stacking aisle width | ≤2000 mm / ≤1960 mm |
| Fork outer width | 550 mm (21.65 inches) |
| Navigation method | 3D LiDAR-SLAM, VSLAM |
| Maximum passable height/gap | 10 mm (0.39 inches) / 35 mm (1.38 inches) |
| Gradeability | 3° / 8° |
| Charging time | Approx. 2 h, 200V~240Vac input; approx. 3.2 h, 100V~120Vac input |
| Battery operating time | 12 h / 6 h |
Evaluate the solution for your application
Contact Robotik Çözümler to discuss whether the MP2000 is suitable for your site requirements.
