PUDU MP2000 in its operating environment

New from PUDU Robotics

PUDU MP2000

AI-Native Pallet Handling Robot

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Plug and play

Rapid mapping and workflow setup

AI-native autonomy

Perceives, adapts and acts onboard

Distributed fleet scheduling

Coordinated multi-robot operation

20-second fork-in

Faster high-frequency pallet pickup

Multi-layer safety perception

3D LiDAR, depth cameras and sensor fusion

IoT integration

PUDU Link, APIs, voice, task buttons and compatible IoT equipment

Standardized pallet automation

Plug and play, deploy in minutes

Multi-sensor navigation, edge intelligence and onboard AI allow MP2000 to map its environment and configure workflows without dedicated reflectors, QR codes, extensive site modification or a complex platform rollout.

Built for real warehouse conditions

AI-native intelligence for autonomous handling

MP2000 brings storage occupancy recognition, load-carrier learning and clearance assessment into one onboard decision loop so the robot can adapt to changing warehouse conditions.

PUDU MP2000 AI-native autonomous handling overview
Standard pallet compatibility

Standard pallet compatibility

Works with common three-runner and perimeter-base pallet formats.

Non-standard load-carrier compatibility

Non-standard load-carrier compatibility

Learns custom carrier dimensions and characteristics for precise fork engagement and stable transport.

AI storage detection for seamless pallet handling

MP2000 recognizes occupied and open storage positions, identifies pallet placement and selects the appropriate pickup or drop-off target.

Misalignment adaptation for precise fork entry

The robot adapts to pallet placement variance up to 15 cm in position and 15° in angle, reducing manual repositioning.

Intelligent clearance assessment

MP2000 measures load dimensions, contours and available passage space, including thresholds up to 10 mm and gaps up to 35 mm, before planning a safe route.

PUDU MP2000 measuring load dimensions and passage clearance

Multi-robot coordination

Distributed intelligence, coordinated fleets

Each robot can make decisions and plan routes independently, while inter-robot communication coordinates tasks across the fleet. Fleet collaboration can continue in offline environments, supporting orderly operation when external connectivity is unavailable.

High-frequency material movement

Fast fork-in, efficient pallet transport

An optimized fork-handling process completes fork entry in as little as 20 seconds, while loaded and unloaded travel speeds help reduce cycle time across repetitive warehouse and factory workflows.

PUDU MP2000 completing 20-second fork insertion and fast pickup

Designed for tight industrial layouts

MP2000 can complete a 90-degree pallet pickup in aisles as narrow as 2 m and work with load-carrier spacing down to 15 cm, helping facilities use existing storage space efficiently.

PUDU MP2000 pallet pickup in a narrow warehouse aisle

20 s

Fork-in time

1.6 m/s

Maximum unloaded speed

1.2 m/s

Maximum loaded speed

2 m

Minimum 90° pickup aisle

Multi-layer perception

3D sensing for safer autonomous transport

Depth cameras, 3D LiDAR and a multi-sensor safety stack monitor people, equipment and obstacles across multiple heights in mixed human-robot environments.

360° perception

360° perception

Monitors the operating area around the robot for safer navigation.

Dynamic obstacle avoidance and stop

Dynamic obstacle avoidance and stop

Detects moving obstacles and intelligently avoids or stops in real time.

Static obstacle rerouting

Static obstacle rerouting

Plans around fixed obstacles when a safe route is available.

Operator control when it matters

Switch between autonomous and manual modes

MP2000 handles routine tasks autonomously while allowing operator assistance when needed, balancing automation efficiency with direct control.

PUDU MP2000 operating autonomouslyOperator providing manual assistance to PUDU MP2000

Flexible workflow integration

Connected to the tools and infrastructure you use

Tasks can be dispatched through PUDU Link, APIs, voice commands or task buttons. Compatible deployments can also integrate with elevator controls, automatic doors and other IoT equipment.

PUDU Link

PUDU Link

Automatic-door integration

Automatic-door integration

Elevator-control integration

Elevator-control integration

Task-button control

Task-button control

Core applications

Pallet movement across factory, warehouse and logistics workflows

MP2000 is designed for repetitive pallet transport between line-side storage, production areas, warehouses and logistics-transfer points.

Factory line-side delivery

Factory line-side delivery

Move palletized material between storage and production work areas.

Warehouse pallet handling

Warehouse pallet handling

Automate high-frequency pickup, transport and put-away workflows.

Logistics-centre transfer

Logistics-centre transfer

Support repeatable pallet movement across logistics facilities.

Product overview

PUDU MP2000 specifications

Models
MP2000 Standard (MPID01-M); MP2000 Narrow Fork (MPID01-N)
Dimensions (L × W × H)
1585 × 910 × 1870 mm (62.40 × 35.83 × 73.62 in)
Maximum payload
2,000 kg (4,409 lb)
Maximum lift height
200 ± 5 mm (7.87 ± 0.20 in)
Lowered fork height
80 ± 5 mm (3.15 ± 0.20 in)
Fork outer width
Standard: 620 mm (24.41 in); Narrow Fork: 550 mm (21.65 in)
Right-angle stacking aisle width
≤2,000 mm with a 1200 × 1000 mm pallet (1200 mm along forks); ≤1,960 mm with a 1200 × 800 mm pallet (1200 mm along forks)
Navigation
3D LiDAR-SLAM and VSLAM
Maximum speed
1.6 m/s unloaded; 1.2 m/s loaded
Obstacle / gap crossing
10 mm obstacle height; 35 mm gap width
Climbing capability
3° at maximum load; 8° unloaded
Charging time
Approx. 2 h at 200–240 VAC; approx. 3.2 h at 100–120 VAC
Run-time
12 h unloaded; 6 h at maximum load

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