Pudu Robotics' New MP2000 Forklift Can Grab a Pallet in 20 Seconds, Without a Human Driver
The MP2000 autonomous pallet-mover reads its surroundings in real time, talks to doors and elevators, and keeps working even when the Wi-Fi drops.
Key points
- Pudu Robotics unveiled the MP2000 autonomous pallet-handling robot in July 2025.
- The machine can complete a full pallet pickup cycle in as little as 20 seconds.
- Onboard 3D sensors let it adjust its approach path in real time, without waiting for instructions from a remote operator.
- The robot communicates directly with facility equipment like powered doors and elevators to move between floors on its own.
- A manual override lets a human operator take direct control, turning it into a standard powered forklift.
A pallet is a flat wooden or plastic platform that goods sit on in warehouses. Moving them is unglamorous, repetitive work, and Pudu Robotics reckons a robot can do it faster. Yesterday the Chinese company revealed the MP2000, an autonomous mobile robot (a self-guided vehicle that maps and moves through a real space without a fixed track or a remote driver) built for heavy pallet transport inside factories and warehouses.
The headline figure is a 20-second pickup cycle: the time from the robot arriving at a pallet to the moment it lifts and drives away. Pudu hasn't published a comparison with human operators, and the company hasn't confirmed whether its launch demo was fully autonomous or operator-supervised.
How does it see what it's doing?
The MP2000 pairs 3D lidar, a sensor that fires laser pulses to build a precise three-dimensional map of its surroundings, with depth cameras that add close-range detail. Together they let the robot spot a misaligned pallet and correct its approach angle before the forks touch the load.
That matters in real warehouses, where pallets are rarely placed perfectly. The robot handles three-runner pallets (with three parallel support beams underneath), perimeter-base pallets (with a solid outer frame), and non-standard custom carriers. It also adjusts its path on the fly through tight spaces.
What happens when the network goes down?
It doesn't stop. Onboard intelligence handles local decisions without a live connection to a central computer, so a Wi-Fi outage doesn't freeze the floor. That's the same problem Celona's Orion platform tackled from the connectivity side, as we reported on 12 August 2026: the network layer is now a real design consideration for warehouse fleets, not an afterthought.
When multiple MP2000 units run alongside other Pudu robots, a shared fleet management system divides tasks, resolves conflicts between vehicles, and tracks jobs across the whole site. The robot also signals powered doors to open and calls elevators, moving between floors without a human escort.
| Feature | MP2000 spec |
|---|---|
| Pickup cycle time | As low as 20 seconds |
| Navigation sensors | 3D lidar plus depth cameras |
| Pallet formats supported | Three-runner, perimeter-base, custom |
| Floor-to-floor travel | Yes, via elevator integration |
| Network outage handling | Local onboard decision-making |
| Manual override | Full powered-forklift mode |
As first reported by The Robot Report, the MP2000 slots above Pudu's existing T300 delivery robot, which handles lighter loads over shorter distances. The new machine targets the heavier end of warehouse work: loading docks, line-side storage beside production equipment, and floor-to-floor runs that previously needed a staffed forklift.
Pudu hasn't published pricing. Watch whether independent test data on cycle times materialises before buyers commit: a 20-second figure in a controlled demo and a 20-second figure in a live, messy warehouse are two very different things.
