EP Global
XS1201
1.2T Ultra-Thin Pallet Stacker
Explore the XS1201
High-Capacity Pallet Stacking
Ultra-thin, Space-Saving Design
Intelligent 3D Laser SLAM Navigation
Advanced Warehouse Automation

Application
The XS1201 is designed for automated pallet stacking, storage, retrieval and material transfer in warehouses, distribution centres and manufacturing facilities. Its compact chassis is suitable for operations in space-constrained storage areas, while its lifting system supports multi-level pallet handling at heights of up to 4,470 mm.
Specs
| Name | Value |
|---|---|
| Manufacturer | EP |
| Model designation | XS1201 |
| Drive | Electric |
| Operator type | Autonomous / unmanned |
| Rated capacity | 2000 kg |
| Load centre distance | 600 mm |
| Load distance, centre of drive axle to fork | 643 mm |
| Wheelbase | 1110 mm |
| Service weight | 1070 kg |
| Axle loading, laden front/rear | 780 / 1890 kg |
| Axle loading, unladen front/rear | 730 / 340 kg |
| Tyres | Polyurethane |
| Tyre size, front | 230 × 90mm |
| Tyre size, rear | 85 × 50mm |
| Additional wheels (castor wheels) | 130 × 55mm |
| Wheels, number front/rear (x=drive wheels) | 1x + 2 / 4 |
| Tread width, front | 582 mm |
| Tread width, rear | 460 mm |
| Height, mast lowered | 2040 mm |
| Free lift | 1630 mm |
| Lift | 4470 mm |
| Height, mast extended | 4945 mm |
| Initial lift | 90mm |
| Overall length | 1819 mm |
| Length to face of forks | 642 mm |
| Overall width | 1046 mm |
| Fork dimensions | 60 × 170 × 1177 mm |
| Fork carriage width | 800 mm |
| Distance between fork-arms | 630 mm |
| Ground clearance, laden, below mast | 20 mm |
| Ground clearance, centre of wheelbase | 20 mm |
| Aisle width for pallets 1000×1200 crossways | 2237 mm |
| Aisle width for pallets 800 × 1200 lengthways | 2224 mm |
| Turning radius | 1338 mm |
| Travel speed, laden/unladen | 6 / 6 km/h |
| Lift speed, laden/unladen | 0.20 / 0.26 m/s |
| Lowering speed, laden/unladen | 0.40 / 0.30 m/s |
| Max. gradeability, laden/unladen | 6 / 10 % |
| Service brake | Electromagnetic |
| Drive motor rating S2 60 min | 3 kW |
| Lift motor rating at S3 15% | 4.5 kW |
| Battery voltage/nominal capacity | 24 / 280V/Ah |
| Battery weight | 76 kg |
| Type of drive unit | AC |
| Steering design | Electronic steering |
| Sound pressure level at the driver's seat | 74 dB(A) |

About the XS1201
The EP XS1201 brings autonomous pallet handling to modern warehouses and production facilities. Its ultra-thin design and 2,000 kg load capacity make it a versatile solution for automated pallet storage, retrieval and material transport.
With a lifting height of 4,470 mm, the XS1201 supports multi-level racking operations while maintaining a compact footprint. Advanced 3D laser SLAM navigation enables autonomous point-to-point transport, supported by wireless traffic control and laser-based obstacle detection.
Designed for flexible warehouse automation, the XS1201 supports sequential loading and unloading, warehouse area management and optional integration with WMS, MES and ERP systems. Optional automatic charging and equipment interfaces provide additional opportunities to streamline intralogistics workflows.
From pallet movement to automated rack storage, the XS1201 helps businesses improve material flow, reduce repetitive handling and make better use of available warehouse space.
FAQs
What is the maximum lifting capacity and height of the XS1201?
The XS1201 has a rated load capacity of 2,000 kg and a specified lifting height of 4,470 mm, making it suitable for automated pallet stacking and retrieval in multi-level warehouse racking systems.
How does the XS1201 navigate safely through a warehouse?
The XS1201 uses 3D laser SLAM navigation for autonomous movement. Its safety features include obstacle detection lasers, blind-spot monitoring, fork-tip sensors, anti-collision protection and emergency-stop switches to support safe operation in warehouse environments.
Can the XS1201 integrate with existing warehouse management systems?
Yes. The XS1201 supports optional integration with WMS, MES and ERP systems to coordinate automated material handling operations. It can also interface with equipment such as conveyors, elevators, automatic doors and robotic arms, depending on the system configuration.



