Get more out of every square metre with the Linde Xi10–Xi20. Its compact three-wheel design provides exceptional agility in tight spaces, while advanced lithium-ion technology delivers powerful, zero-emission performance. With lift capacities from 1.0 to 2.0 tonnes and fast lifting speeds, it helps maximise productivity across busy indoor operations.
Safety
Designed to maximise operator confidence, the Xi10–Xi20 features a compact mast design, slim A-pillars and a lowered front structure for a clear view of the load and surrounding work area. Its low centre of gravity promotes excellent stability, while Linde Curve Assist automatically adjusts travel speed through corners to enhance control. Overhead tilt cylinders support accurate load positioning at height, and features such as Linde Load Assist and the automatic parking brake provide added security on ramps, gradients and during elevated lifting tasks.
Ergonomics
The Xi10–Xi20 offers a spacious and comfortable operator cabin, complete with a 3.5-inch display that keeps essential truck information within easy view. Elastomer-mounted components help minimise shocks and vibrations, reducing fatigue throughout long shifts. Intuitive twin-pedal controls and Linde Load Control simplify operation, while Linde Steer Control gives operators the flexibility to choose a mini steering wheel or joystick for comfort and precision.
Handling
Purpose-built for fast-paced material handling, the Xi10–Xi20 combines advanced 90V lithium-ion technology with the agility of a compact three-wheel design. Its plug-and-play battery system simplifies charging and energy management, while side battery access allows quick and efficient battery changes. High-performance drive and lift motors deliver responsive acceleration and lifting power, helping operators maintain productivity in confined areas. With travel speeds of up to 20 km/h and impressive gradeability, the Xi10–Xi20 is ready for demanding multi-shift operations.
Service
Keeping maintenance simple, the Xi10–Xi20 uses service intervals based on actual operating hours to maximise uptime and efficiency. Remote diagnostics help identify wear and potential issues before they affect performance, while the modular design allows key components to be replaced quickly when required. Extended maintenance intervals and sealed, maintenance-free drive components help lower servicing costs and support long-term reliability.