Looking for a compact forklift with powerful performance? The Linde Xi16–Xi20 P Series 1251 is designed to maximise productivity across indoor and outdoor operations. Its compact four-wheel design provides excellent manoeuvrability, while the robust pendulum axle ensures outstanding stability in demanding environments. Powered by an advanced 90V lithium-ion technology, the Xi16–Xi20 P offers fast, zero-emission performance. Built for operator comfort, safety and reliability, it helps keep your business moving efficiently throughout every shift.
Safety
The Xi16–Xi20 P is designed to maximise operator confidence through excellent visibility, thanks to its slimline mast, narrow A-pillars, and lowered front profile. A low centre of gravity works alongside Linde Curve Assist to enhance stability and automatically reduce speed when cornering, helping to minimise tipping risks. Overhead tilt cylinders provide precise load control at height, while Linde Load Assist and the automatic parking brake further improve safety during lifting operations and on sloped surfaces.
Ergonomics
A spacious operator compartment and clear 3.5-inch display create a comfortable and user-friendly working environment. Elastomer ring bearings help absorb road shocks and reduce vibrations, allowing operators to remain comfortable throughout long shifts. This is complemented by the Linde twin-pedal system and Load Control, which deliver intuitive handling, while Linde Steer Control offers a choice of joystick or mini wheel for enhanced manoeuvrability.
Handling
Built for intensive applications, the Xi16–Xi20 P combines a powerful drive system with high-performance electric motors to deliver strong acceleration, lifting capability, and energy efficiency. The integrated battery design maximises space while simplifying power management, and the truck's compact four-wheel configuration provides excellent agility without compromising stability. Travel speeds of up to 20 km/h and confident gradeability help maintain productivity across a variety of operating environments.
Service
Maintenance efficiency is improved through service intervals based on actual operating hours, ensuring servicing is carried out when needed. Remote diagnostics help identify wear and potential issues early, reducing unplanned downtime and repair costs. A modular design also simplifies component replacement, while extended service intervals and maintenance-free drive components contribute to maximum uptime and long-term reliability.