CLARK WLE20

The CLARK WLE20:
Powerful and Manoeuvrable

The CLARK WLE20 is a powerful and manoeuvrable low lift pallet truck for demanding applications in pedestrian operation. The truck is equipped with a lithium-ion battery (24 V / 100 Ah) as standard. Two lift cylinders support even load distribution and a stable lifting process.

The low fork height of just 78 mm in the lowered position makes it easy to drive under pallets or load carriers with a low entry height. The WLE20 is particularly suitable for transporting heavy loads in goods distribution, production and warehouse logistics. Very good gradeability supports operation on ramps or uneven surfaces. Thanks to its compact design, the truck can be manoeuvred precisely in confined areas. The robust construction and high-quality drive technology support a long service life and reliable performance in daily use.

Key Dimensions & Core Specifications

Max Weight (Load Capacity): 2,000 kg (2.0 Tonne).

• Max Lift Height: 205 mm (Lowered fork height sits at a low entry 78 mm).

• Operating Vehicle Width: 720 mm (Engineered for narrow paths and loading dock lanes)

Compact Engineering & Agile Performance

• Stable Frame Construction: Built with two premium lift cylinders to support symmetrical load balancing and prevent tip or drag during heavy movement.

• Ergonomic Lift & Drive: Fully electric driving and lifting functions significantly reduce operator fatigue, ensuring comfortable control for both left and right-handed users.

• Confined Space Manoeuvrability: Ultra-short front chassis dimensions ensure a tight turning circle, allowing effortless, exact positioning inside cramped storerooms, delivery lorries, and shop floors.

• Straightforward Goods Handling: Low-slung 78 mm structural fork profile allows operators to effortlessly capture damaged, non-standard, or shallow low-entry pallets.

• Reliable Daily Operations: Rapid maintenance access alongside opportunity-charging Lithium-Ion battery technology maximizes shift availability across high-demand fulfilment environments.