CLARK S25L 2.5T Forklift
The CLARK S25L delivers premium performance in a space-saving design, combining rugged reliability with advanced operator comfort for demanding applications. Built on CLARK's heavy-duty IC chassis, this compact powerhouse provides exceptional manoeuvrability without compromising durability or lifting performance.
With its compact cushion-tire design and 2,500 kg lifting capacity, the S25L is ideally suited to applications where space is limited while still requiring dependable stability, performance and long-term reliability.
Key Benefits
Compact Cushion-Tire Design
The compact cushion-tire design makes the S25L ideal for operating in tight spaces while maintaining full lifting capacity, stability and dependable performance.
Premium Build Quality
A fully welded steel frame and force-cooled wet disc brakes provide exceptional durability and long-term reliability, even in demanding operating environments.
Operator Comfort
The ergonomic operator cabin features an adjustable suspension seat, hood-mounted hydraulic levers and optimised visibility to provide greater comfort, control and productivity throughout the working day.
Advanced Safety & Control
An interactive LCD dashboard provides useful diagnostics, while engine and powertrain protection systems and an automatic parking brake provide enhanced control, protection and operational security.
Specifications
Applications
The CLARK S25L is designed for demanding material-handling environments, particularly where space is limited, including:
- Warehousing
- Logistics
- Manufacturing
- Distribution Centres
- Industrial Applications
Performance & Comfort
Designed to provide premium performance in a compact footprint, the S25L combines excellent manoeuvrability with the rugged durability of CLARK's heavy-duty IC chassis. The adjustable suspension seat, hood-mounted hydraulic levers and optimised visibility provide a comfortable and ergonomic operating environment, while the interactive LCD dashboard and advanced protection systems provide enhanced control and confidence during operation.