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Specification

Operator type:

Seated

Load capacity (kg):

3500

Wheelbase:

1740 mm

Lift height:

3000 mm

Turning radius:

2405 mm

EFL353

The EFL353 is a 3.5-ton electric counterbalance forklift combining robust IC-style design with the latest 80V/280Ah lithium power system.

It offers high ground clearance, steady traction, and smooth operation for dependable performance across demanding environments.

How we can help

It can be tricky selecting a new forklift truck, as there is a wide range of different styles and purpose-specific trucks. We’re happy to provide experienced advice to ensure you pick the one that suits your budget and purpose. In addition, we also offer forklifts for hire at competitive prices. Get in touch with us to learn more.

Questions? You’re covered.

The EFL 3 Series combines the rugged power of IC forklifts with the sustainability and efficiency of Li-ion technology. It delivers comparable performance and endurance without fuel costs, noise, or emissions, making it ideal for businesses transitioning to greener operations.

The series is powered by an 80V Li-ion battery system ranging from 205Ah to 560Ah. These high-capacity batteries offer long runtime, zero maintenance, and fast charging up to 200A, ensuring continuous productivity in multi-shift operations.

Absolutely. With its IC-style chassis, large solid rubber tires, and high ground clearance, the EFL 3 Series handles uneven terrain and outdoor conditions with ease. Optional fully enclosed cabins with heating or AC systems make it suitable for year-round outdoor use.

The EFL 3 Series offers an ergonomic workspace with adjustable steering, a suspension seat, and a clear LED display for essential information. Optional hydraulic joystick controls provide precise handling, while excellent visibility and low noise levels reduce operator fatigue.

Safety is reinforced through the OPS operator presence system, card access start, and optional telematics integration. These systems enable real-time tracking, usage monitoring, and performance optimization for efficient fleet management.

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