Jungheinrich presents its new high-performance electric counterbalance forklifts

Jungheinrich presents the new Efg series 5, a new generation of powerful electric counterbalance forklifts for heavy-duty applications.

With capacities of up to 5 tonnes, a load centre of 500 or 600 mm and lift heights of up to 7.500 mm, the series completes the upper end of Jungheinrich's forklift range. It is aimed particularly at customers in the industrial sector, including the building materials, beverage and automotive industries, where forklifts with internal combustion engines are still frequently used. Its robust design, generous power reserves and drive technology developed for the most intensive applications make it possible to tackle demanding tasks entirely electrically and across multiple shifts, without compromising on performance.

Significantly better performance in day-to-day operations

The completely redesigned drive and hydraulic systems make it possible to increase productivity by up to 15%. Two powerful drive motors ensure high dynamic performance even at full load and enable a maximum speed of 20 km/h. The new, energy-efficient Synchronous Reluctance Lift Motor Plus (SRM+) makes storage and retrieval operations faster, while also significantly reducing lifting and lowering times. This is particularly effective in applications involving frequent load changes or block stacking.

The approximately 50% increase in hydraulic oil flow enables faster, more precise movements when using attachments. As a result, even large attachments respond quickly and can be moved precisely and under control, even with heavy loads.

The Efg series 5 is available in two performance configurations: efficiencyPlus is geared towards energy-efficient operation while maintaining consistent performance, whereas drive&liftPlus is designed to maximise productivity, thanks to particularly dynamic acceleration, higher travel speeds and faster load lifting and lowering.

Driving position optimised for ergonomics and visibility

In addition to the significant increase in performance, development of the new generation focused on further improving the driving position. Around 5% more foot space, an optimised pedal layout and new seat options, including premium seats with pneumatic suspension, increase operator comfort and reduce fatigue during work. The cab, which is isolated from the truck chassis, significantly reduces vibrations and noise inside the driving position—an important advantage during extended periods of use and in multi-shift applications.

The truck structure has been redesigned specifically to make work processes safer and more productive: B-pillars that are 30% thinner and a glass door improve overall ergonomics and visibility. The panoramic glass roof, with no crossbars, provides optimum upward visibility.

Assistance systems for greater safety in heavy-duty applications

Thanks to a wide range of assistance and safety systems, the new Efg series 5 can be configured to meet specific application requirements. These include proven functions such as curveControl, driveControl, liftControl and zoneControl. The optional addedView camera system, supported by artificial intelligence, enhances operational safety by actively helping to prevent accidents in the most complex work areas: it continuously monitors the surroundings, issues audible and visual warnings, and automatically reduces speed when it detects potential hazards.

The comment

"With the new Efg series 5, we are offering our customers a fully electric solution for tasks that have often until now been handled by diesel forklifts. The new models combine high productivity and reliability and are specifically designed to tackle the most demanding and intensive tasks. Safety is a fundamental factor in productivity, especially in demanding and intensive applications. The assistance systems on the Efg series 5 significantly reduce the operator's workload while increasing the reliability of processes in warehouses and company premises," says Phillipp Brandl, product manager at Jungheinrich.

This article was translated from the original Italian version with the assistance of artificial intelligence. In case of discrepancies, please refer to the original Italian version.