Hyster launches XN2 electric forklift series

Excerpt: Hyster has launched its XN2 electric cushion tyre forklift range. The series covers 2,200kg to 3,500kg indoor handling applications.

Hyster has launched the E2.2-3.5XN2 electric cushion tyre forklift range, extending its XN platform for intensive indoor materials handling applications.

Covering lift capacities from 2,200kg to 3,500kg, the series is designed for demanding environments including logistics, food, retail, automotive, chemicals, construction, metals, paper, wood, and beverage operations. The trucks combine electric drive with a compact cushion tyre format suited to indoor movement and tight handling areas.

Lead-acid, lithium-ion, and thin plate pure lead power options are available, giving fleet strategies more flexibility around charging behaviour and battery management. Hyster is also offering lithium iron phosphate battery options, modular battery designs, permanent magnet motor configurations, and hydraulic pump options intended to support efficiency and duty-cycle flexibility.

Safety and uptime features include a dynamic stability system that monitors operating conditions and limits truck functions when unsafe conditions are detected. Wet disc brakes, an enhanced steer axle, telemetry diagnostics, a full-colour touch display, and multiple hydraulic control options are also included across the range.

Electric forklift purchasing has moved beyond a simple diesel or LPG replacement discussion, with sites now weighing energy cost, charging access, maintenance capacity, operator comfort, noise, emissions, uptime, and shift structure together. Battery selection has become a fleet planning decision rather than an equipment afterthought.

Lead-acid remains familiar because existing infrastructure and maintenance routines are already built around it. Lithium-ion can support opportunity charging and lower maintenance, while TPPL gives another option where different charging behaviour is needed without moving immediately to a full lithium strategy.

Battery development is becoming one of the main competitive areas in materials handling. Jungheinrich’s work using AI to accelerate battery testing underlines how much attention is now going into chemistry, runtime, thermal stability, lifecycle performance, and safety validation.

Service capability is rising in importance for the same reason. As fleets become more software-enabled and battery-dependent, maintenance work increasingly includes diagnostics, charging behaviour, telemetry, electrical systems, and higher-voltage equipment alongside conventional mechanical tasks.

The UKMHA’s focus on technician safety reflects the risks created when complex equipment is maintained in live customer environments. Electrified materials handling fleets require equipment suppliers, site teams, and service providers to treat maintenance planning as part of the electrification programme.

The XN2 launch arrives as warehouses and factories look for practical electrification rather than experimental technology. Fully automated handling has clear potential in highly standardised sites, but counterbalance forklifts remain central where loads, routes, schedules, and work areas vary across the day.

Operator comfort is also tied more closely to productivity and retention. Skilled forklift drivers remain difficult to recruit and retain in many markets, while repetitive handling in busy indoor spaces carries fatigue and safety risks; better visibility, steering control, displays, stability systems, and lower vibration can improve usability as well as accident prevention.

Fleet renewal decisions now reach into building infrastructure. Charging positions, power availability, shift overlap, battery rooms, maintenance routines, and telematics data all influence whether an electric forklift fleet delivers the expected benefit once trucks are deployed on the floor.

Hyster’s E2.2-3.5XN2 range strengthens the middle ground between conventional manual handling and highly automated warehouse systems. In mixed, imperfect, high-pressure operations, flexible electric forklifts will carry a large part of the electrification workload because the work itself remains too variable for fixed automation alone.