On October 30, 2025, the application boundaries of off-road forklifts are constantly expanding, extending from traditional construction sites to fields such as agriculture, forestry, energy, and emergency rescue. In agricultural scenarios, 1-3 ton vehicles can be equipped with grab buckets or gripper attachments to quickly complete agricultural product picking and storage handling; In forest areas, the high ground clearance and puncture resistant tires can pass through soft ground and shrubs, achieving efficient loading and unloading of wood.

The energy industry also relies on the reliability of off-road forklifts. In oilfield development, its explosion-proof design and corrosion resistance can adapt to high temperature, high humidity, and flammable environments; At wind power installation sites, large tonnage vehicles can lift heavy equipment to heights of tens of meters, helping to promote green energy construction. In addition, the rapid loading, unloading, and handling of military supplies during wartime also highlights the strategic value of off-road forklifts.

Faced with diverse demands, the transmission system of off-road forklifts continues to be upgraded. Static pressure transmission technology combines variable displacement pumps and motors to achieve stepless speed regulation and constant power, improving traction under complex working conditions; The integration of hydraulic transmission and mechanical transmission balances high efficiency and low cost.

In daily maintenance, users need to pay close attention to the braking system. Except for small tonnage models that use expansion shoe brakes, large tonnage models are generally equipped with caliper disc or wet brakes, and the brake fluid level and brake pad wear need to be regularly checked to ensure that the braking distance meets safety standards. At the same time, the damping rubber sleeve and hydraulic cylinder of the suspension system need to be lubricated quarterly to maintain smooth driving.