Four wheel drive off-road forklift breaks through site limitations, improves quality and efficiency of outdoor complex working conditions material handling

Outdoor projects such as urban infrastructure, agriculture, forestry, stone storage yards, and rural engineering commonly have complex terrains such as muddy roads, potholes, steep slopes, and soft gravel ground. Conventional storage forklifts have small ground clearance, insufficient two wheel driv

Outdoor projects such as urban infrastructure, agriculture, forestry, stone storage yards, and rural engineering commonly have complex terrains such as muddy roads, potholes, steep slopes, and soft gravel ground. Conventional storage forklifts have small ground clearance, insufficient two wheel drive power, and are prone to slipping and sinking, making it difficult to adapt to outdoor non-standard site operations. Four wheel drive off-road forklifts have become essential equipment for outdoor engineering handling.

The off-road forklift adopts a full-time four-wheel drive system, equipped with large patterned deep toothed off-road tires and a high ground clearance chassis, with outstanding grip and rescue capabilities. It can smoothly pass through muddy dirt roads, sand and gravel yards, and temporary construction slopes, easily handling steep slopes of up to 30 degrees for cargo driving; The vehicle's heavy-duty frame reinforcement design provides stronger load-bearing stability, making it less prone to tipping over when loaded with heavy materials such as stone, wood, building materials, and pipes.

The equipment combines outdoor mobility flexibility and heavy load capacity, and can quickly replace various attachments such as wooden clamps, tipping buckets, and stone specific forks. One set of equipment covers multiple processes such as wood transportation, building material loading and unloading, construction site debris cleaning, and seedling transplanting. Compared to the combination of multiple small transfer equipment for construction, a single off-road forklift can independently complete the entire process of on-site material transfer, reducing the number of equipment entering the site and compressing the project schedule.

At present, off-road forklifts are widely used in rural road reconstruction, mining stone yards, garden seedling bases, field water conservancy projects, farm grain transportation and other scenarios. They are not constrained by paved roads and can adapt to outdoor terrain all day long, effectively solving problems such as material transportation delays and equipment failures on outdoor construction sites, and helping to efficiently promote outdoor engineering projects.