At many engineering sites, equipment faces less than ideal operating conditions every day. Wheeled forklifts may be required to traverse gravel fields, dirt roads, construction areas, and even move heavy loads on ramps and uneven ground. Compared with equipment operating in fixed locations, outdoor construction machinery must not only complete the task of "moving", but also need to ensure that it can "walk and pass smoothly".
Tires are key components that have direct contact between equipment and the working environment.
How do large-size tires improve equipment passing capabilities?
One of the biggest differences between wheeled forklifts and other equipment is that the application environment is more open.
Other equipment usually operates on flat roads such as warehouses and factories, where the ground conditions are relatively stable. Wheeled forklifts are more likely to face outdoor scenes, and road conditions may change at any time.
For example, in stone processing sites, forklifts are needed to transfer stones between sites; at construction sites, construction roads that are not fully hardened need to be passed; in mines or sand and gravel fields, complex roads such as gravel and potholes may also be encountered.
These environments have higher requirements on vehicle chassis height, tire grip and overall passability.
Large-size tires can provide better ground clearance, allowing more space under the car and reducing the risk of the chassis being hit when passing obstacles. It can also help vehicles pass through some small potholes or uneven areas, improving the adaptability of the equipment on non-paved roads.
Larger ground area brings better stability
In addition to passability, the contact between the tire and the ground also directly affects the stability of the equipment.
Wheeled forklifts often need to carry heavy objects during work. When lifting or transferring cargo, the vehicle is subject to the multiple effects of cargo weight and road surface changes.
Larger tires generally have a larger contact patch, which can help the equipment distribute its weight more evenly. After reducing the pressure per unit area, the vehicle will be more stable when driving under heavy load. When outdoor operations require passing through sloping roads or uneven places, good tire configuration can reduce body shaking and improve stability during operations.
Bigger tires are not always better
Although large-size tires can bring better passability and stability, equipment design needs to consider the matching of the entire machine.
There needs to be a reasonable balance between tire size, vehicle weight, powertrain, axle load capacity and job requirements.
If the tire configuration does not match the overall machine design, not only will the advantages be lost, but equipment flexibility and cost of use may also be affected. When selecting a wheeled forklift, in addition to paying attention to parameters such as rated load and engine power, you also need to comprehensively consider tire specifications and overall machine configuration based on the actual working environment.
Tires may seem like a basic component on a wheeled forklift, but they actually play an important role in connecting the equipment to the work environment.
From the ability to pass through complex road surfaces, to the stable performance under heavy loads, to the reliability of long-term outdoor operations, large-size tires are one of the important factors that affect the overall performance of the equipment.
