Traditional electric flat cars need to lay tracks, which will increase construction costs, but trackless electric flat cars do not need to lay tracks, which not only saves costs, but also improves flexibility and can adapt to various working environments. The trackless electric flat car is one of the most advanced electric flat cars at present. Its working principle is the same as that of ordinary tracked electric flat cars, but it adopts a trackless design. This saves more production costs, and most importantly, the electric flat car will work more flexibly.

The trackless electric flat car is not restricted by the track, can move freely, and can be used for transportation in docks, factories, etc.

The BWP trackless transport vehicle is a wheeled transport equipment that can be steered at will by manual control. Its power supply mode is battery power supply. The driving wheels and load-bearing wheels can be made of high-strength polyurethane rubber solid tires or pneumatic tires, which get rid of the dependence of the track flat car on the ground rails, do not damage the infrastructure, and can walk freely on the ground without turning at will. Limited by space and ground, the walking direction and route can be changed at any time, which is very suitable for occasions where the running route is not fixed.

The trackless electric flat car uses solid rubber-coated wheels with steel rims. The load capacity of the trackless electric flat car is 2T, 5T, 10T, etc., and the load capacity varies, depending on how much load capacity you plan to use.

As the name suggests, the electric railcar is a kind of car that runs on the track, generally used to carry and transport large objects. There are many material handling options, such as cranes and forklifts. When and under what circumstances would we choose rail cars?

In the first case, special occasions with high-risk, high-temperature, and explosion-proof requirements, such as paint spray booths and sandblast booths. The crane must be inaccessible, and the forklift must be unsafe to drive, so the forklift cannot be selected. But electric rail cars can do these more perfectly.

In the second case, large cargo is transported over long distances, because long-distance transport cranes cannot be selected. Forklifts may have a limited load capacity or may not be selected, and forklifts are not environmentally friendly and waste manpower. Since electric rail cars use electric energy to provide kinetic energy, they are more environmentally friendly, and electric rail cars can be automated, so manpower is saved. What is saved is profit.