Electric trackless transfer carts are currently a highly favored tool for handling and conveying equipment, with various steering modes and operating functions, which can meet the different needs of different fields and customers.REMARKABL customizes various types, loads, sizes, functions, and intelligent and automated trackless transfer carts. The trackless transfer cart consists of five major systems: equipment body, driving device, onboard control box, safety protection, and power supply system. The design, manufacturing, installation, and testing of trackless electric transport carts not only meet technical requirements, but also follow engineering machinery and mechanical processing; transfer trolley, high-quality carbon structural steel, various welding requirements and standards, painting and spraying requirements.

REMARKABL designed and produced a 60 tons trackless transfer cart for China Railway Group's overseas projects, 8500*2800 which adopts a hydraulic lifting mode at both ends, maintenance-free lead-acid battery power supply, wireless remote control, and other functions. The customized hydraulic lifting function has reserved modification ports according to customer requirements, and customers can install tooling and tools according to on-site processes and workpiece requirements.

The 60 ton trackless electric transfer cart is a backpack electric flat car used to transfer materials between different locations.

During the operation of the trackless transfer cart, there is an audible and visual alarm to remind people at the application site to promptly detect approaching equipment and take corresponding measures.

The transfer cart is equipped with laser obstacle avoidance, which emits a warning sound when an obstacle is detected. When the obstacle is closer, the control system immediately sends an emergency stop command to stop.

The electric transfer cart is equipped with emergency stop buttons around the body. In case of emergency, the emergency stop button can be pressed nearby to stop the vehicle from running.

The frame structure adopts high-quality steel or box beam welded structure, and the structure, mechanical system, and safety protection devices (strength, stiffness, stability, and anti overturning performance of flat cars) of the car comply with current relevant specifications and standards. Each mechanism can operate safely and reliably, and vibration, noise, and environmental protection meet the requirements of current relevant standards.