Operation Flexibility Analysis of BYD CPD18S Three-Fulcrum Structure

Foundation design characteristics of three-pivot structure

Optimal Design of Vehicle Rotation Radius

This three-point handling equipment relies on the mechanical structure layout of the three-point support. On the premise of ensuring the stability of the body under the rated load, the redundant rear wheel spacing design of the traditional four-wheel equipment is cancelled, and the minimum turning radius of the vehicle is greatly reduced. There is no need to reserve too large steering operation space, and it is suitable for many narrow areas that the traditional handling equipment cannot enter. The force distribution of the entire support structure has been adjusted for many working conditions, and there will be no rollover hazard due to the reduction of the body size. The safety attributes of daily operations meet the relevant specifications.

Adaptation and Adjustment of Power Steering System

The damping setting of the steering operation fits the operating habits of regular operators, the steering stroke is short, and the control response is smooth, even novice operators can get started quickly, without the need for a long adaptation period. In the intensive storage yard scene with frequent direction adjustment, this set of steering adjustment can effectively reduce the operator's fatigue, and long-term operation will not cause obvious muscle strain problems due to repeated direction.

Flexible performance in complex operating conditions

Narrow channel scene adaptation capability

The width of the shelf passage in many warehouses is controlled between 1.8 meters and 2 meters, making it difficult for conventional four-wheel handling equipment to complete the steering and U-turn operation. This equipment relies on the structural advantages of three points to easily complete the full steering operation in such narrow passages, successfully completing the goods storage operations of the shelves on both sides, effectively improving the utilization rate of storage space, and does not need to expand the wasted storage area of the passage. In many compact storage scenarios, equipment equipped with this type of structure can plan nearly 20% more shelf points on the basis of the original space.

Small space operation performance

In areas with limited space such as indoor platforms, elevator cabins, and small workshop aisles, the equipment can flexibly adjust the route of travel, without the need to repeatedly move the car to adjust the position, and can stop at the designated cargo access point in a single time, reducing the time for invalid operations and improving the overall operation flow efficiency. This kind of flexibility is especially suitable for the daily handling needs of scenarios such as supermarket logistics, small production workshops, and dense sorting warehouses.