With the continuous advancement of technology, cleaning robots are gradually replacing traditional manual cleaning methods, bringing a "cleaning revolution" to our living environment with their high efficiency, intelligence, and convenience. In this revolution, wheel hub motors serve as the "feet" of cleaning robots, and their tire selection not only affects the robot's mobility, but also directly impacts cleaning efficiency and stability.

1. Tire material

Firstly, we need to pay attention to the wear resistance of tires. Cleaning robots often need to work in various complex environments, such as tiles, carpets, etc., which requires tires with excellent wear resistance to ensure long-term work without rapid wear. Tires with strong wear resistance not only improve the service life of robots, but also reduce maintenance costs.

Secondly, the grip of the tires is equally important. The cleaning robot needs to maintain stability during operation to avoid poor cleaning results caused by sliding or tilting. Especially in wet or oily environments, the grip of tires will directly affect the stability and safety of robots. Therefore, when choosing tires, we need to prioritize materials with excellent anti slip performance.

In addition, the quietness of tires cannot be ignored. Cleaning robots usually need to work in home or office environments, and excessive noise can seriously affect people's normal life and work. Therefore, choosing tires with good noise reduction performance will help improve the user experience of cleaning robots.

2. Tire size and shape

Size: The size of the tire should be reasonably selected based on the size and weight of the cleaning robot. Larger tires can provide better stability and off-road capabilities, but may also increase the overall size and weight of the robot. Therefore, when choosing tire size, it is necessary to weigh the size, weight, and performance requirements of the robot.

Shape: The shape of the tire also affects the driving performance of the robot. For example, circular tires can provide better rolling performance and stability, while flat or specially shaped tires may be more suitable for driving on specific surfaces.

3. Special needs considerations

Environmental adaptability: Select tires with special performance based on the usage environment of the cleaning robot. For example, cleaning robots used outdoors or in harsh environments may require the selection of tires with UV resistance, weather resistance, and corrosion resistance.

Maintenance cost: Consider the maintenance cost of tires, including replacement cycles, repair difficulty, and expenses. Choosing tires that are easy to maintain and replace can reduce the operating costs of robots.

In summary, the selection of wheels, motors, and tires for cleaning robots needs to take into account multiple factors such as wear resistance, grip, quietness, and special requirements. Only by choosing the right tires can we ensure that the cleaning robot can perform well in various environments, providing us with more efficient, stable, and convenient cleaning services.



Shenzhen Zhongling Technology focuses on the research and development, production, and sales of wheel hub motors. It has rich experience in tire selection for cleaning robot wheel hub motors and has also been verified by customers, achieving good results.