Tile floor:
Ceramic tile floors are relatively flat and have a moderate coefficient of friction. Electric wheelchairs can usually travel smoothly and quickly on this surface, and have good controllability. If there is water on the surface of the tiles, making it slippery, it will reduce the grip of the tires and lead to the risk of losing control.
Carpet floor:
Carpets are usually softer, and for electric wheelchairs, the driving resistance may be slightly greater, especially for thicker or shaggy carpets, which may reduce the propulsion efficiency and speed of the wheelchair. But carpets can also provide a certain cushioning effect for electric wheelchairs, making the ride more comfortable and less bumpy. But if the wheelchair has small tires or lacks power, it may be hindered when negotiating carpet.
Gravel road:
Uneven or rough surfaces such as gravel roads will greatly increase the difficulty of driving an electric wheelchair. This type of road has high friction, which will cause the tires to wear faster. Sand and gravel may be embedded in the wheel gaps, affecting the wheel rotation, and the motor needs to overcome Greater resistance. There is a strong sense of bumps during driving, which poses challenges to passenger comfort and equipment stability.
In order to adapt to different ground environments, some electric wheelchairs are equipped with wide tires or all-terrain tires to enhance grip and shock absorption. In addition, choosing an electric wheelchair with an excellent suspension system and strong driving capability can provide a better driving experience in various road conditions. In general, electric wheelchair users should choose the appropriate wheelchair configuration based on their actual needs and the road conditions they often come into contact with.