Tensile car parking refers to the use of a tensile car parking structure to provide covered parking for cars. Tensile car parking structures are designed to use tension forces to support their weight, and can be made of lightweight materials such as fabric

Tensile car parking structures are a type of parking facility that utilizes tensile architecture in their design. These structures typically consist of a network of cables or rods that are anchored to the ground at various points and support a covering or roof. The cables or rods are designed to be strong in tension, meaning that they are able to hold up the weight of the roof and any vehicles parked underneath without relying on compression or bending.

One of the main advantages of tensile car parking structures is their ability to span large distances without the need for intermediate supports. This makes them well-suited for use in areas where space is limited or where it is not possible to build traditional parking garages. In addition, tensile car parking structures are typically lightweight and flexible, which means that they are able to withstand strong winds and other weather events without collapsing.

There are several different types of tensile car parking structures, including cable-stayed structures, which utilize cables to support the roof, and tensioned membrane structures, which use a flexible membrane or fabric to cover the parking area. Regardless of the specific type, all tensile car parking structures are designed to be strong, lightweight, and flexible, making them a popular choice for many different types of parking facilities.