What type of forces do textile brake systems primarily counteract during landing?

Textile brake systems primarily counteract inertial forces during landing. When an aircraft lands, it experiences significant deceleration as it comes to a stop. The inertial forces that need to be countered during this process are a result of the aircraft's mass and its velocity at the moment of touchdown. The braking system works to convert this kinetic energy into thermal energy through friction, helping to reduce the speed of the aircraft efficiently.

Inertial forces are crucial to consider in the context of landing, as they directly relate to how effectively the brakes can slow down the aircraft and bring it to a safe stop. This is especially important given the dynamic environment of landing, where various factors such as speed, weight, and runway conditions all come into play. The textile material used in the brake systems is designed to handle these forces effectively, ensuring reliable and efficient braking performance.