Vehicle Body Stabilisation TRIZ Cases

Convex air-guiding body minimizes transverse flow and turbulence at vehicle wheels, lowering overall air resistance.

Telescoping shell segments extend rearward to taper the wake profile, reducing pressure drag forces that static body shapes cannot address at high speeds.

Repositionable counterweight arms shift mass relative to the vehicle frame, reducing overall weight while maintaining towing capacity.

A pivotable rear air guide element spans a gap with a secondary component to shift the airflow trailing edge.

Genetic optimization dynamically adjusts vehicle control surfaces based on pressure sensor data, resolving inefficiencies from fixed aerodynamic designs.

Pivotable trailer coupling mount hides behind adjustable air-guiding element to reduce visual interference and aerodynamic drag.

An integrated flap and plasma actuator guide airflow obliquely to reduce turbulence, noise, and vibration around protruding wheels.

A connection plate supported by a protruding structure decouples the hinge from counterweight vibration, improving durability and assembly flexibility.

A self-balancing vehicle uses a controller to shift its center of gravity for dynamic stability.

Welded support member forms an integral air curtain duct within the bumper fascia to direct airflow.

A vehicle aerodynamic element moves along longitudinal and lateral axes to adjust force distribution.