Design Of Velocity Stacks For Engines

Design Of Velocity Stacks For Engines

Velocity stacks, also known as air horns, are devices often used on the intake system of engines to increase the speed and volume of air flow to the combustion chamber. This results in improved performance and acceleration of the engine. When designing velocity stacks, it's crucial to consider the diameter, length, and shape of the stack. The diameter has a direct impact on the amount of air that can be drawn in, while the length can be adjusted to tune the speed of the incoming air. The shape of the stack can also impact the flow of air, as a gradual tapering from the inlet to the outlet can improve the overall performance. Additionally, the material used to construct the velocity stack must be taken into account. Materials such as carbon fiber or high-quality metals can result in a more lightweight and durable design that enhances the performance of the engine. Furthermore, the placement of velocity stacks on the intake manifold should also be carefully considered. Placing the stacks in the right location with respect to the engine block and other intake components can result in more efficient airflow and improved engine performance. In conclusion, a good design for velocity stacks should consider the diameter, length, shape, material, and placement of the stacks to achieve optimal airflow and performance in the engine.

velocity stacks, air horns, intake system, engine, diameter, length, shape, material, placement, airflow performance

— Jason Scott