Car modification mushroom head: Does modifying the mushroom head damage the car?

Car modification mushroom head: Does modifying the mushroom head damage the car?

There are many ways to increase car power, and a simple method is to modify the car's intake system. So what impact does modifying the intake system have on the car? Car modification mushroom head: Does modifying the mushroom head damage the car?

Car modification mushroom head: Does modifying the mushroom head damage the car?

The modification of the intake system is usually completed by replacing the high-flow air filter. Modifying the intake can reduce the intake resistance of the engine and improve the engine's operating efficiency, thereby achieving the effect of increasing vehicle power. However, the modification of the intake system is not perfect. Modifying the intake system can reduce intake inertia, leading to low-speed powerlessness and increased fuel consumption. Therefore, if you want to modify the intake, these are all factors to consider.

Car modification mushroom head: What is a mushroom head?

The mushroom head, also known as a high-flow air filter, is so named because it resembles a mushroom growing in the ground. It is a filtering device installed in the engine's intake system, and its main function is to filter air and increase intake volume. However, simply adding a mushroom head actually has a very small effect on the vehicle's power increase. Moreover, installing a mushroom head can weaken intake turbulence, reduce low-speed torque, and its filtering effect is not as good as the original factory one. A major drawback is that it can damage the engine and accelerate internal wear, thus damaging the vehicle.

Whether the modified mushroom head is suitable is not necessarily related to naturally aspirated engines or turbocharged diesel engines; the actual effect of the modification varies from car to car. If your engine is a small displacement naturally aspirated engine, it will have a higher driving force than the ECU program flow modified with the mushroom head. If you have a high-power naturally aspirated engine, modifying the mushroom head can still have a certain practical effect, but the airbox and intake duct must be improved together; otherwise, it will jeopardize the high efficiency of the intake.

Car modification mushroom head: What is the use of modifying a naturally aspirated engine with a mushroom head?

1. It has a certain practical effect, but the actual effect is not very significant. On one hand, it is necessary to increase the car's driving force to increase intake volume; on the other hand, controlling the ignition advance angle is particularly important. If the fuel system provided after increasing the intake volume does not show additional gasoline and diesel, it will not significantly improve the car's driving force. Secondly, high-flow intake will continuously reduce the pressure in the intake duct, which may jeopardize the car's low torque performance to some extent.

2. Whether the modified mushroom head is suitable is not necessarily related to naturally aspirated engines or turbocharged diesel engines; the actual effect of the modification varies from car to car. If your engine is a small displacement naturally aspirated engine, it will have a higher driving force than the program flow modified with the mushroom head. If you have a high-power naturally aspirated engine, modifying the mushroom head can still have a certain practical effect, but the airbox and intake duct must be improved together; otherwise, it will jeopardize the high efficiency of the intake.

Car modification mushroom head: What should be noted when modifying the intake?

Let's return to the mushroom head issue. Now many mushroom heads come with a set of pipes. Before installation, be sure to check the wood and parts in the engine compartment in advance; otherwise, it will be difficult if you find out it doesn't fit after buying it. The heat insulation of the Tsukuba intake is also particularly important. If the average intake temperature is too high, the oxygen content in the air will decrease, which will also jeopardize the output of driving force.