How the distance between upper and bottom wishbone is important

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In summary, the conversation discusses the importance of the distance between the upper and bottom wishbone in a 3D model of a tilt light car. The speaker shares their problem with placing the top front wishbone high and questions what would happen if it was placed lower and made narrower with an asymmetric knuckle position. They also mention a forum discussing race car suspension and reference Enzo's GTO as an example of a heavy 12-cylinder car with a lightweight body and frame design. Front-end geometry is said to be a minor concern compared to other design challenges from the past.
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Ikac
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How the distance between upper and bottom wishbone is important. I design 3D model of tilt light car and I have problem with 3d model because I can't place the top front wishbone high. In technical view and dynamic aspect, what's happen if I place the top front wishbone lower, decrease its width and position knuckle asymmetric in the wheel, how much knuckle could be position low inside in the wheel
 
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o n this forum see

race car suspension class Jul22-09, 12:03 PM
 
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Car 101 - Go back to Enzo's GTO and look at that. OK, you might think that a 12 cylinder gas engine would be really heavy. Think that over again. Surely that car might be heavy enough to cause problems on the track - think that over, too. All aluminum body-panels and welded steel-tubed frames took care of that. Front-end geometry is rather trivial when compared to some of the issues that car designers dealt with over 40 years ago.
 

Related to How the distance between upper and bottom wishbone is important

1. What is the purpose of the distance between the upper and bottom wishbone?

The distance between the upper and bottom wishbone is important because it determines the suspension geometry of a vehicle. This affects the handling, stability, and overall performance of the vehicle.

2. How does the distance between the upper and bottom wishbone affect the ride quality?

The distance between the upper and bottom wishbone plays a crucial role in the ride quality of a vehicle. If the distance is too long, the ride will be stiff and harsh. If it is too short, the ride will be bumpy and uncomfortable. Finding the right balance is important for a smooth and comfortable ride.

3. Can the distance between the upper and bottom wishbone be adjusted?

Yes, the distance between the upper and bottom wishbone can be adjusted. This is typically done by adjusting the length of the suspension arms or by using adjustable suspension components. This allows for fine-tuning of the suspension geometry for different driving conditions or preferences.

4. What happens if the distance between the upper and bottom wishbone is not properly set?

If the distance between the upper and bottom wishbone is not properly set, it can lead to handling issues such as poor cornering, uneven tire wear, and a rough ride. It can also put unnecessary stress on the suspension components, leading to premature wear and potential failure.

5. How does the distance between the upper and bottom wishbone affect the vehicle's alignment?

The distance between the upper and bottom wishbone plays a role in the vehicle's alignment. If the distance is not consistent on both sides, it can cause the wheels to be misaligned, resulting in uneven tire wear and potentially affecting the vehicle's handling and stability.

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