Wheel spacers are important in your handling improving project, arguably say. Car handling is a subjective matter. It is the way a car performs on the road during acceleration, braking, cornering, controlling, and maintaining stability when moving in steady conditions. There are a few ways to improve the handling of your cars, such as getting new tires, investing in some good rims, upgrading to new springs and shock absorbers, or others. And wheel spacers aid to install these components correctly.
Properly spacing your wheels out a few millimeters with wheel spacers is also a way to enhance handling. By increasing the track width, the contact points of tires are expanded, which results in more stability and smoothness. This also improves the rollover resistance. A car with perfect handling gives satisfaction to the driver and makes the drive safe and enjoyable.
How Do Wheel Spacers Work in Handling Enhancement?
When it comes to handling performance enhancements, wheel spacers more likely act as auxiliary parts. No other part of your car has as much effect on handling as your wheels and tires. The tires are the only parts that connect the car to the road, and thus it’s the first place you should look to upgrade if you want to go faster in the bends. You’ll probably need a set of nice and big rims so that you can fit fat tires with plenty of grips.
However, your car’s OEM design will limit how far you can go here. In this case, wheel spacers create more space to accommodate larger wheels and tires. By moving the whole wheels further out, they prevent the rims or tires from rubbing against the inner wheel arches, shock absorbers, and other parts. So, keep an eye on the wheel spacers and use them if needed.
Are Aluminum Wheel Spacers Better?
There are steel and aluminum wheel spacers available in the market. In short, aluminum wheel spacers are better than steel ones. The thermal conductivity of aluminum alloy is three times that of steel or iron. Therefore, the forged aluminum wheel spacers dispel heat quickly and keep the temperatures of wheels and brake rotors low, maintaining optimal operating temperatures for the braking system. This is especially helpful for a vehicle that usually travels at a high speed.
BONOSS active cooling wheel spacers are designed with heat dissipation grooves to make brake cooling better. The heat dissipation grooves behind the spacers are boosting the cooling efficiency, reducing brake thermal decay, and improving road safety. Distributed in petal shape, these grooves allow the external cold air to flow continuously inside the wheel spacer when it rotates. The air takes away the heat, so it achieves the purpose of actively dissipating heat for the brakes. This leads to the extended lifespan of brake parts and reduces the overall maintenance cost of the brake system.
