The spacer is usually used when the wheel offset is not ideal. Many people also use it in competitions and racing events. So long as you aren’t going with the wrong size spacers, there shouldn’t be any negative effect on performance. In fact, wheel spacers provide many advantages in performance improvement. By pushing the wheels out, they enlarge the track width. A wider stance will be desirable to reduce the rolling tendency and enhance stability.
A wider track also means less weight transfer during cornering which in turn yields more total grip. Even if you don’t change the tires, you will experience better handling of curves and swerving. Install proper spacer, you can minimize any impact on the dynamics. As this space increases, you lower the risk of the tire rubbing the suspension or brakes. This gives you added confidence to racing events as well as an improved driving experience.
Does the Precision of the Spacer Matter?
Since a spacer is a connecting part that holds the vehicle hub and wheel together, yes, you absolutely needed high-precision wheel spacers. The precise spacers are generally produced by CNC machines, which ensures a smooth surface and stable construction. In other words, the higher the precision, the better the performance. When you find a wheel spacer supplier, you can review the quality by checking the precision.
BONOSS forged lightweight plus are precisely machined with a few hollow holes. The hollowed hole is a proven design that is effectively reducing weight meanwhile ensuring safety and reliability. On average, a BONOSS lightweight spacer is more than 30% lighter than the previous-gen product. Adding such a small lightweight component wouldn’t noticeably slow a car down. In other words, they will not negatively affect your car performance.
What Is Performance Spacer Made Of?
In the automotive world, 7075-T6 Aluminum offers an excellent balance of properties that make it a reliable choice for a performance wheel spacer. Quality 7075-T6 aluminum offers the most strength, to the extent that it is comparable to that of steel. This makes a 7075-T6 spacer hard, strong and tough. The tensile strength is up to 572 Mpa and the yield strength is up to 503 Mpa. Having this spacer installed, you will never worry about cracking or breaking.
The 7075-T6 aluminum is the preferred choice for the aerospace, marine, and transportation industries, where low weight and high-stress resistance are crucial factors. It’s worth noting that compared to other aluminum alloys, in the same volume, its weight is relatively lower. That is why it is often used to make high-end performance spacers. A set of quality 7075-T6 wheel spacers will never disappoint you.