You are toying with the idea of mounting wheel spacers on your Audi Q5 to go for a more aggressive stance and stable handling. But are wheel spacers worth it? What are the benefits of using Audi Q5 wheel spacers? In this post, we will explore these questions and share some real cases and examples of Audi Q5 owners who have installed wheel spacers on their cars.
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Benefits of Audi Q5 wheel spacers
Enhancing the aesthetics of your car. Wheel spacers can make your wheels look more flush with the fenders, filling the wheel arches and giving your car a sportier and more muscular look. This can also increase the resale value of your car, as many buyers prefer a wider and more aggressive stance.
Improving the handling and stability of your car. Wheel spacers can increase the track width of your car, which means the distance between the left and right wheels. This can improve the weight distribution and balance of your car, reducing body roll and enhancing cornering performance. Wheel spacers can also reduce the offset of your wheels, which means the distance between the wheel centerline and the hub mounting surface. This can improve the steering response and feedback, as well as reduce the stress on the suspension components.
Allowing you to fit larger or wider wheels and tires. Wheel spacers can create more clearance between the wheel hub and the brake calipers, suspension arms, or inner fender liners. This can allow you to install larger or wider wheels and tires that would otherwise rub or interfere with these parts. This can also improve the traction and grip of your car, especially on rough or slippery surfaces.
Real cases of Audi Q5 owners who have installed wheel spacers on their cars
To give you some inspiration and ideas, here are some real cases of Audi Q5 owners who have installed wheel spacers on their cars.
Case 1: A 2018 Audi Q5 owner installed 15mm front and 20mm rear wheel spacers on his stock 19-inch wheels with 235/55R19 tires. He said that he was very happy with the result, as it gave his car a more aggressive look without compromising the ride quality or comfort. He also said that he did not notice any difference in fuel economy or speedometer accuracy.
Case 2: A 2017 Audi Q5 owner installed 20mm front and rear wheel spacers on his stock 20-inch wheels with 255/45R20 tires. He said that he was very impressed with the improvement in handling and stability, as it made his car feel more planted and responsive. He also said that he did not experience any rubbing or interference issues with the wheel spacers.
Case 3: A 2016 Audi Q5 owner installed 10mm front and 15mm rear wheel spacers from BONOSS on his aftermarket 21-inch wheels with 265/40R21 tires. He said that he was very satisfied with the aesthetics and performance of his car, as it gave his car a more custom and unique look. He also said that he did not have any problems with the wheel bearings or warranty of his car.
Which Audi Q5 wheel spacers brand is recommended?
One of the reputable wheel spacers brands is BONOSS. This brand commits to focusing on high-quality wheel spacers and bolts manufacture. Wheel spacers produced by BONOSS are outstanding and edged in the high-strength that completely ensures safety, and a couple of globally patented designs that add more functions to spacers.
Audi Q5 wheel spacers are high-strength materials like 7075T6 or 6061T6 forged aluminum alloys. 7075T6 aluminum alloy has a compact structure and strong corrosion resistance. It is the best for aviation and marine plates. It has general corrosion resistance, good mechanical properties and anode reaction. The fine grains make the deep drilling performance better, and the tool wear resistance is enhanced.
Besides, Audi Q5 wheel spacers have undergone black anodized coating, which establishes an oxide film of several microns to hundreds of microns that can be formed on the surface of the aluminum. Compared with the natural oxide film of aluminum alloy, its corrosion resistance, wear resistance and decoration have been significantly improved and enhanced.
BONOSS is the pioneer who devised active cooling grooves. These grooves that are designed in light of aerodynamics are engraved to create space for heat dissipation. In the stock brake assembly, there is no space for the brake kit to drop temperature which causes thermal decay and reduces brake response. The active cooling grooves have been tested to aid on relieve thermal decay and improve brake response, especially when wheels rotate fast.
