Installing Mazdaspeed 3 wheel spacers is a popular and effective modification that enhances the wheel style and performance. By pushing the wheels further away from the vehicle hub, they increase the track width, hence reduce body roll. Aesthetically, spacing out your wheels to a certain distance will change the way your vehicle looks.
By adding the proper-size Mazdaspeed 3 wheel spacers, the wheels will stick out to flush the fenders, giving your car a more sporty and fiercer look. Selecting the right spacer size is essential for achieving the best results without compromising safety. To avoid costly mistakes, our tire expert list 5 critical tips for torquing Mazdaspeed 3 wheel spacers safely.
How to Properly Install Mazdaspeed 3 Wheel Spacers?
Clean the Thread:
When torquing the lug nuts, make sure that the stud and nut threads are clean and dry with no oil, or grease. Don’t apply lubrication to the wheel’s hardware.
Use a Torque Wrench:
It is recommended to use a good torque wrench to tighten the Mazdaspeed 3 wheel spacers to proper torque specs. Set the torque wrench to the manufacturer’s recommended value. Then simply turn the wrench handle until it reaches the torque mark.
Correct Torque Specs:
The REFERENCE torque specs for Mazdaspeed 3 wheel spacers is 83.3 ft-lbs (113 Nm). For some wheels or applications, you may need more or less tightening torque. So, it’s best to consult a tire specialist to ensure the exact torque spec before operating.
Proper Torque Sequence:
Start threading the hardware by hand, then use the torque wrench to tighten spacer wheel nuts in a crisscross sequence. When the wheel nuts are properly torqued down, you will feel a click around the head of the wrench. Don’t trust an impact gun can settle everything down.
Re-torque Spacers:
It is crucial to re-torque your new wheel spacers after the first 50 to 100 driving miles. Then, just re-torque them every routine tire maintenance. By torquing each wheel nut to the proper torque specification, your new wheel spacers will safely function.
What Are the Best Mazdaspeed 3 Wheel Spacers for Sale?
High-end wheel spacers are produced with top-quality materials to provide optimum performance to the vehicle. For example, BONOSS forged active cooling Mazdaspeed 3 wheel spacers are made of advanced machinery and undergo a series of safety tests before leaving the factory. BONOSS offers several key advantages that make their spacers a top choice.
1. Active Cooling for Safe Upgrades
BONOSS forged active cooling Mazdaspeed 3 wheel spacers are helpful in improving brake cooling efficiency. The heat dissipation grooves send the external cold air to flow continuously inside the wheel spacer when it rotates. The air takes away the heat to actively dissipate heat for the braking system. This boosts the cooling efficiency, reducing brake thermal decay, and improving road safety.
2. Side Knurling for Enhanced Stability
BONOSS forged active cooling Mazdaspeed 3 wheel spacers are finished with a knurling surface on the sides. Knurling can enhance the aesthetics and enlarge the side area so that it can contact more air, boost the heat dissipation effect, and also reduce internal stress. That means improving the performance, strength, and durability.
3. Hard Anodizing for Improved Durability
Since BONOSS forged active cooling Mazdaspeed 3 wheel spacers are made of aluminum alloy, they won’t rust easily. What’s better, BONOSS applies a special hard anodized surface treatment to further resist rust and corrosion. Anodizing creates a perfectly formed to ensure the spacer surface of unparalleled corrosion resistance. So, your wheel spacers won’t rust over time.
Final Verdict: Elevate Your Mazdaspeed 3 with BONOSS
With these outstanding advantages, it’s clear that BONOSS forged active cooling Mazdaspeed 3 wheel spacers offer exceptional safety, durability, and professionalism. Whether you’re upgrading the aesthetics or improving the handling, choosing BONOSS ensures that you get a product that meets the highest standards of performance and quality. Your car deserves the best.
(Hi, I’m Kevin Brian, an experienced mechanical engineer. All articles, images, and videos are human-produced to ensure the best user experience. They are not generated by Artificial Intelligence (AI) Models or tools.)
