00:00People worry that the deep root spacers will cause real vibration.
00:03In fact, root spacers do not cause vibration. If there is a sure sign of vibration,
00:10it is highly recommended to have an inspection. The fiddiness of the deep root spacers
00:16and the tightness of the lug nut are the two first factors you should focus on.
00:21If you do everything right, there should be no vibration problems.
00:24Most root vibration problems are balanced on lug-centric chip spacers.
00:29A lug-centric spacer means that there is a larger hole in the center.
00:34The lug holes are also made larger to fit the variety of vehicle.
00:38Without a tight fit, these spacers are only centered on the vehicle hubs by the wheel studs.
00:45If you use these chip spacers, there is a high risk of the wheel vibration.
00:50In this case, well-manufactured half-centric deep-wheel spacers will be the easy solution.
00:56As long as you use quality deep-wheel spacers and install them properly,
01:00they will be safe and reliable for off-road use.
01:03Since the wheel studs and the lug nut use a clamping force to secure the deep spacers and wheels,
01:10if the wheel studs or lug nuts are not strong enough to support this force,
01:14they will likely be banned by road impact.
01:17The included wheel studs of the bonus deep spacers are made of the high-strength Ford SCM440 aluminum steel.
01:25They have a rich ISO standard grade 12.9.
01:29With high strength, your deep spacers can withstand more forces without braking.
01:34Hub-centric deep wheel spacers keep the wheels centered and balanced on the vehicle hub while driving.
01:39After the spacers and wheels are properly tightened,
01:42the hub-centric rings cover the gap between the center holes of the wheels and the vehicle hubs.
01:48Thus, hub-centric deep wheel spacers are important because they ensure that the wheels are perfectly
01:54secure to the vehicle.
01:55This helps to prevent any kind of vibration problems.
01:59Bonus deep spacers are designed with superior multi-stage hub-centric rings.
02:03The hub-centric mid-range is much trained to be multi-layers,
02:07and the transfers match the corresponding hub-range, eliminating any possible gaps.
02:12There are also precision CNC machined to a tolerance of 0.02 mm.
02:17This improves the fit and functionality of the spacers.
02:21Since GPU spacers are components that can touch other parts,
02:26you absolutely need high tolerance.
02:31No AI was used in the creation of this video.
02:35All editing was done manually.
02:38See you in the next video.
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