Wheel Spacer System 2 RT (RaceTech) - 12434RT
Push-through system with double centering
Our RaceTech spacers differ from standard wheel spacers in terms of both technology and weight! RaceTech spacers are made exclusively from EN AW 7075 aluminium alloy, a material used in the aerospace industry, making them even more resilient than our standard spacers. Thanks to this premium-grade material, we are able to reduce weight in the RaceTech system through specific geometric optimisations. In short: RaceTech spacers are stronger and lighter than conventional wheel spacers!
The wheel spacer 12434RT is a push-through system with double centering, which ensures ideal driving behaviour and prevents unwanted vibrations.
For spacers narrower than 12mm, the fit between the vehicle's hub and the wheel have to be checked** - For help on this, please refer to our System 2 fitment info sheet - Download info sheet / Download dimension sheet. For difficult cases, there are usually different versions of the wheel spacers - We will be happy to advise you!
From spacer thicknesses over 25mm, make sure that suitably long wheel bolts are available. Longer wheel bolts or knurled stud bolts are required, which must be ordered separately. Please ensure that the type of fastening hardware matches (conical, spherical or flat seat, thread and shaft length).
Technical data:
- Spacer thickness: 12mm per wheel (= 24mm per axle)
- Bolt pattern/PCD Pitch circle diameter(s)*: 112/5 + 112/5
- Hub: 66,6mm
- Chamfer size PHO (standard spacer - rim side):
- Hub bore depth NLT (standard spacer - vehicle side): mm
Packaging unit: 2 pieces (= 1 axle)
Watch mounting video on YouTube
Download mounting instructions as PDF file
*It may be a so-called double PCDs. The article can be used for vehicles with either PCDs.
**Consider the values PHO and ZBH from our dimension sheet in connection with the values PHO and NLT of the spacer.
NLT (spacer) >= ZBH (vehicle) und PHO (spacer) <= PHO (rim) (Download info sheet)
All images are for illustrative purposes only and are not to scale.