BMW E36_E46 DNA Racing camber adjustment tie rod kit
The only limit of the original suspension is precisely the fact that it cannot be adjusted: the standard suspension arms does not allow this adjustment and unfortunately are mounted on rubber silentblocks.
Our kit replaces the two standard upper arms with other mounted on adjustable motorsport uniball with zero backlash. Our tie rods kit allows the adjustment of camber and eliminates plays determined by standard rubber silentblocks. In order to speed up and simplify the adjustment, our system is supplied with a system with left and right thread on the fork side, other than the adjustment on the spherical ball joint on the other side. Beautiful and inedited the anodized billet Ergal fork with steel thread insert.
The steel tie rod is designed to be heavy duty. The result is the optimization of the footprint of the tire when cornering and therefore the performances of the vehicle in terms of the traveling speed and entrance of the curve as well as higher stability.
| Applications | BMW 3 Series E36 - M incl. (1990 - 2000) / BMW 3 Series E46 - M incl. (1998 - 2005) |
| Materials | Carbon steel Fe 36, MIG welding; Ergal |
| Finishing | Sand blasting, primer, powder coated epoxy heavy duty paint in metallic gray, transparent; Anodozing |
| Pieces included | 2 |
Our kit replaces the two standard upper arms with other mounted on adjustable motorsport uniball with zero backlash. Our tie rods kit allows the adjustment of camber and eliminates plays determined by standard rubber silentblocks. In order to speed up and simplify the adjustment, our system is supplied with a system with left and right thread on the fork side, other than the adjustment on the spherical ball joint on the other side. Beautiful and inedited the anodized billet Ergal fork with steel thread insert.
The steel tie rod is designed to be heavy duty. The result is the optimization of the footprint of the tire when cornering and therefore the performances of the vehicle in terms of the traveling speed and entrance of the curve as well as higher stability.
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