Suspension Secrets Adjustable Bump Steer Tie Rod Ends - Porsche 911 997 Turbo
Lowering the front ride height is a great way to improve the braking stability and turn-in response of your 997. A lower front ride height can create bump steer, leading to vague and inaccurate steering when pushing hard on track.
To solve this issue, we've created our Suspension Secrets Bump Steer Adjustable Tie Rod Ends for the Porsche 997. Our bump steer tie rod ends are fully adjustable and can be shimmed to eliminate bump steer completely from your 997.
The key features of the our Suspension Secrets Bump Steer Adjustable Tie Rod Ends for the Porsche 997 are:
- Improved steering accuracy
- Removal of bump steer
- Reduced understeer
- Enables running lower front ride height on track without inducing bump steer
- Fully adjustable
Suspension Secrets' products are designed and manufactured in the UK. Our products are made from billet aircraft-grade 6082 T6 aluminium and corrosion-resistant 316 stainless steel. We use motorsport-spec Fluro bearings for maximum performance and longevity.
Description
Lowering the front ride height is a great way to improve the braking stability and turn-in response of your 997. A lower front ride height can create bump steer, leading to vague and inaccurate steering when pushing hard on track.
To solve this issue, we've created our Suspension Secrets Bump Steer Adjustable Tie Rod Ends for the Porsche 997. Our bump steer tie rod ends are fully adjustable and can be shimmed to eliminate bump steer completely from your 997.
The key features of the our Suspension Secrets Bump Steer Adjustable Tie Rod Ends for the Porsche 997 are:
- Improved steering accuracy
- Removal of bump steer
- Reduced understeer
- Enables running lower front ride height on track without inducing bump steer
- Fully adjustable
Suspension Secrets' products are designed and manufactured in the UK. Our products are made from billet aircraft-grade 6082 T6 aluminium and corrosion-resistant 316 stainless steel. We use motorsport-spec Fluro bearings for maximum performance and longevity.
