FREE UK MAINLAND SHIPPING OVER £50

phone: 01392 949012

Hardrace Adjustable High Angle Front Tension Rods V2 Spherical Bearings For Nissan 200sx S13

£205.93
(Inc. VAT)
£171.61
(Ex. VAT)
£205.93
(Inc. VAT)
£171.61
(Ex. VAT)

Not In Stock | ETA: 1-3 Weeks

Exoracing free shipping banner
SKU:
8563
Availability:
In Stock Products Dispatched Within 24 Hours | Daily Cutoff: 12:30pm
Shipping:
Calculated at Checkout
  • Free Shipping

  • Returns Policy

  • Protected Payments

  • Performance Car Brands

The Hardrace Adjustable High Angle Front Tension Rods V2 Spherical Bearings are an excellent addition for Nissan 200sx S13 owners looking to improve their car's handling and performance. These rods are designed to replace the stock tension rods that come with the car, which are known to be weak and prone to failure.

One of the main advantages of the Hardrace Adjustable High Angle Front Tension Rods V2 Spherical Bearings is that they are adjustable, which means that you can fine-tune the alignment of your car's suspension to your specific driving style and track conditions. This adjustability is especially useful for track enthusiasts who want to maximise their car's performance.

Another benefit of these tension rods is that they come with spherical bearings, which provide a more direct and precise connection between the suspension and the chassis. This results in better handling and more predictable steering, which is especially important when driving at high speeds.

Overall, the Hardrace Adjustable High Angle Front Tension Rods V2 Spherical Bearings are an excellent investment for Nissan 200sx S13 owners who are serious about improving their car's performance and handling.

They are easy to install and come with all the necessary hardware, making them a hassle-free upgrade that will provide immediate results. So, if you're looking to take your Nissan 200sx S13 to the next level, check out these tension rods!

Manufacturer:
Nissan
Model:
Silvia S13
Product Type:
Tension Rods
Location:
Front
Bushing Type:
Spherical
Category:
Suspension And Handling