null

FREE UK MAINLAND SHIPPING OVER £100

phone: 01392 949012

Hardrace Front Upper Control Arms Oe Style Spherical Bearings For Honda Civic Eg 92-96

$513.96
(Inc. VAT)
$428.29
(Ex. VAT)
$513.96
(Inc. VAT)
$428.29
(Ex. VAT)

Not In Stock | ETA: 1-3 Weeks

Exoracing free shipping banner
SKU:
6119
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

When modifying your Honda Civic EG 92-96, one of the most important upgrades you can make is to the suspension. The suspension system keeps your car stable and handling well, especially during high-speed driving or on rough roads.

One of the best upgrades you can make to your Civic's suspension is to install Hardrace Front Upper Control Arms with OE Style Spherical Bearings.

The Hardrace Front Upper Control Arms with OE Style Spherical Bearings are designed to provide better handling and responsiveness than the stock control arms.

The spherical bearings reduce the amount of flex in the suspension system, which results in better steering response and more accurate cornering. The OE style design also ensures a perfect fit, making installation quick and easy.

Another benefit of the Hardrace Front Upper Control Arms with OE Style Spherical Bearings is their durability. Made from high-quality materials, these control arms are built to withstand the rigors of high-performance driving. They're also designed to last longer than the stock control arms, meaning you won't have to replace them as often.

Suppose you want to upgrade your Honda Civic EG 92-96's suspension system. In that case, the Hardrace Front Upper Control Arms with OE Style Spherical Bearings are an excellent choice. They provide better handling, improved responsiveness, and increased durability, making them a worthwhile investment for enthusiasts.

Manufacturer:
Honda
Model:
Civic Eg 92-95
Product Type:
Control Arms
Location:
Front
Bushing Type:
Spherical
Category:
Suspension And Handling