1996-2001 Mustang Cobra Radiator To Crossover Pipe Hose - Upper Hose by Gates

Replace your aging radiator hoses on your 1996-2001 Cobra with OEM quality replacements!

Item #LRS-8260A

Everyday Low Price: $29.99

In Stock Ships tomorrow!

This item is returnable. Details

Free Shipping over $99

Add to Cart

× close

Images

Ford Mustang - 1996, 1997, 1998, 1999, 2000, 2001
Sub Models: Cobra,

This hose will not work on the 2003-2004 Cobra

Benefits

Eliminates Coolant Leaks
Restores Proper Coolant Flow
Connects Radiator to Crossover Housing

Features

Durable Rubber Construction
Correct Diameter & Bends
Fiber-Reinforced Rubber

What's in the Box

(1) Upper Radiator Hose

1996-2001 Mustang Cobra Radiator To Crossover Pipe Hose - Upper Hose

Connecting the passenger side of the radiator to the coolant crossover tube on the passenger side of the engine, this upper radiator was manufactured to match the exact bends and diameter of the factory hose. Restore proper coolant flow while eliminating coolant leaks in your 1996-2001 Cobra with an upper radiator hose! Being a direct replacement for the 2000 Cobra R models but is easily trimmed to fit the 1996-2001 Cobra 4V engine. Ensure the cooling system in your Cobra is operating at full capacity for years to come with this durable upper radiator hose!

Product Note

1996-2001 Mustang Cobra applications will require the hose to be trimmed to length.

Applications

1996-2001 Mustang Cobra
2000 Mustang Cobra R

Gates Warranty - Click Here

California Residents:

WARNING: Cancer and Reproductive Harm- www.P65Warnings.ca.gov

About This Brand

Since their beginnings in 1911, Gates has made their way to become the world's leading manufacturer of power transmission belts. They have provided the aftermarket industry with high quality components such as drive belts, belt tensioners, automotive hoses, hydraulics, transmission oil coolers assemblies, water pumps, power steering parts and much more. The popular Green Stripe belts are engineered to take on the high engine temperatures associated with long drives. They retain their flexibility when others would crack and stretch.