3-core Aluminum Early Bronco Radiator - SBF V8

66-77 Ford Bronco (289, 302, 351W V8 Engine)

3-core Aluminum Early Bronco Radiator - SBF V8
Click for larger images

Condition: New
Part Number: 6370
star star star star star
Price: $299.00

Fits: 1966-77 Ford Bronco

TOMS OFFROAD exclusive 3-core aluminum radiator for 66-77 Ford Broncos with Ford 289, 302 or 351W small block V8 engine. This aluminum radiator is a direct replacement for the factory radiator. High quality aluminum construction and high cooling fin count provides superior cooling for your early Bronco. Unlike other aluminum bronco radiators, this radiator utilizes the factory 3-core mounting brackets and bushings. This high efficiency aluminum radiator offers powerful cooling for your classic Ford Bronco without breaking the bank. This radiator is made exclusively for TOMS OFFROAD.

Through advanced testing, we found that this high-efficiency aluminum radiator outperformed the typical 2 x 1 inch core performance aluminum Bronco radiators by a noticeable margin. The original copper core radiator didn't even come close! Uses the factory cooler line adapters, or purchase new ones using part #6353.

Fitment: 1966-77 Ford Bronco with 289, 302 or 351W V8 engine.

  • This performance aluminum early Bronco radiator can be used in conjunction with both automatic and manual transmissions. When using with a manual transmission, simply leave the transmission cooler ports plugged.

Average Customer Rating: star star star star star (2 customer reviews)

Submit Your Own Review

Review by: Josh, May 13, 2016   star star star star star

Quick install due to oem sizing. Would recommend if you do not want to get into modifications that come with the larger radiators.

Review by: DT, Sep 13, 2022   star star star star star

Very Nice Radiator.Got it installed 73 Bronco and seems to work GREAT. Thanksks.

Prop. 65 Warning for California Residents

WARNING: This product may contain chemicals known to the state of California to cause cancer, birth defects, or other reproductive harm. Learn more