High-quality Be Cool 80237 Radiator Module Factory-fit Natural Finish For 61-62 Chevrolet Corvette W/std Trans Lt-1/ls-1 Be Cool Radiator Kit [LYhPk8Iy]

Be Cool 80237 Radiator Module for 61-62 Chevrolet Corvette

Upgrade your 61-62 Chevrolet Corvette with the Be Cool 80237 Radiator Module. This comprehensive kit is designed to enhance the cooling efficiency of your vehicle, ensuring optimal performance even under high-powered conditions. Crafted with precision, the Be Cool radiator module offers a natural finish that complements the classic look of your Corvette. Key features include a 40% lighter construction than OEM units and a crossflow style for superior cooling.

Advanced Features and Specifications

Experience the Be Cool difference with their innovative radiator module. This high-quality kit includes an aluminum radiator with a natural finish, electric fan(s), fan mounting brackets, wiring harness with relay/s, temperature sender, billet radiator cap, diamond-cut recovery tank, and all necessary hardware. Designed for the 61-62 Chevrolet Corvette with a standard transmission and LT-1/LS-1 engine, this kit is guaranteed to lower your coolant temperature by a minimum of 20 degrees or your money back! The dimensions of the radiator are 22 inches wide by 19 inches high, ensuring a perfect fit without the need for major modifications.

Optimized Performance for Your Corvette

Whether you're driving a stock Corvette or a performance vehicle, the Be Cool 80237 Radiator Module is the perfect choice to keep your engine running cool. This factory-fit kit is designed to fit seamlessly into your vehicle, making installation a breeze. With its lightweight aluminum construction and crossflow design, this radiator module provides exceptional heat dissipation and cooling power. The included electric fan(s) and wiring harness with relay/s ensure a complete cooling solution. Ideal for drivers seeking to maintain peak performance and longevity of their vehicle, this kit is a must-have for any Corvette owner looking to upgrade their cooling system.