fits model: C7, Corvette. make: Chevy. year: 2014–2019.

( Brand: Gm ), ( Manufacturer Part Number: 23168765 ), ( Part Type: Oil Fan Cooler ), ( Oe/oem Part Number: 23168765, 22930119, 84020201 )
The GM 23168765 Transmission Oil Cooler Fan Module is a vital component designed explicitly for the 2014-2019 Chevy Corvette C7 models, ensuring optimal cooling performance and longevity of your transmission system.
This fan module, a crucial part of the transmission oil cooler assembly, is responsible for maintaining the ideal operating temperature of the transmission fluid. By efficiently dissipating heat generated during high-performance driving conditions, this component helps prevent premature wear and failure of the transmission system, ultimately prolonging the vehicle's lifespan.
The GM 23168765 Transmission Oil Cooler Fan Module is meticulously engineered to fit seamlessly into your Corvette C7, ensuring a hassle-free installation process. Its high-quality construction, using durable materials and advanced engineering techniques, guarantees reliable operation and long-lasting performance even under the most demanding driving conditions.
This fan module features a compact yet powerful design, with a robust motor that delivers excellent airflow to the transmission oil cooler. Its strategic placement within the cooling system ensures optimal air circulation, maintaining the temperature of the transmission fluid at the ideal level for smooth and efficient shifting.
In summary, the GM 23168765 Transmission Oil Cooler Fan Module is an essential upgrade for any Chevy Corvette C7 owner looking to enhance their vehicle's performance, reliability, and lifespan. Its high-quality construction, efficient cooling capabilities, and easy installation make it an invaluable addition to your Corvette C7, providing the peace of mind that comes from knowing your transmission system is well-protected and performing at its best.
The GM 23168765 14-19 Chevy Corvette C7 Transmission Oil Cooler Fan Module modification has both advantages and potential drawbacks. Let's break them down:
Pros:1. Enhanced coolant flow: The oil cooler fan module improves coolant flow, which reduces the overall temperature of the transmission oil. This results in better protection against overheating, increased durability, and extended transmission lifespan.
2. Improved performance: A cooler transmission can perform more efficiently, which may translate to better acceleration and overall driving experience.
3. Peace of mind: Upgrading to a more robust oil cooling system can provide added confidence during high-performance driving or track events.
Cons:1. Cost: The cost of the oil cooler fan module and associated installation expenses can add up, especially if you are not performing the installation yourself.
2. Complex installation: Installing the oil cooler fan module requires some technical knowledge and special tools. If you're not comfortable performing the installation yourself, you'll need to hire a professional, which increases the overall cost.
3. Potential compatibility issues: Ensure the oil cooler fan module you choose is compatible with your specific vehicle and transmission model to avoid any complications down the line.
Conclusion:The GM 23168765 14-19 Chevy Corvette C7 Transmission Oil Cooler Fan Module modification can offer improved performance, durability, and peace of mind for enthusiasts who frequently engage in high-performance driving or track events. However, the cost and complexity of the installation should be carefully considered before making a decision.
Recommendation:If you have the necessary knowledge and tools, installing the oil cooler fan module yourself can help offset the costs. If not, weigh the benefits against the costs and consider hiring a professional to ensure a proper installation. Ultimately, the decision depends on your driving habits, budget, and level of technical expertise.
DONOR VEHICLE: 2016 Chevrolet Corvette C7 Coupe/3LT. PART# 23168765. WILL FIT 2014 2019 Chevrolet Corvette C7 CARS. Buyer pays for all return shipping costs.