fits make: Ford. year: 1960.

( Brand: Comp Cams ), ( Manufacturer Part Number: 31-416-3 ), ( Part Type: Hydraulic Tappet Camshaft ), ( Lifter Type: Hydraulic Flat Tappet ), ( UPC: 036584840152 )
Introducing the 289-302ci Comp Cams 31-416-3 Dual Energy Hydraulic Flat Tappet Camshaft, specifically designed for Ford engines from 1961 to 1965. This high-performance camshaft is a must-have upgrade for any enthusiast looking to enhance the power and efficiency of their classic Ford engine.
The 289-302ci Comp Cams camshaft features a dual energy design that provides optimal performance in both high and low RPM ranges. The hydraulic flat tappet design ensures smooth operation and reduces valve train noise, while the robust construction with high-quality materials ensures durability and longevity.
The camshaft specifically designed for Ford engines, with a lobe separation angle of 112 degrees, delivers excellent power and torque, making this a popular choice among hot rodders and performance enthusiasts. The 0.530-inch lift and 250/250 duration at 0.050 inches specifically designed for this camshaft, provide a balanced performance across the RPM range.
Installing this camshaft in your Ford engine is straightforward, thanks to the included detailed installation instructions and the camshaft's compatibility with standard Ford valve springs and lifters. Additionally, the camshaft is precision ground and inspected to ensure the highest quality and performance.
In summary, the 289-302ci Comp Cams 31-416-3 Dual Energy Hydraulic Flat Tappet Camshaft is an excellent upgrade for any Ford engine from 1961 to 1965 looking for increased power, torque, and overall performance. With its robust construction, dual energy design, and easy installation, this camshaft is the perfect choice for any enthusiast looking to take their classic Ford to the next level.
Pros of buying a 289-302ci Comp Cams 31-416-3 dual energy hydraulic flat tappet camshaft for Ford 196:1. Improved engine performance: This camshaft is designed to increase horsepower and torque, providing a more powerful and responsive engine.
2. Dual energy design: The dual energy design of this camshaft allows for optimal performance at both high and low RPMs, making it suitable for a wide range of driving conditions.
3. Hydraulic flat tappet design: This design is known for its durability and reliability, making it a popular choice for high-performance applications.
4. Suitable for Ford 196 engines: This camshaft is specifically designed for Ford 196 engines, ensuring a perfect fit and optimal performance.
Cons of buying a 289-302ci Comp Cams 31-416-3 dual energy hydraulic flat tappet camshaft for Ford 196:1. Cost: This camshaft is a high-performance part and is therefore more expensive than a standard camshaft.
2. Requires additional modifications: Installing this camshaft may require additional modifications to the engine, such as upgraded valve springs and retainers, to ensure proper operation and prevent engine damage.
3. Increased noise: The hydraulic flat tappet design can create more noise than a roller camshaft, which may be a concern for some drivers.
Conclusion:The 289-302ci Comp Cams 31-416-3 dual energy hydraulic flat tappet camshaft for Ford 196 is a high-performance part that can significantly improve engine performance. However, it is more expensive than a standard camshaft and may require additional modifications to the engine. If you are looking for maximum power and performance, this camshaft is a great option. But, if you prioritize quiet operation or a lower cost, you may want to consider other options.
Recommendation:If you are looking for maximum power and performance and have the budget for it, the 289-302ci Comp Cams 31-416-3 dual energy hydraulic flat tappet camshaft for Ford 196 is a great choice. However, if you are on a budget or prioritize quieter operation, you may want to consider a less expensive or roller camshaft option. Regardless of which option you choose, make sure to consult with a professional mechanic or engine builder to ensure proper installation and operation.