fits make: Ford. year: 1939–1948.

( Brand: Scat ), ( Manufacturer Part Number: 1-94607BI ), ( Part Type: Rod )
The 1-94607bi Ford Bal Pist Beam 239-304 Rods are a prime choice for any enthusiast looking to upgrade their flathead engine from 1939 to 1948. Manufactured by Strokerross and Scat Enterprises, these H-beam rods are designed to provide enhanced performance and durability.
The rods are crafted from high-quality 4340 chromoly steel, known for its exceptional strength and resistance to fatigue. This material ensures that the rods can withstand the high loads and intense pressures generated during engine operation, extending the lifespan of your engine and providing improved reliability.
The H-beam design of these rods provides exceptional stiffness, reducing flex and promoting better power delivery. The flat-top piston design is also included, which is compatible with flathead engines, ensuring a seamless fit and optimal engine performance.
The 239-304 rod length is specifically tailored for Ford flathead engines, ensuring a precise fit and reducing the risk of engine misalignment or damage. The 1-94607bi kit includes all necessary components, including the rods, bolts, and necessary hardware, making the installation process straightforward and hassle-free.
In summary, the 1-94607bi Ford Bal Pist Beam 239-304 Rods by Strokerross and Scat Enterprises are a must-have upgrade for any flathead engine enthusiast. These rods offer superior strength, rigidity, and durability, ensuring improved engine performance and reliability. Whether you're looking to boost your engine's horsepower or simply want to maintain your engine in top condition, these rods are an excellent investment.
Pros of buying 1-94607 bi-valve Ford Balancer piston beam rods (239-304) for a 1939-1948 flathead engine:1. High-quality materials: These rods are made from high-strength alloy steel, ensuring durability and reliability.
2. Enhanced performance: The 239-304 length of the rods provides better piston-to-crankshaft clearance, improving engine performance.
3. Suitable for stroker applications: These rods are designed to handle the increased power and torque produced by a stroker engine, making them a great option for performance upgrades.
4. Compatibility with Scat H-beam pistons: These rods are specifically designed to work with Scat H-beam pistons, ensuring a proper fit and optimal engine operation.
Cons of buying 1-94607 bi-valve Ford Balancer piston beam rods (239-304) for a 1939-1948 flathead engine:1. Higher cost: These rods may be more expensive than standard rods, which could be a drawback for budget-conscious enthusiasts.
2. Requires specific knowledge: Installing these rods may require specialized knowledge and tools, which some hobbyists may not have.
3. May not fit all engines: While these rods are designed for 1939-1948 flathead engines, they may not be suitable for all variations or configurations of these engines.
Conclusion and recommendation:If you're looking to enhance the performance of your 1939-1948 flathead engine and are willing to invest in high-quality components, the 1-94607 bi-valve Ford Balancer piston beam rods (239-304) are a great option. They provide improved strength, durability, and performance, making them suitable for stroker applications. However, it's essential to ensure that these rods are compatible with your specific engine configuration and to consider the higher cost associated with them. If you're not confident in your ability to install these rods, it may be worth seeking the help of a professional mechanic. Overall, these rods are a worthwhile investment for flathead engine enthusiasts looking to improve performance.
Refurbished cylinder heads.
Scat strokerross flat pist.
New custom engine rebuild kits. Beam rods included in this kit Ford flathead series 9000 rotating assembly, Ford, internal balanced, series 9000 cast crank,beam rods with cap screws, ross flat forged pistons, rod bearings, main bearings rings kit specifications compression main Ci crank stroke rod length piston type piston bore cc 74cc assembly.