fits model: 700, 350. make: Chevy.

( Brand: Bfo ), ( Manufacturer Part Number: 2HASOK ), ( Advertised Horsepower Rating: Hp ), ( Advertised Rpm Rating: 6, 000 Rpm ), ( Big End Width: 0.940 ), ( Connecting Rod Bolt: 3/8 ), ( Connecting Rod Bolt Head Style: 12-point ), ( Connecting Rod Bolt Material: 40crmo ), ( Connecting Rod Length: 5.700 ), ( Important Notice: Package Included, Professional Installation Required ), ( Manufacturer Warranty: 2 Years ), ( Material: Forged 5140 Steel ), ( Note: No Instruction Included ), ( Notice: This Is Aftermarket Replcement Part. ), ( Performance Part: Yes ), ( Rod Journal Diameter: 2.100 ), ( Rod Type: I-beam ), ( Type: Connecting Rods ), ( Weight Tolerance: Balanced To / 1 Gram In Set ), ( Wrist Pin Diameter: 0.927 ), ( Wrist Pin Style: Floating Pin )
Experience unparalleled power and precision with the BFO 2HASOK 5.700 x 2.100 I-Beam 5140 Connecting Rods, specifically designed for Chevy 350 racing applications. These connecting rods are engineered to deliver exceptional balance and durability, ensuring optimal performance under the most demanding racing conditions.
Crafted from premium 5140 Chromoly steel, these BFO connecting rods offer unmatched strength and resistance to fatigue. The I-Beam design provides enhanced stiffness and reduced weight, resulting in improved combustion efficiency and faster acceleration.
With a stroke length of 5.700 inches and a connecting rod length of 2.100 inches, these rods are meticulously balanced to reduce vibration and promote smooth engine operation. The 5140 Chromoly material ensures consistent dimensions, minimizing the risk of warping or distortion over time.
Each connecting rod features precision-machined end surfaces and big-end journals for a perfect fit and seamless installation. The small-end journals are designed to accommodate standard racing pistons, allowing for a wide variety of customization options.
The BFO 2HASOK 5.700 x 2.100 I-Beam 5140 Connecting Rods are the perfect choice for Chevy 350 racing enthusiasts seeking high-performance components that can stand up to the rigors of competitive racing. Upgrade your engine with these top-tier connecting rods and take your racing performance to the next level.
Product: BFO 2HASOK 5.700 2.100 927 i-Beam 5140 Connecting Rods for Chevy 350 Racing Balance
Pros:1. High-quality material: The 5140 Chromoly steel used in these rods ensures durability and resistance to fatigue, making them suitable for high-performance racing applications.
2. Balanced design: These rods are specifically designed for racing balance, which can help improve engine performance and reduce vibration.
3. Precision manufacturing: BFO uses CNC machinery for precise measurements and tolerances, ensuring a better fit and improved engine operation.
4. Compatibility: These rods are designed to fit Chevy 350 engines, making them a direct replacement for worn-out or damaged stock rods.
Cons:1. Price: These connecting rods are more expensive than OEM (Original Equipment Manufacturer) rods due to their high-quality materials and racing-specific design.
2. Requires matching components: To fully utilize these rods' potential, you will need other high-performance components such as pistons, crankshaft, and valvetrain.
3. Potential fitment issues: Although these rods are designed to fit Chevy 350 engines, there may be minor variations in engine sizes and clearances, which could potentially cause fitment issues.
Conclusion:The BFO 2HASOK 5.700 2.100 927 i-Beam 5140 Connecting Rods for Chevy 350 Racing Balance offer improved durability, performance, and racing balance compared to OEM rods. However, they come at a higher price, and you may need to invest in other high-performance components to fully realize their potential.
Recommendation:If you're looking to upgrade your Chevy 350 engine for racing applications and are willing to invest in high-quality components, these rods would be a suitable choice. However, ensure that you have a clear understanding of the potential fitment issues and are prepared to invest in other necessary components to achieve optimal performance.