fits make: Porsche.

( Brand: Maxpeedingrods ), ( Manufacturer Part Number: NGZFC4 ), ( Big End Diameter: 57mm/2.244 ), ( Big End Width: 19.6mm/0.772 ), ( Center Length: 136mm/5.354 ), ( Fitment Type: Direct Replacement ), ( Hp: Around 800hp ), ( Ipn: 8 5/16 ), ( Manufacturer Warranty: 2 Years ), ( Material: Titanium ), ( Note: No Instruction Included ), ( Notice: This Is Aftermarket Replcement Part ), ( Pin Type: Bronzed Bushing Floating Pin ), ( Quantity: 4 Pieces Of H-beam Connecting Rods ), ( Small End Diameter: 22mm/0.866 ), ( Small End Width: 25.3mm/0.996 ), ( Surface Finish: Titanizing ), ( Type: Connecting Rod ), ( Weight Tolerance: Balanced To / 0.5 Gram In Set )
Maxpeedingrods' Ngzfc4 Titanizing Forged Connecting Rods are a superior upgrade for Porsche 912, 356, 1.1L, 356A, and 1.6L engines with a 5.354" stroke. These connecting rods are crafted from high-quality forged material, ensuring optimal strength and durability. The titanizing process enhances the rods' fatigue strength, making them capable of withstanding the high-stress conditions of performance driving.
The Ngzfc4 rods feature ARP bolts and eight countersunk boltholes, ensuring a secure and reliable fastening. These bolts are heat-treated for added strength and resistance to failure. The rods are also honed and polished for smooth operation and reduced friction, resulting in improved engine performance and longevity.
Maxpeedingrods' Ngzfc4 Titanizing Forged Connecting Rods are designed to meet or exceed OEM specifications, ensuring a perfect fit into your engine. They are also finished with a durable black coating, protecting the rods from corrosion and wear. With Maxpeedingrods, you can trust in the quality and performance of your engine components. Upgrade to Maxpeedingrods' Ngzfc4 Titanizing Forged Connecting Rods and take your Porsche's engine to the next level.
Pros of buying Maxpeedingrods ngzfc4 titanizing forged connecting rods for Porsche 912, 356 1.1l, 356a 1.6l, and 5.354:1. Improved strength and durability: The titanizing process increases the tensile strength and fatigue life of the connecting rods, reducing the risk of failure under high-stress conditions.
2. Enhanced performance: Titanizing forged connecting rods can provide improved engine power and torque, resulting in better overall performance.
3. Increased reliability: The increased strength and durability of the titanizing forged connecting rods can lead to increased engine reliability, reducing the likelihood of costly repairs or engine failures.
4. ARP bolts included: The Maxpeedingrods ngzfc4 titanizing forged connecting rods come with ARP bolts, which are known for their high-quality and strength, ensuring a secure and reliable fit.
Cons of buying Maxpeedingrods ngzfc4 titanizing forged connecting rods for Porsche 912, 356 1.1l, 356a 1.6l, and 5.354:1. Cost: Titanizing forged connecting rods can be more expensive than standard forged connecting rods, which may be a deterrent for some buyers.
2. Installation complexity: Installing titanizing forged connecting rods may require specialized tools and knowledge, which can add to the overall cost and complexity of the installation process.
3. Compatibility concerns: Some older engines may not be compatible with the Maxpeedingrods ngzfc4 titanizing forged connecting rods, necessitating additional modifications or upgrades to ensure proper fit and function.
Recommendation:If you are looking for improved strength, durability, and performance for your Porsche 912, 356 1.1l, 356a 1.6l, or 5.354 engine, the Maxpeedingrods ngzfc4 titanizing forged connecting rods are a worthy consideration. While they may be more expensive and require specialized installation, the increased reliability and improved performance can help offset these costs over time. However, it is important to ensure that your engine is compatible with these connecting rods and that you have the necessary tools and knowledge to install them correctly. If you are unsure, it may be best to consult with a professional mechanic or engine builder to ensure a successful installation.