fits model: Eclipse, Evo. make: Mitsubishi.

( Brand: Maxpeedingrods ), ( Manufacturer Part Number: XFE0T8 ), ( Part Type: Rod Laser ), ( Big End Diameter: 48mm 1.890 ), ( Big End Width: 28.3mm 1.115 ), ( Center Length: 150mm 5.90 ), ( Hp Rating: Around 600-800hp ), ( Important Notice: Package Included, Professional Installation Required ), ( Material: Forged 4340 Aircraft Chrome Moly Quality Steel ), ( Note: No Instruction Included ), ( Pin Diameter: 21mm 0.827 ), ( Pin Type: Bronzed Bushing Floating Pin ), ( Quantity: 4 Pieces Of H-beam Connecting Rods ), ( Surface Finish: Brand New ), ( Weight Tolerance: Balanced To / 1 Gram In Set )
The Maxpeedingrods XFE0T8 4x H-Beam Connecting Rods are a high-performance upgrade for your Mitsubishi Eclipse, Lancer Evolution 4G63 engine. These connecting rods are specifically designed for 6-bolt applications and feature a length of 5.9055 inches.
Made from forged 4340 chromoly steel, the Maxpeedingrods XFE0T8 connecting rods are known for their strength and durability. The H-beam design increases rigidity and reduces weight compared to traditional I-beam rods, resulting in improved engine performance. This design also allows for increased boost pressure and higher horsepower, making it an excellent choice for modified or performance-focused Evo 4G63 engines.
The Maxpeedingrods XFE0T8 connecting rods come with ARP 2000 series bolts, ensuring a secure and reliable fit. The 6-bolt design provides additional strength and stability, reducing the risk of failure under high-stress conditions. The rods are also finished with a black oxide coating, which provides corrosion resistance and a sleek, professional appearance.
In summary, the Maxpeedingrods XFE0T8 4x H-Beam Connecting Rods are a high-quality, performance-focused upgrade for your Mitsubishi Eclipse or Lancer Evolution 4G63 engine. With their forged 4340 chromoly steel construction, H-beam design, and ARP bolts, these rods provide enhanced strength, rigidity, and durability, allowing for increased boost pressure and horsepower. The black oxide coating also provides corrosion resistance and a professional appearance. If you're looking for a reliable and high-performance connecting rod upgrade for your Evo, the Maxpeedingrods XFE0T8 is an excellent choice.
Pros of buying Maxpeedingrods XFE0T8 4x H-beam connecting rods for Mitsubishi Eclipse/Lancer Evolution 4G63 6-bolt 5.9055:1. High-quality materials: Maxpeedingrods uses high-grade 4340 chrome-molybdenum steel for their connecting rods, ensuring strength and durability.
2. Enhanced performance: These H-beam rods are designed to handle increased power and torque, making them ideal for performance upgrades and racing applications.
3. Improved reliability: The 6-bolt design provides better fastener clamping force, reducing the risk of bolts loosening under high-stress conditions.
4. Compatibility: These rods are specifically designed for the Mitsubishi Eclipse/Lancer Evolution 4G63 engine, ensuring a perfect fit and proper engine clearance.
Cons of buying Maxpeedingrods XFE0T8 4x H-beam connecting rods for Mitsubishi Eclipse/Lancer Evolution 4G63 6-bolt 5.9055:1. Cost: High-quality performance parts like these connecting rods can be expensive, which may not be within everyone's budget.
2. Installation complexity: Installing high-performance connecting rods may require specialized tools and expertise, which may add to the overall cost.
3. Potential engine damage: If not installed correctly, or if the engine is not properly prepared, using high-performance connecting rods can potentially lead to engine damage.
Conclusion: Maxpeedingrods XFE0T8 4x H-beam connecting rods are a high-quality performance upgrade for Mitsubishi Eclipse/Lancer Evolution 4G63 engines. They offer improved strength, durability, and power handling, but they also come with a higher cost and the potential for installation complications. If you are looking to upgrade your engine for performance or racing applications, these rods could be a worthwhile investment, but be sure to have the appropriate tools, expertise, and preparation to ensure a successful installation.