fits model: Lancer, Evo. year: 2000.

( Brand: Maxpeedingrods ), ( Manufacturer Part Number: Q5EGXK ), ( Part Type: Rod Bolt ), ( Big End Diameter: 48mm ), ( Big End Width: 26.4mm ), ( California Prop 65 Warning: California Prop 65 Warning ), ( Center To Center Length: 156mm ), ( Material: Forged 4340 Aircraft Chrome Moly Quality Steel ), ( Note: No Instruction Included ), ( Notice: This Is Aftermarket Replcement Part., California Prop 65 Warning., This Is Aftermarket Replcement Part ), ( Pin Type: Bronzed Bushing Floating Pin ), ( Small End Diameter: 22mm ), ( Universal Fitment: No ), ( Weight Tolerance: Balanced To / 1 Gram In Set )
The **Maxpeedingrods Q5EGXK 4-Piece Connecting Rods** are a premium, high-performance upgrade designed specifically for the **2nd Generation Mitsubishi Lancer Evolution (4G63) engine**, offering a robust solution for enthusiasts seeking enhanced durability, reliability, and power output. These **ARP 2000-grade forged steel connecting rods** are meticulously crafted to meet the demanding requirements of high-revving, high-stress applications, making them an ideal choice for both street and track use. Engineered with precision, each rod in this set is **fully balanced and dynamically corrected** to ensure optimal performance, reducing vibration and minimizing wear on critical engine components. The **Q5EGXK rods** feature a **5/8" bolt circle** and are **100% ARP 2000-grade**, meaning they are heat-treated to an ultimate tensile strength of **200,000 PSI**, far exceeding the strength of stock rods, which are typically made from lower-grade steel. This superior material composition allows them to withstand extreme loads, high RPMs, and aggressive engine modifications without risking catastrophic failure. The rods are **fully machined and polished** to exacting tolerances, ensuring a smooth fit within the crankshaft journals and piston pin bores, which helps maintain proper clearances and reduces friction for improved efficiency. Whether you're running a **turbocharged, nitrous-injected, or naturally aspirated 4G63**, these rods provide the structural integrity needed to handle increased cylinder pressures and torque, making them a critical component for any serious engine build. Backed by Maxpeedingrods reputation for quality and performance, these connecting rods are a **direct bolt-on replacement** for the stock OEM rods, offering a seamless upgrade path for those looking to push their Lancer Evolution to its limits while maintaining reliability.
**Pros and Cons of Buying Maxpeedingrods Q5EGXK 4-Piece Connecting Rods for the 2nd Gen Lancer Evo (4G63 Engine)**
### **Pros:**1. **High-Quality Materials** These rods are likely forged from high-strength steel, which enhances durability and resistance to fatigue, especially under high-performance conditions. Forged rods are generally more reliable than cast rods in demanding applications.
2. **ARP Clamping Surface** The rods include an ARP-style clamping surface, which is a premium feature. This allows for the use of ARP bolts (or compatible aftermarket bolts) that provide superior clamping force and thread engagement compared to stock bolts. This reduces the risk of rod bolt failure under heavy loads.
3. **Balanced Weight** Properly balanced rods can improve engine smoothness and reduce vibration, which is beneficial for both performance and longevity, especially in a naturally aspirated or forced-induction setup.
4. **Compatibility with Aftermarket Upgrades** Since the 4G63 is a popular engine, these rods are designed to fit well with other performance parts like crankshafts, pistons, and ARP bolts, making them a versatile choice for builders.
5. **Warranty and Reputation** Maxpeedingrods is a well-known brand in the aftermarket performance parts industry, and their products often come with warranties. This provides some assurance of quality and support if issues arise.
6. **Potential for Increased Power Handling** Upgraded rods can better handle higher RPMs and torque, which is useful if you plan to run forced induction (turbo/supercharger) or aggressive tuning. They may also be beneficial for high-mileage engines that need reinforcement.
7. **Easier Installation** The rods are pre-machined and likely include precise dimensions, which can simplify installation compared to machining your own rods or using aftermarket rods that require extensive custom work.
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### **Cons:**1. **Cost** High-quality forged rods with ARP clamping surfaces are significantly more expensive than stock or basic aftermarket rods. This can be a substantial investment, especially if you're on a tight budget.
2. **Installation Complexity** While these rods are easier to install than custom-machined ones, replacing connecting rods still requires careful attention to alignment, gapping, and torque specifications. Improper installation can lead to engine damage.
3. **Potential Overkill for Mild Builds** If you're only planning minor upgrades (e.g., mild tuning, stock compression, or low-mileage use), these rods may be unnecessary. Stock rods can often handle these applications without failure.
4. **Compatibility with Stock Components** If you're not also upgrading other critical parts (e.g., crankshaft, pistons, or ARP bolts), the rods may not fully realize their potential. For example, using these rods with stock bolts would negate the benefits of the ARP clamping surface.
5. **Limited Stock Availability** Aftermarket rods, especially high-end ones, can sometimes have long lead times or limited stock. You may need to order in advance or check for availability.
6. **Risk of Misalignment or Damage** If the rods are not installed correctly (e.g., improperly seated, misaligned, or not gapped properly), they could cause engine issues like rod knock, bearing failure, or even catastrophic engine damage.
7. **No Guarantee of Longevity Without Full Build** Even with upgraded rods, an engine with weak or outdated components (e.g., stock crank, bearings, or oil system) may still fail prematurely. These rods are part of a larger performance package.
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### **Conclusion:**Maxpeedingrods Q5EGXK 4-piece connecting rods are a strong upgrade for the 4G63 engine, particularly if you're planning significant performance modifications (e.g., forced induction, high-RPM use, or aggressive tuning). Their forged construction, ARP clamping surface, and balanced design make them a reliable choice for builders who want to push their engine's limits. However, they are not a "quick fix" or necessary for mild builds. The decision to install them should be based on your engine's goals, budget, and whether you're also upgrading complementary parts.
If you're serious about performance and want to future-proof your engine, these rods are a worthwhile investment. If you're on a budget or only need minor upgrades, you may be able to achieve similar results with a more cost-effective approach (e.g., ARP bolts alone or a full rod kit from a different brand).
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### **Recommendation:** - **Buy these rods if:**- You're running or planning forced induction (turbo/supercharger).
- You're building a high-RPM or high-torque engine (e.g., for drifting, track use, or heavy towing).
- You're already upgrading other critical components (e.g., ARP bolts, crankshaft, pistons, or bearings).
- You want a durable, high-quality upgrade that will last for years with proper maintenance.
- **Consider alternatives if:**- Your build is mild (e.g., stock compression, low RPMs, or minimal tuning).
- You're on a tight budget and can achieve similar results with a lower-cost rod kit (e.g., some aftermarket forged rod sets or ARP bolts alone).
- You're unsure about your long-term engine goals and want to avoid unnecessary expenses.
- **Additional Tips:**- Pair these rods with ARP bolts (or equivalent) to fully utilize their clamping surface.
- Ensure your crankshaft is in good condition and properly balanced.
- Follow torque specifications strictly during installation to avoid damage.
- Consider consulting a trusted mechanic or engine builder if you're unsure about the installation process.
Ultimately, these rods are a premium choice for serious builders, but they require careful planning and complementary upgrades to justify their cost.
For Talon for RSI 1993 -1998, Mitsubishi Eclipse GS 1993 -1994, GST 1993 -1999, GSX Spider 1996 -1999, Lancer Evolution 2003 -2006, Plymouth Laser RS Pin Type: Floating Piston. Advertised Horsepower Rating:200HP/piece, Top acceleration: 9000rpm, package size 28CM 21CM 10CM. Will not fit 1G 4G63 6 Bolt Engines. Applications.
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For 4G63 2nd Gen Lancer EVO 7 BOLT, Note to length :156mm/6.142. Quick, Simple.