Eagle
Eagle Ford 2.3L EcoBoost 4340 H-Beam Connecting Rods (Set of 4) - CRS5876E3D
- SKU:
- EAGCRS5876E3D
- UPC:
- 793348036410
- MPN:
- CRS5876E3D
- Availability:
- Regularly stocked product
Description
What is the material of the EAG Conrods H-Beam - 4 Cyl connecting rods?
EAG Conrods H-Beam - 4 Cyl connecting rods are forged from high-strength 4340 steel, ensuring exceptional durability for demanding engine builds.
How difficult is it to install the EAG Conrods H-Beam - 4 Cyl connecting rods?
Professional installation is recommended for EAG Conrods H-Beam - 4 Cyl connecting rods to guarantee precise fitment and optimal performance.
EAG Conrods H-Beam - 4 Cyl are engineered for ultimate strength, achieving a 9/10 score for Track/Autocross and Drag Racing applications. Constructed from two-piece forged 4340 steel with a fully machined and shot-peened surface, these rods are held to exact tolerances. Trust these connecting rods for unmatched reliability in your high-performance 4-cylinder engine build.
Key Features
- Forged 4340 steel H-Beam connecting rods
- two-piece forging
- fully machined and shot-peened surface
- Sizing is held to exact tolerances
- weight-matched set
- ARP 2000 bolts
Why Choose the EAG Conrods H-Beam - 4 Cyl
Delivers extreme durability for high-stress engine builds and aggressive driving.
Achieves superior strength and reliability under demanding racing conditions.
Provides a perfectly balanced rotating assembly for smoother engine operation.
Transforms your engine's potential with precision-engineered components for peak performance.
Who Is This For?
Track / Autocross — 9/10
Forged 4340 steel H-Beam for ultimate strength and reliability.
Drag Racing — 9/10
Engineered for ultimate strength and reliability under stress.
Racing Competition — 9/10
Ultimate strength and reliability for demanding racing conditions.
Street Performance — 8/10
Enhanced strength and reliability for spirited driving.
Engine Performance — 8/10
Forged 4340 steel H-Beam for ultimate strength.
Frequently Asked Questions
Will the Eagle EAG Conrods H-Beam - 4 Cyl fit my vehicle?
Confirming exact fitment with your specific vehicle is essential before purchasing the EAG Conrods H-Beam - 4 Cyl. Always consult with a qualified technician to verify compatibility with your engine's configuration. Ensuring proper fitment guarantees optimal performance and reliability for your build.
How difficult is the installation of the Eagle EAG Conrods H-Beam - 4 Cyl?
Professional installation is recommended for the EAG Conrods H-Beam - 4 Cyl, requiring confirmation with a qualified technician. This advanced procedure ensures the components are correctly integrated for their intended performance. Expert installation maximizes the strength and reliability of these precision-engineered rods.
What performance improvement does the EAG Conrods H-Beam - 4 Cyl provide over stock?
These H-Beam connecting rods deliver enhanced engine potential, achieving an 8 for Street Performance use cases. Forged 4340 steel construction provides superior strength and reliability. Upgrade to these precision-engineered components for a noticeable boost in engine capability.
What makes the EAG Conrods H-Beam - 4 Cyl suitable for racing competition?
These connecting rods are engineered for ultimate strength and reliability, scoring a 9 for Racing Competition use cases. The forged 4340 steel H-beam design and precise machining ensure they can withstand extreme stress. Trust these rods for superior performance in demanding motorsport applications.
Additional Resources
Important Notices
⚠️ Proposition 65 Warning: This product can expose you to chemicals including lead and/or other substances known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, visit www.P65Warnings.ca.gov.
Browse More: Shop All Connecting Rods - 4Cyl — Engine Components
Additional Information
Clearance Item: |
N |
MPN: |
CRS5876E3D |
Proposition 65: |
Y |
Case Lot Quantity: |
1 |
Category: |
Engine Components>Connecting Rods - 4Cyl |
Universal Fitment: |
Y |