- Stock: In Stock
- Brand: ZRP Racing
- SKU: R-REN-001-I
Product Details
- Brand
- Renault
- Shape
- I-Beam
- Material
- High Tensile Steel 4340
- Length
- 144.00
- Small End
- 21.00
- Bolt Size
- 3/8"
- Application
- 1.8L F7P / 2.0L F7R / 2.0L F4R
- Big End
- 51.60
- B.E Width
- 25.00
- Set Of
- 4
- Displacement
- 1.8L
- Pin Size
- 21.00
- Series
- Standard
- Engine
- 2.0L F7R, 2.0L F4R
- Note
- With bearing tag / Light weight design
Description
The I-Beam Connecting rods for Renault 1.8L & 2.0L are manufactured from 4340 high tensile steel, they are designed for high performance, extreme durability and extra rigidity. This “Lightweight” design combines lightweight performance with proven reliability at an extended rpm. The bushings made from AMPCO 18 material for excellent resistance to wear and fatigue and have radial groove for oil reservoir. They are shot peened to relieve stress from the material and multi-stage heat treated to increase rigidity. The tight tolerances in the production process, ensure a perfect fitment while optimizing the oil clearances. Bend and twist is tightly controlled.Each rod includes ARP 2000 cap fasteners that are rated at 220,00 psi, optional ARP L19 material available as an upgrade. The Connecting rod kit supplied with ARP moly and full fitting instructions.
Additional machining processes
- Dowel sleeves for perfect fit and accurate re-assembling
- Lipped Cap Relief for improved big-end integrity at extreme application
- Grooves in Thrust Face for weight reduction
- Two-Piece forging for great strength
- Shot Peening for improved fatigue life
- Magnaflux Inspection guarantees that the consistency of the forged material meets our high-quality standard
- Double ribbed caps for added support
- Multi Stage Heat Treatment for maximum strength, dimensional stability, and fatigue life.
- CNC machining for superior tolerances, precise as much as 0.0002"
- Center to center is maintained under .001" tolerance
- Finite Element Analysis (FEA) Computer generated stress analysis of con rods
- Optimal balancing for weight matched sets of ± 1gram
