Part number:MIT-703-133.35H
★ ARP 2000 fasteners (L19 fasteners are available as an upgrade)
★ High tensile 4340 forged steel
★ Hardness of HRC34-38
★ X-RAY & Sonic tested
★ Quenching and heat treated
★ Shot peened
★ 100% Magnafluxed
★ Weight Matched Sets +/- 1 gram
★ Vacuum degassed to remove impurities
Part | MIT-703-133.35H |
Shape | H-beam |
Length | 133.35mm |
Pin Diam. | 19.00mm |
Housing Bore. | 47.752mm |
B.E Width | 21.85mm |
Set of | 4pcs/set |
Bolt size | 3/8” |
Fastener Grade | ARP2000 |
Con-Rod Series | Standard |
Weight | 475g |
Fits Mitsubishi 4G93 engines
Mitsubishi 4G63 | Connecting Rod Single | 150.00mm
Part number:MIT-702-150H
★ Manufactured with optimized strength and weight characteristics
★ Fitted with ARP 2000 rod bolts
★ Forged from 4340 steel
★ Shot-peened surface finish
★ Balanced and tested to be within +/- 1 gram per end
★ Full-floating, precision-honed bronze bushings
Conrodsdesign.com Mitsubishi EVO X 4B11T H Beam Connecting Rod
Part number:MIT-701-143.75H
★ Forged from aircraft quality 4340 vacuum degassed material
★ Fully machined
★ Combine the appropriate weight and rugged strength for ultimate horsepower applications
★ Shot peened after machining and magnafluxed
★ Full-floating, precision-honed bronze bushings
★ Cap fasteners are 3/8" APR 2000 cap screws
Conrodsdesign.com H-Tuff Connecting Rod Set | Subaru FA20
Part number:SUB-603-5090H
★ Held to strict quality standards
★ Forged from 4340 steel
★ Heat treated, stress relieved, shot peened, and 100% individually magnafluxed
★ Balanced and tested to be within +/- 1 gram per end
★ Full-floating, precision-honed bronze bushings
★ Fitted with ARP 2000 rod bolts rated at 200,000 psi tensile strength
Conrodsdesign.com H-profile rods Opel 2.0L Turbo VXR
Part number:OPL-504-145.45H
★ Shot Peening for improved fatigue life
★ H-Beam connecting rods have QAL10-3-1.5 silicon/ bronze bushings
★ Multi Stage Heat Treatment for maximum strength, dimensional stability, and fatigue life.
★ CNC machining for superior tolerances
★ Finite Element Analysis (FEA) Computer generated stress analysis of con rods
★ Optimal balancing for weight matched sets of ± 1gram