Manley Performance 6.125″ Pro Series I-Beam Lightweight Connecting Rod w/ ARP 625+ Bolts – Single | Multiple Fitments (14359R6-1) Manley Performance

Small Block Chevrolet LS / LT1 .025” Longer Pro Series I-Beam Lightweight Connecting Rods (ARP 625+) – Single by Manley Performance

Everything in your engine needs to be built to handle heat. Everything you do for more performance makes that engine a much hotter place, which can subject your internals to excessive damage.

Manley Performance Products have a long history of making connecting rods with unbelievable strength and durability. Made from aircraft-quality, 4340 vacuum degassed material, each rod is forged for the perfect weight. Each rod is shot peened after machining and magnafluxing. The bores are perfectly round without tapering, and the bend and twist is tightly controlled.

These rods are available with a variety of bolts for your application. At Modern Automotive Performance, our mechanics have plenty of experience working with Manley connecting rods and can tell you exactly how their Pro Series I-Beam rods can benefit your vehicle.

Features

• Center-to-Center: 6.125”
• Big End Bore: 2.225”
• Big End Width: .940”
• Pin End Width: 1.000”
• Pin Bore:.9281”
• Average Gram: 615 g
• Forged from 4340 aircraft quality vacuum degassed material
• Fully machined to produce the lightest and strongest rod possible
• Shot peened after machining to MIL spec and 100% individually magnafluxed
• Cap fasteners are ARP 625+ cap screws

Benefits

• Bores are round and without taper
• Bend and twist is tightly controlled
• Flywheel horsepower range is 750+ HP Oval Track and 800+ HP Drag Race

Please Note: The image provided is generic and may not be an accurate representation of the product you will receive

Applications

• 1998-2002 Chevrolet Camaro Z28
• 1997-2004 Chevrolet Corvette Base
• 1998-2002 Pontiac Firebird Formula
• 2004 Pontiac GTO Base

What’s In The Box?

• 1 – Rod
• ARP bolts

Warranty

• Manley products, due to their intended use, are sold without warranty.