Filter by Keyword
Filter by Category
Filter by Price Range
Filter by Brand
EAG-XCRS5428T3D #1

Image is a representation, actual product may vary.

2.8 Strk Rod

EAGLE  |  Part# EAG-XCRS5428T3D


In Stock



Connecting Rod, H Beam, 5.428 In Long, Bushed, 3/8 In Cap Screws, Forged Steel, Toyota 4-CYLINDER, Set Of 4, 2.8 FORD/TOYOTA Mr2

$369.99


 





Brand:Eagle Specialty Products

Manufacturer's Part Number:CRS5428T3D

Part Type:Connecting Rods

Product Line:Eagle H-Beam Connecting Rods



Connecting Rod Length Center to Center (in):5.428 in.

Connecting Rod Beam Style:H-beam

Connecting Rod Material:Forged 4340 steel

Connecting Rod Finish:Shot-peened

Wrist Pin Style:Floating

Clearanced for Stroker:No

Cap Retention Style:Cap screw

Connecting Rod Bolt Brand:ARP

Connecting Rod Bolt Diameter:3/8 in.

Connecting Rod Bolt Material:ARP2000 alloy

Fastener Yield Strength (psi):200,000 psi

Connecting Rod Bolt Head Style:12-point

Approximate Connecting Rod Weight (g):530

Rod Journal Diameter (in):1.889 in.

Pin End Bore Diameter:0.865 in.

Big End Width (in):1.055 in.

Weight Matched Set:Yes

Remanufactured:No

Magnafluxed:Yes

Quantity:Sold as a set of 4.

 

Free your engine's horsepower on the wings of Eagle H-beam connecting rods. Their 2-piece, forged, vacuum-degassed, 4340-certified steel construction provides outstanding strength, while still weighing much less than stock rods. Each rod is multi-stage heat-treated, X-rayed, sonic-tested, magnafluxed, 100 percent machined, and then shot-peened to stress-relieve the metal. The rods have precision cap alignment sleeves to positively locate each rod cap, silicon bronze bushings for floating pin models—and are available in stroker models that allow additional cam-to-rod clearance for large stroke combinations. They come standard with 190,000 psi rated ARP 8740 and 230,000 psi rated ARP 2000 rod bolts, or 265,000 psi rated ARP L-19 bolts as upgrades. Instructions and rod bolt lubrication are included. Order the model designed for your vehicle make and engine application.