Brian Crower BC6619 I-Beam Connecting Rods for 2013-2021 Subaru BRZ, Scion FR-S

Vehicle Fitment

• 2013-2021 Subaru BRZ (FA20)
• 2013-2016 Scion FR-S (FA20)
• 2017-2021 Toyota 86 (FA20)

Features

• Constructed from aerospace-grade 4340 chromoly steel
• Equipped with ARP2000 fasteners rated to 220,000 psi
• CNC machined and micropolished surface finish treatment
• Aluminum/silicone/bronze pin bushings for enhanced durability
• Finish honed to exacting tolerances for precise fitment
• I-beam design for optimal strength-to-weight ratio
• Rated for applications exceeding 200 horsepower per cylinder
• Sold as a set of 4 connecting rods

Specifications

• Center-to-center length: 5.094 inches
• Big end bore: 2.086 inches
• Big end width: 0.843 inches
• Piston pin bore: 0.866 inches
• Piston pin width: 0.843 inches
• Weight per rod: 517 grams
• Torque specification: 45 ft-lbs (3/8") ARP2000 bolts

Included Components

• 4x Brian Crower BC6619 I-Beam Connecting Rods
• 4x ARP2000 Rod Bolts

Product Description

The Brian Crower BC6619 I-Beam Connecting Rods are designed for high-performance applications in Subaru, Scion, and Toyota vehicles equipped with the FA20 or 4U-GSE engines. These rods are ideal for builds requiring enhanced strength and durability, such as turbocharged or high-RPM setups.

Constructed from aerospace-grade 4340 chromoly steel, the BC6619 rods feature ARP2000 fasteners rated to 220,000 psi, ensuring they can handle the stresses of high-performance driving. The CNC machining and micropolished surface finish treatment provide a smooth surface for reduced friction and increased longevity.

The I-beam design offers an optimal strength-to-weight ratio, making these rods suitable for applications exceeding 200 horsepower per cylinder. The aluminum/silicone/bronze pin bushings and finish honing to exacting tolerances ensure precise fitment and enhanced durability.

Sold as a set of four, the Brian Crower BC6619 I-Beam Connecting Rods come with ARP2000 rod bolts and are backed by a reputation for quality and performance.