Skip to product information
1 of 1

Brian Crower 5.590 Rod BC625+ w/ARP Age 625+ | Toyota Supra 93-98 (BC6309HD-1)

Brian Crower 5.590 Rod BC625+ w/ARP Age 625+ | Toyota Supra 93-98 (BC6309HD-1)

SKU:BC6309HD-1

In stock

Regular price $267.75 USD
Regular price $267.75 USD Sale price $267.75 USD
xADDITIONAL DISCOUNTS APPLIED AT CHECKOUT Sold out

The Brian Crower 5.590 Connecting Rod BC625+ with ARP Age 625+ is a high-performance engine component designed for Toyota Supra models from 1993 to 1998. Crafted from durable materials, these connecting rods are engineered to withstand increased power and stress, making them ideal for high-performance builds and racing applications. The rods are precision-machined to a length of 5.590 inches, ensuring accurate fitment and optimal engine balance. Their construction emphasizes strength and reliability, supporting higher horsepower outputs and aggressive tuning. The inclusion of ARP Age 625+ fasteners further enhances clamping force and durability, contributing to overall engine integrity during demanding conditions.

These connecting rods are specifically designed for 93-98 Toyota Supra models, providing a direct upgrade for stock components in high-performance or modified engines. They are suitable for street, track, and drag racing applications where strength and durability are critical. Installation involves replacing the stock rods with these high-strength units, typically requiring standard engine assembly procedures. The kit includes the rods and ARP fasteners, ensuring a complete upgrade for compatible engines. Proper for use in turbocharged or naturally aspirated setups, these rods support increased power levels and aggressive tuning, making them an essential component for serious performance enthusiasts.

Overview

Brian Crower 5.590 Rods

Part #: BC6309HD-1

Overview

The Brian Crower 5.590 Connecting Rods are high-performance engine components designed for Toyota Supra models from 1993 to 1998. Crafted to meet the demands of enthusiasts and professional tuners, these rods are engineered to support increased power and durability in high-stress applications. Whether you're building a performance street engine or a race-ready setup, these rods help ensure reliable operation under elevated horsepower levels. Their precise manufacturing and material quality contribute to improved engine response, longevity, and overall performance consistency.

Key Features

Designed with strength and precision in mind, these connecting rods feature:
  • High-quality alloy steel construction for enhanced durability
  • 5.590-inch length to support performance builds
  • Optimized weight and balance for smooth operation
  • Machined for exact fitment and reliable assembly
  • Designed to withstand high RPM and power output
  • Compatible with ARP custom age 625+ fasteners for secure fastening

Construction & Design

These rods are manufactured from premium alloy steel, ensuring high tensile strength and resistance to fatigue. The precise machining process guarantees consistent dimensions and optimal fitment, reducing the risk of failure during high-performance use. The design incorporates features that support heat dissipation and stress distribution, contributing to engine reliability.

Performance & Response

The BC625+ rods are intended to support increased horsepower and torque, providing a robust foundation for high-performance engine builds. Their strength and precise balance help improve engine response and reduce vibrations, resulting in a more engaging driving experience. These rods are ideal for applications where durability and performance are critical.

Installation & Fitment

Installation requires proper engine assembly procedures, including verifying clearances and torque specifications. Fitment should be confirmed against the vehicle's specifications and the part number to ensure compatibility with your Toyota Supra 93-98 engine.

What’s Included

The package includes a set of high-performance connecting rods designed for use with ARP custom age 625+ fasteners, ready for installation into compatible engines.
View full details