Bfcm Special Molnar Technologies Lsx Turbo - Power Adder 6.125" Connecting Rods Your 60% Coupon Inside [6zeKnd9f]

Molnar Technologies LSX Turbo Connecting Rods

At Molnar Technologies, we take engine performance seriously. Our LSX Turbo Connecting Rods are designed to deliver maximum power and reliability. Crafted from premium 4340 billet material, these rods are heat treated to enhance tensile strength, ensuring they can withstand the intense demands of high-performance engines. Each rod is shot peened to increase fatigue life, making them a durable choice for any racing application. Our commitment to quality is evident in every detail, from the wear-resistant bronze bushing that extends wrist pin life to the use of ARP fasteners for superior thread integrity.

Robust Specifications and Technical Details

The Molnar Technologies LSX Turbo Connecting Rods are engineered with precision. With a center-to-center length of 6.125 inches and a weight of 654 grams, these rods are designed to fit specific engine requirements. The 7/16 bolt size, 2.225 BE bore, 0.927 pin size, and 0.940 BE width are all meticulously designed to ensure optimal performance. The PE width of 1.010 adds to the rod's structural integrity. All these specifications are held to the tightest tolerances in the racing industry, ensuring a perfect fit and performance every time.

Performance and Everyday Benefits

Whether you're a professional racer or an enthusiast looking to enhance your vehicle's performance, the Molnar Technologies LSX Turbo Connecting Rods are the perfect choice. Their superior tensile strength and fatigue resistance mean they can handle the rigors of high RPMs and aggressive driving styles. The long wrist pin life provided by the wear-resistant bronze bushing ensures that these rods will stand the test of time. With ARP2000 bolts included, you can rest assured that your rods are secured with the highest quality fasteners available. Upgrade your engine today with Molnar Technologies and experience the difference in both performance and reliability.