AR150-2501 Arp Sb Bb Ford 289 W 302 W 351 W 460 Balancer Bolt * Not 351 C*

Description

Maintaining engine balance and reliability starts with the right balancer bolt, designed to withstand the demanding conditions of Ford small block and big block engines. This ARP balancer bolt addresses the critical need for a secure connection between your harmonic balancer and crankshaft, preventing loosening or failure that can lead to costly engine damage.

Manufactured to precise specifications, this bolt is tailored for Ford 289 W, 302 W, 351 W, and 460 engines, explicitly excluding 351 C variants. This targeted compatibility ensures a perfect fit, eliminating any guesswork or risk of incorrect installation that can compromise engine integrity.

• Optimized weight of 0.3 kg: Minimizes additional rotational mass, supporting smoother engine operation and reducing wear on connected components.
• Compact dimensions (25.40 cm length, 15.20 cm width, 3.20 cm height): Engineered to match the exact spatial requirements of the specified Ford engines, ensuring seamless integration without modification.
• High-strength ARP construction: Crafted from premium-grade materials designed to withstand high torque and thermal stress, this bolt maintains clamping force under extreme conditions, enhancing engine durability.

The bolt’s design focuses on precision and resilience, critical for maintaining harmonic balancer alignment and performance. By preventing loosening and vibration-induced failures, it safeguards your engine’s timing and reduces the risk of mechanical damage.

Its application is straightforward for professional installers and experienced enthusiasts who require exact OEM-equivalent performance without compromise. The ARP brand assures quality and consistency, backed by rigorous manufacturing standards.

With its specific Ford engine compatibility and robust engineering, this balancer bolt provides a dependable solution for maintaining engine balance and longevity in demanding driving or racing conditions. It is a vital component for maintaining peak engine operation and preventing costly downtime.