ARP M9-1.0 X M9-1.25 4.060in OAL STUD - AI4.060-1B

ARP M9-1.0 X M9-1.25 4.060in OAL STUD - AI4.060-1B: Precision Engineered for Ultimate Performance

The ARP M9-1.0 X M9-1.25 4.060in OAL STUD - AI4.060-1B is a high-quality fastening solution designed to meet the demanding needs of automotive enthusiasts and professionals alike. Crafted with precision and engineered for strength, this stud offers exceptional reliability and durability in a compact, easy-to-install package. Whether you’re building a high-performance engine or upgrading your vehicle’s components, this stud provides the secure hold and consistent performance you need to keep your project running smoothly.

Manufactured by ARP, a trusted name in the automotive industry, this stud is made from premium materials that ensure long-lasting strength and resistance to wear. Its unique thread design combines two different thread pitches—M9-1.0 and M9-1.25—allowing for versatile applications and a secure fit in various engine configurations. With an overall length of 4.060 inches, this stud is perfectly sized for a wide range of uses, providing the ideal balance between reach and stability.

Designed for ease of use, the ARP M9-1.0 X M9-1.25 stud simplifies installation without compromising on performance. Its precise threading reduces the risk of cross-threading and ensures a tight, vibration-resistant connection. This means fewer worries about loosening or failure under high stress, giving you peace of mind whether you’re on the track or the street.

Features and Benefits

• Dual Thread Pitch Design: Combines M9-1.0 and M9-1.25 threads for versatile compatibility and a secure fit in multiple engine setups.
• 4.060 Inch Overall Length: Provides the perfect length for a wide range of applications, ensuring proper engagement and strength.
• Premium Material Construction: Made from high-grade alloy steel for superior strength, durability, and resistance to stretching or breaking.
• Precision Machining: Manufactured to exact specifications for consistent thread quality and reliable performance every time.
• Corrosion Resistant Finish: Protects against rust and environmental damage, extending the life of the stud in harsh conditions.
• Easy Installation: Designed to minimize installation errors and reduce the risk of thread damage, saving time and effort.
• Vibration Resistant: Maintains a secure hold even under extreme engine vibrations and high temperatures.

One of the standout features of this stud is its dual thread pitch design. This means the stud has two different thread sizes on either end, allowing it to connect components with different thread specifications seamlessly. This advanced feature simplifies assembly and reduces the need for additional adapters or modifications, making your build cleaner and more efficient.

In practical terms, the ARP M9-1.0 X M9-1.25 stud ensures that your engine components stay tightly fastened, even under the intense conditions of high-performance driving. This reduces the risk of leaks, misalignment, or component failure, which can save you costly repairs and downtime. Whether you’re tuning a race car or restoring a classic vehicle, this stud delivers the reliability and strength you need to perform at your best.

Additionally, the corrosion-resistant finish means this stud will maintain its integrity and appearance over time, even when exposed to moisture, heat, and chemicals commonly found in automotive environments. This durability translates to longer service life and less frequent replacements, making it a smart investment for any serious mechanic or enthusiast.

In summary, the ARP M9-1.0 X M9-1.25 4.060in OAL STUD - AI4.060-1B is a precision-engineered fastening solution that combines advanced design with practical benefits. Its robust construction, versatile thread design, and ease of installation make it an essential component for anyone looking to enhance the performance and reliability of their engine or mechanical assembly. Choose this stud for a dependable, high-quality connection that stands up to the toughest challenges.