AR100-0601 Arp Blower Stud Kit Aluminium W/12 Pt Nuts Oal 2.880 Blue

Description

Maximize engine performance and longevity by securing your blower assembly with precision-engineered studs designed specifically for high-stress environments. This blower stud kit from ARP uses aluminum construction to provide an optimal balance of strength and weight reduction, essential for maintaining engine efficiency and reliability.

The kit includes studs with an overall length of 2.880 inches, tailored to fit blower assemblies requiring precise and consistent fastener lengths. This exact sizing eliminates fitment issues and ensures uniform clamping force across the blower mounting surface, reducing the risk of leaks or mechanical failure.

Constructed from aerospace-grade aluminum, these studs offer superior corrosion resistance compared to traditional steel fasteners. This extends the service life of your engine components while minimizing maintenance intervals and the risk of thread galling during installation or removal.

Included with the studs are 12-point nuts, which provide enhanced torque control and reduce the chance of rounding off during tightening. This feature guarantees a secure, vibration-resistant connection that withstands the extreme conditions typical of forced induction setups.

The kit’s compact dimensions—25.40 cm in length, 15.20 cm in width, and 1.90 cm in height—allow for straightforward integration into existing engine configurations without adding unnecessary bulk or complexity. Weighing just 0.3200 kg, it contributes minimal additional mass, preserving your engine’s weight balance.

Ideal for automotive enthusiasts and professionals focused on fabrication and engine fastener upgrades, this blower stud kit meets rigorous performance standards. Its precise engineering supports sustained high RPM operation and the intense thermal cycles typical in boosted engines.

Choose this ARP aluminum blower stud kit to secure your blower assembly with confidence, knowing each component is manufactured to exacting specifications for reliable, long-lasting performance in demanding engine environments.