• ARP Case Stud Kit | Multiple Porsche Fitments (504-9501)
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ARP Case Stud Kit | Multiple Porsche Fitments (504-9501)

ARP Case Stud Kit | Multiple Porsche Fitments (504-9501)

504-9501

In stock

$1,031.57 USD
$1,031.57 USD $1,031.57 USD
kADDITIONAL DISCOUNTS APPLIED AT CHECKOUT Sold out

The ARP High Performance Series Case Stud Kit is a premium fastening solution designed specifically for select Porsche models, including the 911 GT1 and 911 GT2. Crafted for high-performance engine assemblies, this kit provides enhanced durability and reliability compared to OEM hardware. Made from high-strength materials, these case studs ensure secure and consistent fastening under demanding conditions, making them ideal for rebuilds and performance upgrades. The kit is engineered to withstand the stresses of high horsepower applications, delivering improved engine integrity and longevity.

This universal fitment kit is suitable for Porsche enthusiasts seeking a reliable upgrade for their engine assemblies. It is compatible with various Porsche models, including those with specific engine configurations, and serves as a direct replacement for factory hardware. Installation involves replacing existing case studs with these high-performance components, providing a secure and durable solution for street or track use. The kit includes all necessary studs to facilitate a straightforward upgrade process, ensuring optimal engine performance and peace of mind during demanding driving conditions.

Overview

ARP High Performance Series

Part #: 504-9501

Overview

The ARP High Performance Series Case Stud Kit is a premium upgrade designed for Porsche enthusiasts who demand enhanced durability and reliability in their engine assemblies. Crafted specifically for select Porsche models, including the legendary 911 GT1 and 911 GT2, this kit offers a superior fastening solution that outperforms OEM hardware in strength and consistency. Whether you're undertaking a rebuild, performance upgrade, or routine maintenance, this case stud kit ensures your engine components are securely fastened under demanding conditions, supporting optimal engine integrity and longevity. Designed with precision and high-quality materials, the ARP Case Stud Kit helps maintain proper engine alignment and prevents hardware failure, which is critical for high-performance applications. Its robust construction and engineered design contribute to improved engine response and durability, making it an ideal choice for both street and track use.

Key Features

This kit features advanced materials and a carefully engineered design to provide reliable fastening solutions for your Porsche engine. Key features include:
  • High-strength alloy steel construction for maximum durability
  • Precision-machined threads for consistent torque and fit
  • Designed to withstand high temperatures and engine vibrations
  • Engineered for specific Porsche models, including 911 GT1 and GT2
  • Includes all necessary hardware for installation
  • Supports engine assembly integrity during high-performance driving

Construction & Design

The ARP Case Stud Kit is manufactured from premium alloy steel, featuring ARP’s proprietary heat treatment process to ensure maximum strength and fatigue resistance. The studs are precisely machined to exact specifications, providing a secure fit and consistent clamping force. The design emphasizes durability and reliability, helping to prevent hardware failure during intense driving conditions.

Installation & Fitment

Installation requires standard mechanical skills and proper torque procedures. Fitment should be verified against your specific Porsche model and engine configuration to ensure compatibility. The kit includes all hardware necessary for a complete upgrade, making it a straightforward bolt-on enhancement for your engine assembly.

Ideal For

Perfect for Porsche owners and builders seeking to improve engine reliability, especially during high-performance applications or engine rebuilds. Suitable for enthusiasts aiming to maximize engine integrity and longevity under demanding driving conditions.
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