Award Winning Porsche 911 (996/997) 99-12 Solid Subframe Bushings Instant 75% Discount [8IY6ihC4]

Enhanced Rear Suspension Bushings

Solid Subframe Bushings for the Porsche 911 (996/997) 99-12 are a game-changer for your vehicle's rear suspension performance. Designed to replace the OEM rubber bushings, these high-quality components are crafted to connect you directly to the rear tire, providing a stable and responsive driving experience. The solid bushings lock down the subframe, ensuring the fast, accurate feedback and predictable handling that you need to push the limits of your Porsche 911.

• Improved Handling: Experience enhanced stability and precision during cornering, acceleration, and braking.
• Direct Feedback: Feel the connection to the road and your rear tire like never before.

High-Quality Construction and Specifications

These solid subframe bushings are precision-machined in the USA from 6061-T6 aluminum, ensuring durability and strength. As a complete kit, this upgrade is easy to install and designed for one car, making it a straightforward addition to your Porsche's suspension system. With a focus on quality, these bushings are built to withstand the rigors of daily driving and high-performance use.

• Made in the USA: Enjoy peace of mind with locally manufactured components.
• Easy Installation: A straightforward upgrade process for a hassle-free installation.

Practical Benefits and Target Audience

Whether you're a daily driver or a performance enthusiast, these solid subframe bushings are an excellent investment for your Porsche 911. By upgrading to these high-performance bushings, you can expect to see improvements in overall handling, safety, and driver confidence. This upgrade is perfect for those looking to extract the maximum performance from their vehicle, ensuring a smooth and connected driving experience on both the road and the track.

• Driver Confidence: Feel more secure and in control during all driving scenarios.
• Performance Enthusiasts: Tailor your Porsche 911 for optimal performance and driving dynamics.