Cobb Tuning Rear Motor Mount High Performance Polyurethane for Ford Focus ST/RS - COB244600

Cobb Tuning Rear Motor Mount High Performance Polyurethane for Ford Focus ST/RS - COB244600

Enhance Your Ford Focus ST/RS with Cobb Tuning Rear Motor Mount High Performance Polyurethane

Upgrade your Ford Focus ST or RS with the Cobb Tuning Rear Motor Mount High Performance Polyurethane (COB244600) and experience a noticeable improvement in your vehicle’s performance and driving feel. Designed specifically for these models, this rear motor mount is crafted from durable polyurethane, offering a perfect balance between strength and flexibility. Whether you’re a daily driver or a spirited enthusiast, this upgrade delivers enhanced engine stability, sharper throttle response, and a more connected driving experience.

Features and Benefits of Cobb Tuning Rear Motor Mount High Performance Polyurethane for Ford Focus ST/RS - COB244600

• Durable Polyurethane Construction: Unlike traditional rubber mounts, this motor mount uses high-quality polyurethane that resists wear and tear, heat, and oil exposure. This means it lasts longer and maintains its performance over time.
• Improved Engine Stability: The stiffer polyurethane material reduces engine movement during acceleration, braking, and cornering. This results in a more solid feel behind the wheel and less unwanted vibration.
• Enhanced Throttle Response: By minimizing engine movement, the mount helps deliver power more directly to the drivetrain. You’ll notice quicker and more precise throttle response, making your driving experience more engaging.
• Easy Installation: Designed as a direct replacement for the factory rear motor mount, this product fits perfectly without the need for modifications or special tools. Installation can be completed by a professional or a confident DIYer.
• Maintains Comfort: While it offers increased stiffness for performance, the polyurethane material still absorbs enough vibration to keep your ride comfortable for everyday driving.
• Precision Engineered: Cobb Tuning is known for quality and performance, and this motor mount is no exception. It’s engineered to meet the exact specifications of your Ford Focus ST or RS, ensuring reliable and consistent performance.

Why Choose Cobb Tuning Rear Motor Mount for Your Ford Focus ST/RS?

The rear motor mount plays a crucial role in how your engine sits and moves within the chassis. Over time, factory rubber mounts can degrade, leading to excessive engine movement, vibrations, and a less responsive driving experience. The Cobb Tuning Rear Motor Mount High Performance Polyurethane is designed to address these issues by providing a stronger, more durable alternative that enhances your vehicle’s overall performance.

Whether you’re pushing your Focus ST or RS on the track, navigating twisty roads, or simply want a more connected feel during daily drives, this motor mount upgrade offers tangible benefits. It reduces engine movement, which not only improves throttle response but also helps protect other drivetrain components from unnecessary stress.

Additionally, the polyurethane material used in this mount is resistant to cracking and deterioration, meaning it will maintain its performance for years to come. This makes it a smart investment for anyone looking to improve their car’s reliability and driving dynamics without sacrificing comfort.

Summary

The Cobb Tuning Rear Motor Mount High Performance Polyurethane for Ford Focus ST/RS (COB244600) is a high-quality upgrade designed to improve engine stability, throttle response, and overall driving enjoyment. Made from durable polyurethane, it offers a longer-lasting and more effective solution compared to factory rubber mounts. Easy to install and engineered to fit perfectly, this motor mount is an excellent choice for drivers who want to enhance their Focus ST or RS’s performance and feel without compromising comfort.

Upgrade your driving experience today with the Cobb Tuning Rear Motor Mount High Performance Polyurethane and feel the difference in every turn, acceleration, and stop.