Perrin Performance CVT Transmission Mount Support for Subaru WRX, OBXT, FXT, Crosstrek (Part Number PSP-DRV-161)

The Perrin Performance CVT Transmission Mount Support, designed specifically for Subaru models including the 2022-2023 WRX, 2020-2025 OBXT, 2014-2025 FXT, and 2013-2025 Crosstrek, provides enhanced stability and improved drivetrain response. Crafted with high-quality materials, this mount is engineered to effectively reduce vibrations and prevent transmission movement during aggressive driving, ensuring a smoother and more controlled ride. The support is tailored exclusively for CVT-equipped Subaru vehicles, offering a precise fit that maintains optimal transmission alignment and integrity.

Installation of this mount support is straightforward, thanks to its direct bolt-on design, which requires no modifications. It is a reliable upgrade for enthusiasts seeking to bolster their vehicle's handling characteristics without compromising comfort or daily drivability. The durable construction ensures long-lasting performance, even under demanding driving conditions. Whether you're upgrading for performance or replacing a worn-out component, this Perrin part helps maintain your vehicle's transmission stability and contributes to overall drivetrain durability.

Designed with attention to detail, the Perrin CVT transmission mount support is a perfect fit for Subaru owners who demand quality and reliability. It is an ideal addition to your vehicle's suspension and drivetrain upgrade arsenal, ensuring that power transfer remains consistent and vibrations are minimized. Trust Perrin Performance for high-performance automotive parts that meet the rigorous demands of modern driving.

Features:

• Engineered for Subaru WRX, OBXT, FXT, and Crosstrek models with CVT transmissions

• Reduces vibrations and drivetrain movement for improved handling

• High-quality, durable construction designed for long-lasting performance

• Easy bolt-on installation with no modifications required

• Provides precise transmission support to maintain optimal alignment