Reference Number: 122016B

Product Title: Lower Front Engine Mount

Compatibility:

• Chrysler Sebring Coupe I (1995-2000)
• Dodge Avenger I (1994-2000)
• Eagle Talon II (1995-1998)
• Mitsubishi Eclipse II (1995-1999)
• Mitsubishi Galant VII (1992-1996)
• Mitsubishi Galant VIII (1996-2006)

OEM Part Numbers:

• MB844274
• MB844275

Technical Diagrams:

• D1217

Quantity Required per Vehicle: 1

Units per Product: 1

Material Hardness: 80 Shore A

Construction Material: Polyurethane (PUR/PU)

Additional Features: Each product is pre-lubricated with grease for optimal performance.

Upgrade your vehicle's performance with our premium Lower Front Engine Mount, designed specifically for a range of popular models including the Chrysler Sebring Coupe I, Dodge Avenger I, Eagle Talon II, Mitsubishi Eclipse II, and both generations of Mitsubishi Galant. This mount is engineered to provide superior stability and support for your engine, enhancing overall handling and responsiveness.

Crafted from high-quality polyurethane, this engine mount boasts an impressive hardness rating of 80 Shore A, ensuring durability and resistance to wear under demanding conditions. The precision engineering behind this product guarantees a perfect fit and reliable performance, making it an essential upgrade for car enthusiasts looking to enhance their vehicle's capabilities.

With compatibility across multiple models, this engine mount not only improves engine alignment but also minimizes vibrations, resulting in a smoother driving experience. Whether you're tuning your car for the track or simply seeking to improve daily driving comfort, this mount is a vital component in your performance upgrade arsenal.

At RaceStage.eu, we understand the importance of quality and performance. That's why we ensure that every engine mount is pre-lubricated with grease, allowing for immediate installation and optimal functionality right out of the box. Elevate your vehicle's performance with our Lower Front Engine Mount and experience the difference in handling and power delivery.