SKP SKM9966 Engine Mount - Front

Engine Mount for Honda CR-V

The SKP SKM9966 engine mount is a direct-fit replacement for select Honda CR-V applications. It is built to help control engine movement, reduce vibration, and support quieter operation under normal driving conditions.

Key Features

• Engine mount for compatible Honda CR-V applications
• Built with materials selected to meet industry standards
• Helps reduce vibration and noise transfer
• Manufactured with modern equipment for consistent fit and function
• Supports secure engine positioning during operation

Detailed Description

SKP SKM9966 is an engine mount engineered for 2015-2017 Honda CR-V front applications. As part of the engine support system, it helps isolate engine movement from the chassis so the vehicle can maintain smoother operation and reduced cabin vibration. The SKM9966 part number is also cross-referenced to 50830T1WA02 for the same application.

SKP focuses on replacement components that balance fit, function, and durability. This engine mount is manufactured to meet stringent standards and is intended to provide stable engine support over long-term use. For buyers searching for a Honda CR-V engine mount or SKM9966 replacement, this part matches the listed front fitment and application details.

What It Is Used For

• Excessive engine vibration felt in the cabin
• Noise transfer from the engine bay into the interior
• Engine movement caused by worn mounting rubber or brackets
• Harshness during acceleration, shifting, or idle
• Loss of secure engine support at the mounting point

Installation Notes and Tips

Verify the vehicle year, make, model, and front position before installation. Compare the original mount to the SKM9966 and confirm the mounting points and shape match the removed part. Inspect adjacent mounts and related hardware for wear before completing the repair.

Quality Assurance

SKP manufactures this engine mount with top-grade materials and modern production equipment to support consistent performance and durability. The design is focused on maintaining secure engine placement while helping reduce vibration and noise.