DSS 900HP Direct-Fit Rear Axles for Mitsubishi Lancer Evolution X

Description

Upgrade the drivetrain of your Mitsubishi Lancer Evolution X (Evo X) with DSS 900HP Direct-Fit Rear Axles, engineered for high-performance applications producing up to 900 horsepower. Designed as a direct-fit replacement for the factory rear axles, these heavy-duty axles provide increased strength and durability for demanding street, drag, track, and competition builds.

Built to handle substantially higher power levels than standard OEM axles, the DSS 900HP rear axles are designed to withstand the increased torque and shock loads associated with high-powered turbocharged Evo X applications. Their direct-fit design allows for installation using the factory drivetrain mounting locations without requiring extensive modifications.

These axles are an excellent upgrade for Evo X owners experiencing increased drivetrain demands after installing a larger turbocharger, upgraded engine, or high-performance transmission setup.

Features

• DSS 900HP rear axle set
• Designed specifically for Mitsubishi Lancer Evolution X
• Rated for applications up to approximately 900 HP
• Direct-fit replacement design
• Heavy-duty construction for high-power applications
• Increased resistance to drivetrain shock and torque loads
• Designed for demanding street and motorsport use
• Ideal for drag racing, track, and high-performance builds
• Helps provide dependable power transfer to the rear wheels
• Professional installation recommended

Vehicle Fitment

• Mitsubishi Lancer Evolution X (Evo X)

Package Includes

• Rear DSS 900HP Direct-Fit Axles
• Installation components as supplied by DSS

Note: Actual power capacity can vary depending on vehicle setup, traction, transmission, tire compound, driving conditions, and drivetrain shock loads. Verify your exact Evo X configuration and axle specifications before purchasing.

Upgrade your Evo X drivetrain with DSS 900HP Direct-Fit Rear Axles, built to provide the additional strength and reliability needed for serious high-power applications.