Skunk2 Rear Lower Control Arm Hard Anodized for 01-05 Honda Civic (Includes Socket Tool)

The rear lower control arms are engineered to enhance handling performance by providing precise suspension tuning for a variety of driving scenarios. Designed as direct replacements, they maintain original equipment manufacturer (OEM) suspension geometry, ensuring optimal functionality for both street and track use. Constructed from aircraft-quality 2024 billet aluminum, each arm is precision CNC-machined, resulting in a product that is over 25% lighter than the OEM counterparts.

These control arms feature adjustable anti-sway bar mounting holes, allowing for advanced suspension tuning and improved vehicle balance. The inclusion of low-deflection polyurethane bushings contributes to quicker response times and a more positive driving feel. Unlike traditional fixed rubber bushings, the design allows for free rotation, effectively eliminating tearing and un-seating issues.

The I-beam shape and tapered design of each arm have been meticulously developed to minimize twisting, bending, and stress risers, ensuring reliability and longevity. Finite element analysis (FEA) testing has demonstrated that conventional designs often suffer from stress concentration, making this innovative construction crucial for maintaining strength.

• Material: Aircraft-quality 2024 billet aluminum
• Weight: Over 25% lighter than OEM arms
• Adjustability: Anti-sway bar mounting holes for personalized tuning
• Bushing Type: Low-deflection polyurethane for improved response
• Design: I-beam shape to prevent twisting and bending

• 2001-2005 Honda Civic DX
• 2001-2005 Honda Civic EX
• 2005 Honda Civic EX Special Edition
• 2001-2005 Honda Civic GX
• 2001-2005 Honda Civic HX
• 2003-2005 Honda Civic Hybrid
• 2001-2005 Honda Civic LX
• 2005 Honda Civic LX Special Edition
• 2002-2005 Honda Civic Si
• 2004-2005 Honda Civic Value Package

For enhanced suspension performance, consider pairing these components with additional tuning products. This integration will lead to improved handling characteristics and overall vehicle dynamics.