BMR Suspension TCA021H On-Car Adjustable Lower Control Arms for 2005-2014 Mustang

Description

All 304 stainless steel rod end spacers. Dramatically reduces control arms flex. Stock stamped steel control arms with soft rubber bushings deflect under load and absorb power instead of transferring it to the tires. This design gives you a strong control arm that greatly improves performance. The stock control arms flex under cornering loads giving you inconsistent handling characteristics. Combine this with soft bushings that have massive amounts of deflection and you’re left with poor performance. BMR’s heavy-duty rod ends are designed to solidly link the rearend to the body eliminate deflection and wasted power. Our rod ends will stand up to high loads of any performance environment offering all of the bind-free suspension articulation needed for great handling. These are the upgrade for the enthusiast looking to greatly improve performance without NVH levels being a concern. On-car adjustable design. Heavy-duty Viking Performance non-Stick-lines rod ends. All 304 stainless steel rod end spacers. TIG-welded DOM steel tubing. Dramatically reduces control arms flex. Eliminates bushing deflection. Massive increase is suspension articulation. Designed for street Performance drag race and road race applications. Durable powdercoat finishCompatibility. Our rod ends will stand up to high loads of any performance environment offering all of the bind-free suspension articulation needed for great handling. Massive increase is suspension articulation. On-car adjustable design.

Key Features

• Designed for street Performance drag race and road race applications.
• This design gives you a strong control arm that greatly improves performance.
• All 304 stainless steel rod end spacers.
• Stock stamped steel control arms with soft rubber bushings deflect under load and absorb power instead of transferring it to the tires.
• TIG-welded DOM steel tubing.
• BMR’s heavy-duty rod ends are designed to solidly link the rearend to the body eliminate deflection and wasted power.