maXpeedingrods 2Pc Front Lower Control Arm w Ball Joint – Chrysler 200 2015-2017 & Dodge Dart 2013-2016

Overview

Replace worn front lower control arms with the maXpeedingrods 2pc set. Designed as a direct replacement for select Chrysler 200 models and the Dodge Dart, this kit includes both sides with ball joints to support steady steering and consistent handling on everyday drives.

Fitment and Package Contents

Compatible with Chrysler 200 from 2015 to 2017 that use 17 inch wheels and the 2.4L four or 3.6L V6 engines, as well as Dodge Dart from 2013 to 2016 with a 1.4L turbo engine. The package includes two arms:

• Front Left Lower Control Arm with Ball Joint Assembly – Driver Side MS251201
• Front Right Lower Control Arm with Ball Joint Assembly – Passenger Side MS251202

Durability and Materials

Crafted from high strength carbon steel and finished with a protective powder coating, these arms resist rust and corrosion, helping to maintain performance under road grime and seasonal weather.

Rubber Bushing and Vibration Damping

Quality rubber bushings help dampen road vibrations, support smoother handling, and assist in minimizing uneven tire wear for a more comfortable ride on city streets and highway stretches.

Ride Quality and Handling

Robust arm geometry can contribute to a steadier ride with confident steering through corners and lane changes, while maintaining proper wheel loading on varied road surfaces.

Installation and Support

This purchase includes 24/7 technical support and a 1 year limited warranty from the purchase date. If you have questions during install, reach out for guidance and quick assistance.

Why Choose maXpeedingrods

MaXpeedingrods focuses on durable, well engineered parts built to align with factory geometry and driving dynamics. This two arm set offers a reliable replacement option that could help maintain your vehicle’s intended handling feel over time.

What You May Gain

• Potential improvement in steering precision and control
• Potential damping of road vibrations for a smoother experience
• Potential reduction in uneven tire wear with consistent alignment
• Rust and corrosion resistance for longer service life