BMR TR110H Rear Adjustable Toe Rods for 06-23 Dodge Charger/Challenger

Vehicle Fitment

• 2006-2023 Dodge Charger (RWD)
• 2008-2023 Dodge Challenger (RWD)

Features

• Rear on-car adjustable toe rods to fine-tune toe alignment without removal
• Heavy-duty DOM steel tubing greatly reduces flex compared to OEM rods
• Delrin bushings and rod end combo for reduced deflection and smooth operation
• 6061 aluminum rod end spacers for strength and precise fit
• Adjustable design improves traction and reduces wheel hop under load
• Designed for street performance, drag racing, and handling applications
• Black hammertone powder coat resists corrosion and enhances appearance
• On-car adjustability simplifies alignment tweaks during tuning

Specifications

• Part Number: TR110H
• Position: Rear toe rods
• Material: DOM steel tubing
• Bushing Type: Delrin and rod end combo
• Adjustability: On-car adjustable
• Drivetrain: RWD
• Installation Time: ~2-3 hours
• Finish: Black hammertone powder coat

Included Components

• 2x Rear adjustable toe rods
• 2x Delrin bushings
• 2x Rod ends

Product Description

The BMR TR110H rear adjustable toe rods are engineered for 2006-2023 Dodge Charger and 2008-2023 Dodge Challenger models with rear-wheel drive. These toe rods upgrade the weak factory components with heavy-duty tubing and a Delrin/rod end combination that dramatically reduces unwanted deflection under acceleration, braking, and cornering. The on-car adjustability allows effortless tuning of rear toe alignment, optimizing stability and traction without removing the rods.

Perfect for street performance, drag racing, and handling setups, the TR110H improves vehicle response by reducing wheel hop and enhancing traction consistency. Finished in a durable black hammertone powder coat, these toe rods resist corrosion while adding a performance-ready aesthetic to the rear suspension. Installation typically takes about 2-3 hours with common tools, making this upgrade accessible to enthusiasts looking to elevate rear suspension precision and handling performance.