BMR Suspension STB112R Rear Strut Tower Brace for 2008-2023 Dodge Challenger

Vehicle Fitment

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

Features

• Rear strut tower brace engineered to stiffen the rear unibody and suspension
• Reduces rear chassis flex under cornering, acceleration, and load
• Constructed from heavy-duty DOM steel tubing for strength
• Laser-cut 3/16" steel plate reinforcements for added rigidity
• Two-point design links rear strut mounts together
• 100% bolt-on installation - no welding or drilling required
• Improves handling response, stability, and traction feel
• Red powdercoat finish for corrosion resistance and performance look

Specifications

• Part Number: STB112R
• Position: Rear strut tower brace
• Material: DOM steel tubing and laser-cut steel plate
• Finish: Red powdercoat
• Drive type: RWD
• Application: Dodge Challenger & Dodge Charger
• Installation: Bolt-on design (no welding/drilling)
• Estimated install time: ~1 hour
• Note: Designed for rear suspension - verify fitment for specific trim/ride heights

Included Components

• 1x Rear strut tower brace assembly
• Installation hardware kit

Product Description

The BMR Suspension STB112R Rear Strut Tower Brace is a chassis reinforcement designed to strengthen the rear suspension structure on **2008-2023 Dodge Challenger** and **2006-2023 Dodge Charger** models with rear-wheel drive. By tying the rear strut mounts together with robust DOM steel tubing and laser-cut reinforcement plates, this brace significantly reduces rear unibody flex during cornering, acceleration, and load changes - enhancing vehicle stability, handling precision, and overall driving confidence.

Finished in a durable red powdercoat for long-lasting corrosion resistance and aggressive visual appeal, the STB112R installs easily using existing mounting points and basic hand tools - **no welding or drilling required**. This upgrade is ideal for enthusiasts seeking improved rear chassis rigidity for street, autocross, or track applications, helping maintain geometry under load and improving traction feel during spirited driving.