BMR TCA033H Adjustable Rear Trailing Arms for 2010-17 Camaro/SS & 08-09 G8

Vehicle Fitment

• 2010-2015 Chevrolet Camaro (LS, LT, SS, Z/28, ZL1)
• 2014-2017 Chevrolet SS (Base)
• 2008-2009 Pontiac G8 (Base, GT, GXP)

Features

• Adjustable rear trailing arms to reduce wheel hop
• Heavy-duty 1.25" DOM steel tubing construction
• Single adjustable rod ends with stainless spacers/reducers
• MIG/TIG welded plates for strength and durability
• CNC laser-cut mounting plates for precise fit
• Black hammertone powder-coat finish for corrosion resistance
• Improves launch traction and cornering consistency
• Designed for street, drag, and road-race applications

Specifications

• Brand: BMR Suspension
• Part Number: TCA033H
• Position: Rear trailing arms
• Adjustability: Single adjustable length
• Material: 1.25" DOM steel tubing, rod ends
• Finish: Black hammertone powder-coat
• Compatibility: RWD platforms
• Installation Time: ~1 hour

Included Components

• 2x Rear adjustable trailing arms with rod ends

Product Description

The BMR TCA033H Adjustable Rear Trailing Arms are engineered to strengthen and upgrade the rear suspension of 2010-2015 Chevrolet Camaro models, 2014-2017 Chevrolet SS, and 2008-2009 Pontiac G8. Stock stamped trailing arms with soft rubber bushings can flex and allow unwanted movement during hard acceleration and cornering. These BMR trailing arms utilize heavy-duty 1.25" DOM steel tubing and adjustable rod ends to dramatically reduce flex, improve traction, and deliver more consistent handling and launch performance in street, drag, and road race scenarios.

Featuring precision-formed CNC laser-cut mounting plates and a durable black hammertone powder-coat finish, the TCA033H arms are built for longevity and strength. Their single adjustment rod end design allows fine tuning of rear suspension geometry, improving repeatability and responsiveness without complex modifications. Installation is straightforward and typically takes about one hour with common tools. These trailing arms are ideal for enthusiasts seeking better traction, reduced wheel hop, and enhanced rear stability on performance-oriented vehicles.