6x camber control arms kit for Honda Accord 2008-2017, Accord Crosstour 2010-2015, Acura TL and TSX 2009-2014. This adjustable rear suspension kit enables precise alignment tuning with camber adjustment from -3.0 to +3.0 degrees and toe adjustment from -1.0 to +1.0 degree. Built from high-quality carbon steel for durability and lightweight performance. Includes 2 front lower ball joints, 2 rear lower rearward arms, 2 rear lower forward arms, and 2 toe adjustment arms. Improves handling, reduces tire wear, and enhances suspension response. Professional installation recommended; disc brake applications only.Adjustment Range: Camber -3.0° to +3.0°, Toe -1.0° to +1.0°Materials: High-quality carbon steel constructionComplete Kit: Front ball joints and rear camber/toe arms includedVehicle Compatibility: Honda Accord, Crosstour, Acura TL, and TSX models 2008-2017Perfect for racing, drifting, or street applications requiring suspension fine-tuning. Eliminates premature tire wear while improving predictable handling and stability.
Description
6x camber control arms kit for Honda Accord 2008-2017, Accord Crosstour 2010-2015, Acura TL and TSX 2009-2014. This adjustable rear suspension kit enables precise alignment tuning with camber adjustment from -3.0 to +3.0 degrees and toe adjustment from -1.0 to +1.0 degree. Built from high-quality carbon steel for durability and lightweight performance. Includes 2 front lower ball joints, 2 rear lower rearward arms, 2 rear lower forward arms, and 2 toe adjustment arms. Improves handling, reduces tire wear, and enhances suspension response. Professional installation recommended; disc brake applications only.Adjustment Range: Camber -3.0° to +3.0°, Toe -1.0° to +1.0°Materials: High-quality carbon steel constructionComplete Kit: Front ball joints and rear camber/toe arms includedVehicle Compatibility: Honda Accord, Crosstour, Acura TL, and TSX models 2008-2017Perfect for racing, drifting, or street applications requiring suspension fine-tuning. Eliminates premature tire wear while improving predictable handling and stability.