ASR V1.5 Billet Spherical Rear Lower Control Arms - 96-00 Civic

ASR just improved upon their already awesome rear lower control arms for 2019! The updated V1.5 arms are now hollowed out between the criss-cross pattern to reduce overall weight but remain strong and rigid throughout.

ASR lower control arms are engineered for maximum performance. ASR sets out to create one of the most well thought out control arms on the market today, from the material used to operation under extreme conditions.

ASR's spherical bearing rear LCA is designed for performance and longevity as is all of the ASR product line. When choosing ASR spherical bearing equipped lower control arms you know you are getting a product designed by racers for all your performance needs!

ASR uses U.S.A. made 6061-T6 grade aluminum to manufacture the lower control arm. This material is chosen for its malleable properties. It is similar to the material used on high performance racing wheels for its forgiving characteristics during impact. The unique recessed bushing prevents dust intrusion and offers a sleeker look. In addition, the precisely relocated end link mounting holes not only allows for multiple sway bar and end link combinations, but keeps the sway bar arm in optimum geometry.

Features

• Made in the USA
• Machined or anodized black finish
• Hollowed criss-cross pattern for maximum strength and weight reduction
• 4 x 2-sided premium polyurethane bushings with poly-grease
• 4 x 2-sided billet aluminum collar sleeves
• 8 x spherical pins
• 4 x bushing pins
• 4 x Com 12 bearings (preinstalled)
• 4 x Com 10 snap rings (preinstalled)
• Perfect fitment
• ASR laser etched logo for authenticity
• Instructions included

Vehicle applications: 96-00 Civic

Note: (1) These arms are CNC cut the same meaning either arm can work on the left or right side of the vehicle. (2) All etching's are done on one (same) side of the arm and not mirrored.  So once installed, you may notice the logo is visible on the right arm but not visible on the left arm arm - this is not a manufacturing flaw.