- Constructed from light weight (4lbs) T6 reinforced chamber aluminum- 2 points attachment to car's left and right subframe body mount- Reduce the car's rear end flex under hard...
- Constructed from T6 reinforced chamber aluminum- 3 point attachments to the front subframe- Allows room for oil drain plug access- Stiffen up the front end for improvement...
P2M Nissan S14 240SX aluminum rear strut brace reinforce the rear shock tower of the chasi. This direct bolt on setup will provide additional structural rigidity to strengthen...
P2M front 4 point strut to radiator support brace for Toyota A90 Supra
P2M Nissan Z34 370Z front fender brace is constructed from SPHC hot rolled steel with 4.5mm thick over lay construction. This fender brace is by far one of the strongest and...
P2M Nissan S13/14/15 aluminum front strut brace reinforce the front 2 points of the shock tower. Constructed from T5 6063 chambered aluminum body for light weight and strength...
P2M Mazda RX-8 rear lower tie brace is constructed from T5 6063 chambered aluminum. This design makes the whole brace very light weight and strong. Each brace is powder coated...
P2M Mazda RX-8 aluminum front lower subframe brace is constructed from T6 6061 aluminum mated with SPHC hot rolled steel plates. Powder coated with a smooth gun metal finish....
P2M Mazda RX-8 aluminum 6 point front strut brace. Constructed from T5 6063 chambered aluminum body for light weight and strength with thickness of 4.5mm. Side brackets are...
P2M Nissan R35 GT-R rear lower tie brace. Constructed from T6 6061 4.5mm chambered aluminum that is light weight and still retain a strong rigid structure. Smooth gun metal...
P2M Nissan R35 GT-R mid lower tie brace. Constructed from T5 6063 4.5mm chambered aluminum that is light weight and still retain a strong rigid structure. Smooth gun metal...
P2M Nissan R35 GT-R front lower tie brace. Constructed from T5 6063 4.5mm chambered aluminum that is light weight and still retain a strong rigid structure. Smooth gun metal...
P2M Honda S2000 rear lower tie brace is constructed from T5 6063 chambered aluminum. This design makes the whole brace very light weight and strong. Each brace is powder coated...
P2M Honda S2000 mid lower tie brace is constructed from SPHC hot rolled steel. Each weld is hand precision TIG welded to perfection and finish off with powder coated smooth gray...
P2M Honda S2000 front lower tie brace. Constructed from T6 6061 4.5mm chambered aluminum that is light weight and still retain a strong rigid structure. Smooth gun metal gray...
P2M aluminum front strut brace reinforce the front 2 point shock pillar of the vehicle. Constructed from T5 6063 chambered aluminum body for light weight and strength with...
P2M GT86 (FRS/BRZ) rear bumper support brace is made from T6 6061 chambered aluminum tube, strong and light weight. Side brackets are constructed from SPHC hot rolled steel....
P2M GT86 (FRS/BRZ) rear sway bar reinforcement brace is made from T5 6063 aluminum. Direct bolt on to your rear sway bar attachment points for further reinforcement and added...
P2M GT86 (FRS/BRZ) fender brace is constructed from SPHC hot rolled steel with 4.5mm thick over lay construction. This fender brace is by far one of the strongest and best made...
P2M GT86 (FRS/BRZ) aluminum rear rear subframe brace is constructed from T6 6061 chambered aluminum. Powder coated with a smooth gun metal finish. Reinforce your rear subframe...
P2M GT86 (FRS/BRZ) aluminum front lower subframe brace is constructed from T5 6063 aluminum. Powder coated with a smooth gun metal finish. Reinforce your front subframe for...
P2M GT86 (FRS/BRZ) front lower 4 point brace constructed from T5 6063 chambered aluminum. Embrace the underside of your front end even further for reduction of front turn in...
P2M GT86 (FRS/BRZ) aluminum rear strut brace reinforce the rear shock pillars of the chasi. This direct bolt on setup will provide additional structural rigidity to strengthen...
P2M GT86 (FRS/BRZ) 3 point aluminum front strut brace reinforce the front 2 point shock pillars to the firewall. This setup will provide additional structural rigidity to...