Transform your C7 Corvette into a drag-ready machine with the BMR DRP570 15" Conversion Kit. This all-in-one package enables a 15-inch tire configuration—ideal for drag racing setups—while reducing unnecessary weight, and maintaining OEM alignment geometry. With solid rotors, lightweight spindles, strengthened control arms, and rigid toe rods, this kit is engineered for serious performance without overcomplicating install.
Fits 2014–2019 Chevrolet Corvette (C7 generation)
Intended specifically for 15" tire conversion / drag use setups
Uses factory mounting points for most components—no frame cutting required
Best suited for track / drag applications; not recommended for setups with highly modified suspension geometry outside of spec
Check clearance for brake lines, ABS sensors, and wheel wells when installing smaller wheels / tire combos
LCA570 rear lower control arms (1.25" DOM steel tubing with rod-ends)
SPN570 pair of spindles (6061 billet aluminum)
Brake kit: solid rotors + Wilwood 4-piston calipers for better clearance and performance
LCA570 arms: built from 1.25" DOM steel tubing, uses zinc-plated, chromoly, self-lubricating, Teflon-lined rod ends
SPN570 spindles: 6061 aluminum construction, bolt-on design, retain OEM parking brake
TR570 toe rods: 1.25" billet aluminum with rod-end bearings, designed to eliminate flex and eccentric adjustment issues
Finish: black hammertone powder coat as standard option
Installation time: estimated 10–12 hours for full kit install
Comprehensive kit – includes brakes, spindles, arms, and toe rods — no need to source individual parts
Lightweight and rigid – components like the billet spindles and DOM control arms reduce unsprung weight and flex
Drag-optimized geometry – designed to align suspension and reduce wheel hop under hard launches
Bolt-on design – uses factory mounting points where possible to simplify install
High durability materials – rod-ends, chromoly tubing, aluminum spindles built for track stress
Improved brake clearance – solid rotor setup allows use of smaller wheels while maintaining strong stopping power
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