2003 Corvette C5 Z06 Polished Frozen Gold & Chrome Wheels : RV-DP03
The Corvette C5 Z06 remains one of the most celebrated American performance icons — lightweight, naturally aspirated, and built with a driver-first philosophy that still excites enthusiasts today. Pairing this platform with a fully custom forged wheel setup enhances its aggressive character, and that’s exactly what the RV-DP03 delivers. The polished Frozen Gold spokes and chrome barrel complement the sharp Corvette lines, bringing a modern luxury twist to a classic performance machine.
RVRN’s RV-DP03 is a 2-piece forged wheel design crafted for enthusiasts who demand style and engineering in equal measure. Built specifically for this 2003 Corvette Z06, the wheels feature a staggered configuration — 18x10.5 up front and 19x11 in the rear — maximizing traction while maintaining factory-friendly geometry. The result is a flush, no-poke fitment tailored to the C5 widebody profile.
Each wheel begins as aerospace-grade forged aluminum, ensuring both structural rigidity and reduced weight. The polished Frozen Gold finish adds a distinctive metallic warmth that stands out under direct sunlight, while the full chrome barrel and chrome hardware give the wheel a deep-lip, mirror-like presence. Every detail, from machining to assembly, is performed to meet exact customer specifications.
This project reflects RVRN’s ability to merge aesthetic creativity with precision engineering. The deep lip creates a powerful visual stance, and the 2-piece construction allows fitment tuning down to the millimeter. Whether it’s for spirited canyon runs or weekend meets, the RV-DP03 enhances both performance feel and visual impact.
RVRN Wheels continues to offer custom forging solutions for Corvette owners, including fully personalized finishes, center cap options, and exact fitment mapping for models such as the C5, C6, and C7. For drivers looking to design their own wheels with unique colors and premium craftsmanship, the RV-DP03 stands as a showcase of what true customization can achieve.
