Niche 1PC NC279 Prodigy 5 Matte Black Wheel, 20 x 9.5 Inches, 5x4.5 Bolt Pattern, +35 Offset

The Niche 1PC NC279 Prodigy 5 wheel combines a modern performance-inspired design with a durable matte black finish for a clean, aggressive appearance. Built for drivers seeking a strong visual upgrade, this 20-inch wheel features a 9.5-inch width and a +35 offset to support a confident stance while maintaining a practical fitment profile.

Designed with a 5x4.5-inch bolt pattern and a 72.56 mm center bore, the Niche 1PC NC279 is engineered for compatible applications using the appropriate installation hardware and hub rings when required. Its one-piece construction provides a straightforward foundation for street-driven vehicles, custom builds, and appearance-focused upgrades. Always verify vehicle-specific clearance, load requirements, and brake fitment before installation.

The matte black finish complements a wide range of exterior colors and styling packages, while the Prodigy 5 model delivers a contemporary wheel profile suited to both daily driving and enthusiast applications. This wheel is sold individually and should be professionally mounted, balanced, and torqued according to the vehicle and wheel manufacturer’s specifications.

What's Included: One Niche 1PC NC279 Prodigy 5 matte black wheel. Lug nuts, installation hardware, center caps, and tires are not included unless otherwise specified.

Fitment: Vehicle-specific fitment data should be confirmed before purchase. Verify bolt pattern, center bore, offset, brake clearance, tire sizing, suspension clearance, and load capacity for the intended application.

Features:

• Model: Niche 1PC NC279 Prodigy 5 wheel delivers a modern performance-inspired appearance.
• Finish: Matte black coating provides a sleek, understated look that complements many vehicle styles.
• Wheel Size: 20-inch diameter and 9.5-inch width support a bold stance and performance-oriented tire fitment.
• Fitment Design: 5x4.5-inch bolt pattern, +35 offset, and 72.56 mm center bore accommodate compatible vehicle applications.