Niche 1PC NC279 Prodigy 5 Matte Black 20x11 Wheel, 5x120 Bolt Pattern, +43 Offset
Niche 1PC NC279 Prodigy 5 Matte Black 20x11 Wheel, 5x120 Bolt Pattern, +43 Offset
Niche 1PC -
Couldn't load pickup availability
The Niche 1PC NC279 Prodigy 5 wheel combines a bold multi-spoke design with a clean matte black finish for a distinctive custom appearance. Designed for applications using a 5x120 bolt pattern, this wheel features a 20-inch diameter, 11-inch width, and +43 offset. Its wide profile is suited to performance-oriented builds and vehicles that require a more aggressive wheel-and-tire stance.
The NC279 Prodigy 5 is engineered with a 72.56 mm center bore to support proper hub alignment when matched with compatible vehicle fitment. The matte black finish provides a subdued, modern look that complements a wide range of exterior styles while helping the wheel stand out from standard equipment. Verify vehicle clearance, brake compatibility, load requirements, and tire sizing before installation.
What’s included: One Niche 1PC NC279 Prodigy 5 wheel. Lug nuts, hub-centric rings, tires, valves, and installation hardware are not included unless specified separately. Fitment data should be confirmed for the exact vehicle application before purchase.
Features:
- Design: Niche 1PC NC279 Prodigy 5 multi-spoke wheel design delivers a modern, performance-inspired appearance.
- Finish: Matte black finish creates a clean, understated look suitable for custom street and performance builds.
- Wheel Size: 20-inch diameter and 11-inch width provide a broad fitment profile for appropriately sized tires.
- Fitment: 5x120 bolt pattern, +43 offset, and 72.56 mm center bore support compatible vehicle applications when properly verified.
| Model: NC279 PRODIGY 5 |
| Offset: 43.0 |
| Boltpattern: 5X120 |
| Finishcode: BLACK |
| Finish: MATTE BLACK |
| Width: 11.00 |
| Diameter: 20.0 |
| Centerbore: 72.56 |
Fitments
Fitments
Materials
Materials
Shipping & Returns
Shipping & Returns
Dimensions
Dimensions
Care Instructions
Care Instructions
Share
