Niche 1PC NC288 Genoa 24x10-Inch Gloss Black Wheel, 6x135 Bolt Pattern, +30 Offset

The Niche 1PC NC288 Genoa wheel delivers a bold, performance-focused appearance for compatible trucks and SUVs. Featuring a modern one-piece design, this 24-inch wheel combines a wide 10-inch profile with a gloss black finish for a clean, aggressive look that complements a wide range of exterior styles.

Designed with a 6x135 bolt pattern and a +30 offset, the NC288 Genoa provides application-specific fitment for vehicles using this mounting configuration. Its 87.10 mm center bore supports proper hub alignment when matched to the vehicle, while the durable black finish is designed to maintain a refined appearance with routine care. Confirm vehicle clearance, brake fitment, load requirements, and tire compatibility before installation.

Brief Description: A gloss black Niche 1PC NC288 Genoa wheel engineered for compatible 6x135 applications, offering a wide stance and distinctive styling for truck and SUV builds.

Key Product Specifications & Technical Data:

• Brand: Niche 1PC
• Model: NC288 Genoa
• Wheel Type: One-piece wheel
• Wheel Diameter: 24 inches
• Wheel Width: 10 inches
• Bolt Pattern: 6x135
• Offset: +30 mm
• Center Bore: 87.10 mm

What's Included in the Box: One Niche 1PC NC288 Genoa wheel. Tire, lug nuts, center cap, valve stem, and installation hardware are not included unless specified by the seller.

Fitment: Vehicle fitment data should be verified for the specific year, make, and model before purchase. Confirm the 6x135 mounting pattern, hub bore compatibility, offset, brake clearance, tire sizing, and vehicle load requirements with a qualified installer.

Features:

• Gloss Black Finish: Provides a sleek, high-contrast appearance suited to custom truck and SUV applications.
• Genoa One-Piece Design: Delivers a cohesive wheel profile with a modern, performance-inspired appearance.
• 6x135 Bolt Pattern: Designed for vehicles equipped with the specified six-lug mounting configuration.
• +30 Offset: Supports application-specific wheel positioning when matched to the vehicle and tire setup.