Niche 1PC NC282 Serene 24x10 Gloss Black Machined Wheel, 6x135/6x139.7, +30 Offset

The Niche 1PC NC282 Serene wheel combines a bold multi-spoke design with a Gloss Black Machined finish for a refined, performance-focused appearance. Designed for truck and SUV applications, this 24-inch wheel delivers a strong visual upgrade while maintaining compatibility with select vehicles using 6x135 or 6x139.7 bolt patterns. The machined detailing contrasts with the gloss black finish to create a clean, distinctive look.

With a 10-inch width and +30 offset, the NC282 Serene is engineered to support a broad range of fitment configurations. Its 100.30 mm center bore is designed for proper hub clearance on compatible applications. Before installation, verify bolt pattern, offset, center bore, brake clearance, tire sizing, and vehicle-specific requirements to ensure correct fitment.

Brief Description: A stylish, wide-profile aftermarket wheel for compatible trucks and SUVs, featuring Niche 1PC styling, a Gloss Black Machined finish, and dual 6-lug bolt-pattern compatibility.

Key Product Specifications & Technical Data:
Model: NC282 Serene
Brand: Niche 1PC
Wheel Diameter: 24 inches
Wheel Width: 10 inches
Bolt Pattern: 6x135 / 6x139.7
Offset: +30 mm
Finish: Gloss Black Machined
Center Bore: 100.30 mm

What's Included: One Niche 1PC NC282 Serene wheel. Lug hardware, center caps, tires, and installation accessories are not included unless specified separately.

Fitment: Fitment data should be confirmed for the specific vehicle before purchase. Verify the applicable bolt pattern, center bore, offset, brake clearance, tire compatibility, and suspension clearance. Professional installation is recommended.

Features:

• Bold Serene multi-spoke styling enhances the appearance of compatible trucks and SUVs.
• Gloss Black Machined finish provides a high-contrast look with machined detailing.
• Dual 6-lug bolt-pattern compatibility supports select applications using 6x135 or 6x139.7.
• Wide 10-inch profile and +30 mm offset provide a performance-oriented stance when properly matched to the vehicle.