Niche 1PC M204 Vosso 20x9 Wheel, 5x120 Bolt Pattern, Matte Anthracite

Upgrade your vehicle with the Niche 1PC M204 Vosso wheel, a performance-inspired alloy wheel designed to deliver a refined appearance and dependable road performance. This 20-inch wheel features a wide 9-inch profile, a 5x120 bolt pattern, and a 35mm offset for a confident stance and modern fitment. Its matte anthracite finish adds a clean, understated look that complements a wide range of vehicle colors and styling packages.

The M204 Vosso combines functional wheel specifications with Niche 1PC design quality. The 74.10 mm center bore supports proper hub compatibility when matched to the vehicle, while the 35mm offset helps position the wheel for balanced clearance and visual appeal. Always verify bolt pattern, center bore, offset, brake clearance, tire sizing, and vehicle-specific fitment before installation. Hub-centric rings may be required for certain applications.

Key Product Specifications:

• Brand: Niche 1PC
• Model: M204 Vosso
• Wheel Diameter: 20 inches
• Wheel Width: 9 inches
• Bolt Pattern: 5x120
• Offset: 35 mm
• Center Bore: 74.10 mm
• Finish: Matte Anthracite

What's Included: One Niche 1PC M204 Vosso wheel. Lug nuts, valve stems, center caps, tires, and installation hardware are not included unless specifically stated. Fitment data should be verified for the intended vehicle before purchase and installation.

Features:

• Modern Vosso styling: The Niche 1PC M204 Vosso design provides a clean, performance-oriented appearance for street and enthusiast applications.
• Matte anthracite finish: The subdued gray finish delivers a contemporary look that pairs well with a variety of exterior colors and trim packages.
• Wide 20x9 profile: The 20-inch diameter and 9-inch width support a bold stance and provide compatibility with a range of performance tire sizes.
• Vehicle-specific fitment potential: The 5x120 bolt pattern, 35mm offset, and 74.10 mm center bore help support precise fitment when verified against the vehicle manufacturer's requirements.