Niche 1PC M274 Amalfi 20x9 Matte Black Wheel with 5x120 Bolt Pattern and +35 Offset

The Niche 1PC M274 Amalfi wheel offers a sleek and aggressive appearance with its matte black finish, making it an excellent choice for enhancing the style of your vehicle. Crafted with precision, this 20-inch diameter wheel features a width of 9 inches and a bolt pattern of 5x120, ensuring a secure fit for a variety of compatible vehicles. The wheel's center bore measures 72.56 millimeters, providing proper alignment and installation accuracy. Its offset of +35 mm balances the stance for improved handling and visual appeal, making it suitable for both street performance and aesthetic upgrades.

Constructed from high-quality materials, the M274 Amalfi wheel combines durability with lightweight performance, minimizing unsprung weight for better acceleration and braking response. The matte black finish not only offers a modern, understated look but also provides excellent resistance to corrosion and surface wear, maintaining its appearance over time. This wheel is designed to meet strict industry standards, ensuring safe and reliable performance under demanding driving conditions.

Whether you're upgrading your daily driver or customizing a show car, the Niche 1PC M274 Amalfi 20x9 wheel delivers both style and functionality. Its bold design complements a range of vehicle types and aesthetics, providing an excellent foundation for a custom build or a simple upgrade. Easy to install with the specified bolt pattern and center bore, this wheel is a perfect fit for drivers seeking a combination of performance, durability, and style.

Features:

• Model: M274 Amalfi for a modern design

• Wheel Diameter: 20 inches for a bold stance

• Wheel Width: 9 inches for wider fitment

• Finish: Matte black with corrosion-resistant coating

• Bolt Pattern: 5x120 for compatibility with numerous vehicles

• Offset: +35 mm for balanced stance and handling

• Center Bore: 72.56 mm for proper hub alignment

• Material: High-quality construction for durability and lightweight performance