Niche 1PC NC283 Modena 20x10.5 Matte Black Wheel with 5x112 Bolt Pattern and +38 Offset

The Niche 1PC NC283 Modena wheel is designed for high-performance vehicles requiring a 20-inch diameter with a width of 10.5 inches. Crafted with precision, this wheel features a 5x112 bolt pattern, making it suitable for a range of European and luxury vehicles. Its matte black finish enhances the aesthetic appeal while providing durability and resistance to environmental elements. The wheel's center bore of 66.56mm ensures proper fitment and alignment, contributing to optimal handling and ride quality. The +38 offset offers a balanced stance, improving both appearance and performance on the road or track.
Constructed from high-quality materials, the NC283 Modena wheel combines strength and lightweight characteristics to improve overall vehicle dynamics. The matte black finish not only offers a sleek, modern look but also aids in concealing brake dust and minor surface scratches, maintaining a clean appearance over time. Whether upgrading your vehicle's style or performance, this wheel provides a reliable, stylish solution for enthusiasts seeking both form and function.
Designed by Niche 1PC, the NC283 Modena is an ideal choice for those aiming to customize their vehicle with premium aftermarket wheels that deliver on quality, style, and fitment. Easy to install and maintain, this wheel is compatible with a wide range of vehicles that use a 5x112 bolt pattern and require a 20-inch diameter with a 10.5-inch width. Elevate your vehicle's look and performance with this durable, matte black wheel from Niche 1PC.

Features:

• Model: NC283 Modena, designed for high performance and style

• Size: 20-inch diameter with a 10.5-inch width for a bold stance

• Bolt Pattern: 5x112 for compatibility with many European vehicles

• Offset: +38mm for balanced handling and aesthetic appeal

• Center Bore: 66.56mm for precise fitment and alignment

• Finish: Matte black for a sleek, modern look and durability

• Material: Constructed from high-quality alloys for strength and weight reduction