Asanti Black AB039 MOGUL 5 20x9.5 Satin Black Wheel with 15mm Offset

Upgrade your vehicle's appearance with the Asanti Black AB039 MOGUL 5 wheel, designed to deliver both style and performance. Crafted with a satin black finish, this 20-inch diameter wheel features a sleek and modern look that complements a variety of vehicle types. The 9.5-inch width provides a balanced stance and optimal handling, making it an excellent choice for those seeking a combination of aesthetics and functionality. With a 5-lug bolt pattern of 5x115 and a center bore of 71.50mm, the AB039 MOGUL 5 offers a precise fit for compatible vehicles. The +15mm offset enhances the wheel's positioning, giving your vehicle a more aggressive and sporty appearance.

Built with durability in mind, this wheel is constructed from high-quality materials to withstand daily driving conditions and harsh terrains. The satin black finish not only adds a sophisticated touch but also provides excellent resistance to corrosion and scratching, ensuring your wheels remain striking over time. Whether you're upgrading for style or performance, the Asanti Black AB039 MOGUL 5 is an ideal choice for enthusiasts looking to enhance their vehicle's look with a reliable and eye-catching wheel.

Easy to install and compatible with a wide range of vehicles, this wheel combines form and function seamlessly. Elevate your vehicle's stance and aesthetics with the premium quality and craftsmanship of Asanti Black wheels, designed to meet the demands of modern driving while making a bold statement on the road.

Features:

• Size: 20 inches diameter with 9.5 inches width for a bold stance

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

• Bolt Pattern: 5x115 ensuring a secure fit on compatible vehicles

• Center Bore: 71.50mm for precise alignment and installation

• Offset: +15mm to improve vehicle stance and appearance

• High-quality construction for strength and longevity

• Corrosion and scratch-resistant satin black finish

• Designed for easy installation and reliable performance