Description
The Forgestar F14 Drag 18×5.0 Satin Black Wheel is designed for high-performance automotive applications, offering a lightweight yet durable construction. Crafted with precision, this wheel features a 5×114.3 bolt pattern, making it compatible with a wide range of vehicles. Its satin black finish provides a sleek, modern appearance that complements various vehicle styles. The wheel’s offset of ET-23 ensures optimal positioning for enhanced handling and wheel fitment, while the 2.125-inch backspacing offers a balanced stance for improved stability and aesthetics.
Constructed from quality materials, the Forgestar F14 Drag wheel emphasizes strength without adding unnecessary weight, delivering responsive handling and improved acceleration. Its 18-inch diameter and narrow width are ideal for drag racing, street performance, or custom builds that require a lightweight wheel with a distinctive look. The design incorporates advanced manufacturing techniques to ensure durability under demanding conditions, making it a versatile choice for enthusiasts seeking both style and performance.
Suitable for enthusiasts looking to upgrade their vehicle’s wheels, the Forgestar F14 Drag offers a combination of performance, style, and reliability. Its satin black finish is not only visually appealing but also resistant to corrosion, maintaining its appearance over time. This wheel is a perfect fit for those seeking a high-quality, performance-oriented upgrade that enhances both the aesthetics and handling of their vehicle.
Features:
- Material: Constructed from high-quality, lightweight materials for durability and performance
- Bolt Pattern: 5×114.3 for broad vehicle compatibility
- Diameter: 18 inches, ideal for racing and street performance
- Width: 5 inches, designed for narrow-wheel applications
- Offset: ET-23 for optimal positioning and handling
- Backspacing: 2.125 inches for improved stability and fitment
- Finish: Satin black provides a sleek, modern look and corrosion resistance
- Design: Engineered for high-performance applications with advanced manufacturing techniques
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