WELD RACING S15570067P49 Weld Racing 17x10 Ventura Drag Wheel with 5x4.50 Bolt Pattern and Machined Lip

The Weld Racing Ventura Drag Wheel Part Number S15570067P49 offers a robust combination of performance and style, ideal for drag racing enthusiasts. Crafted from high-quality aluminum, this 17-inch diameter wheel features a 10-inch width and a 7.420-inch backspace, providing excellent handling and stability during high-speed runs. Its black paint finish with a machined center and lip enhances the wheel's aesthetic appeal, making it a standout addition to any racing setup. Designed with a 5 x 4.50-inch bolt pattern, it ensures compatibility with a wide range of vehicles. The machined lip not only adds a refined look but also serves to reinforce the wheel's structural integrity for demanding racing conditions. The Ventura Drag Wheel is engineered to deliver optimal performance without air restriction, making it suitable for various racing environments. Its lightweight construction contributes to better acceleration and braking, while the durable aluminum material ensures longevity and resistance to corrosion. Whether upgrading your current setup or building a new racing vehicle, this wheel combines functionality with sleek design, reinforcing your vehicle's performance and appearance. The wheel's design emphasizes precision engineering, ensuring a secure fit and reliable performance on the track. Its versatile profile and high-quality finish make it an excellent choice for drag racers seeking both style and substance in their wheel selection.

Features:

• High-performance aluminum construction for durability and lightweight handling

• 17-inch diameter and 10-inch width ideal for drag racing applications

• Backspace: 7.420 inches to optimize vehicle handling

• Machined lip and center for enhanced aesthetic appeal and structural reinforcement

• Black painted finish with machined accents for a sleek, aggressive look

• Bolt pattern: 5 x 4.50 inches compatible with various vehicle models

• Designed without air restriction for optimal airflow and performance