Wilwood 270-6513BD Starlite 55 Rear Wheel Hub with Wide 5 Bolt Pattern and Aluminum Construction

The Wilwood 270-6513BD Starlite 55 rear wheel hub features a durable aluminum construction with a sleek black paint finish, designed for reliable performance in various vehicle applications. This hub accommodates a wide 5 bolt pattern and is suitable for direct mounting, ensuring secure attachment to your vehicle’s wheel assembly. Its robust design emphasizes lightweight strength and corrosion resistance, making it an ideal choice for custom builds, hot rods, and performance vehicles. The hub's precise engineering guarantees proper fitment and smooth operation, contributing to improved handling and stability during driving.

Constructed from high-quality aluminum, the Wilwood Starlite 55 hub combines durability with lightweight benefits, reducing unsprung weight for enhanced vehicle responsiveness. Its black paint finish not only adds an attractive appearance but also offers additional protection against corrosion and environmental elements. This hub is designed for easy installation and compatibility with various rear-wheel configurations, making it a versatile option for automotive enthusiasts and professional mechanics.

Suitable for vehicles requiring a 5-bolt drive with a Wide 5 pattern, the Wilwood hub ensures secure fitment and reliable performance under demanding conditions. Whether you're restoring a classic car or upgrading a performance vehicle, this hub provides the essential strength and precision needed for optimal wheel alignment and safety. Invest in the Wilwood 270-6513BD Starlite 55 hub for a combination of style, durability, and performance in your automotive projects.

Features:

• Aluminum construction with black paint finish for corrosion resistance and aesthetic appeal

• Design accommodates a Wide 5 bolt pattern for versatile vehicle compatibility

• Direct mount installation for secure and straightforward assembly

• Robust build ensures durability and reliable performance

• Lightweight design reduces unsprung weight to improve handling