WHEEL STUD KIT 1/2-20 x 2.50″ SCREW IN ALLEN HEAD 10PK

Description

Reliable wheel studs are critical for maintaining safe and stable wheel attachment under high stress conditions. This kit provides 10 precision-engineered 1/2-20 x 2.50″ screw-in Allen head wheel studs, designed to deliver strong, consistent clamping force that prevents wheel loosening and enhances vehicle safety.

Each stud features a screw-in design that ensures secure installation and resistance to loosening under vibration and heavy loads. The Allen head facilitates easy installation and removal with the proper tool, reducing the risk of damage during maintenance compared to traditional designs.

Manufactured by Strange, a trusted name in driveline components, these studs weigh 0.75 kg per kit, indicating robust materials and construction suitable for high-performance or heavy-duty applications. Their 2.50-inch length provides ample thread engagement within the hub, increasing durability and load distribution.

The compact package dimensions (10.00 cm length, 8.00 cm width, 4.00 cm height) reflect a well-organized kit that integrates seamlessly into professional workshops or personal garages. The 1/2-20 thread pitch is compatible with a wide range of differentials and wheel hubs, ensuring versatility across many vehicle platforms.

By choosing these screw-in Allen head wheel studs, customers benefit from enhanced wheel retention and simplified maintenance, reducing downtime and improving overall vehicle reliability. The precision threading and durable materials resist wear and corrosion, extending service life even in demanding environments.

Technical specifications:

• Thread size: 1/2-20
• Stud length: 2.50 inches (63.5 mm)
• Head type: Allen head for secure tool engagement
• Kit quantity: 10 studs
• Weight: 0.75 kg per kit
• Manufacturer: Strange
• Package dimensions: 10.00 cm x 8.00 cm x 4.00 cm

This wheel stud kit offers a precise, durable solution for professionals and enthusiasts seeking to maintain the highest standards of driveline integrity. It integrates seamlessly with differential and transmission assemblies, ensuring consistent performance and safety.