Allstar Performance 1/2" Thread Standard Steel LH Male Rod End
WARNING: Handling passenger or off-highway motor vehicle parts can expose you to chemicals such as phthalates and lead, which can cause cancer and reproductive harm. To minimize exposure, service the vehicle in a well-ventilated area, wear gloves, and wash your hands. For more information go to www.P65Warnings.ca.gov
Two-piece spherical rod ends have a pivoting steel ball and are sold each. This Standard Series steel rod end has a 1/2 Inch bore with a 1/2 Inch-20 left hand male thread and is rated at 10,046 lbs.
Performance isn't just about strength-it's about allowing every component to move exactly as it was engineered to. Allstar Performance Rod Ends provide precision pivot points that allow steering and suspension components to articulate smoothly while maintaining the strength and alignment needed for dependable performance.
Built to withstand demanding loads without compromising suspension geometry, these durable rod ends help improve handling, chassis response, and driver confidence. Whether building a competition vehicle or fabricating a custom suspension system, Allstar Performance Rod Ends deliver the precision and reliability that keep every movement under control.
Details:
- Thread: 1/2 Inch-20 Left Hand Male
- Inside Diameter: 1/2 Inch
- Finish: Zinc Oxide
- Size: 1/2 Inch Bore x 1/2 Inch-20
- Color: Silver
- Capacity: 10046 lb
- Shape: Spherical
- Gender: Male
- Material: Steel
- Sold As: Each
Application Notes:
- 1/2 Inch-20 left hand male thread - 1/2 Inch bore
- Rod End
- Standard Series
- Spherical
- 1/2 in Bore
- 1/2-20 in Left Hand Male Thread
- Steel Ball
- Steel
- Zinc Oxide
- Sold Individually
Product Description:
Specialty items for the Shop, Trailer and Track. The Allstar Performance brand offers thousands of hard-to-find, specialty items that cover many segments in the performance aftermarket. For over 30 years, customers worldwide have come to rely on the quality, affordable and practical items available from Allstar Performance.