Description
Direct-Fit Spindle Bearing Kit. The UPR Products Rear Spindle Bearing Kit is designed to restore and enhance your vehicle’s handling and performance. Serving as a direct-fit, bolt-on component, this kit minimizes deflection and improves braking and turning predictability, making it a crucial upgrade for performance-driven drivers and enthusiasts.
Construction and Appearance. Manufactured from CNC-machined 7075 billet aluminum, this spindle bearing kit is built to withstand corrosion and rust, ensuring long-lasting durability. The use of Teflon-lined chrome moly spherical bearings further enhances strength and reduces wear, offering unparalleled performance under extreme conditions. Developed through innovative technology and constructed according to OE-gauge specifications, this kit is both durable and precise.
Installation. The UPR Products Rear Spindle Bearing Kit is intended for a straightforward installation procedure with no drilling or modification required. Its direct bolt-on design makes it easy to install, catering to both professionals and DIY enthusiasts.
Application. This UPR Products Rear Spindle Bearing Kit fits all 2015-2026 Mustang models.
CA Residents: WARNING: Cancer and Reproductive Harm
- UPR Products Rear Spindle Bearing Kit
- Serves as a Direct-Fit and Bolt-On Restoration Component
- With a Professionally Inspected and Tested Structure
- Created Strictly According to OE-Gauge and Specifications
- Manufactured from CNC-Machined 7075 Billet Aluminum Quality Material
- Can Withstand Corrosion and Rust
- Guaranteed to Deliver an Unparalleled and Long-Lasting Performance
- Developed through Innovative Technology
- Resistant Against Premature Wear and Tear
- Minimizes Deflection and Enhances Handling
- Constructed with Teflon Lined Chrome Moly Spherical Bearing
- Improves Hard-Braking and Turning Predictability
- Intended for a Straightforward Installation Procedure
- No Drilling or Modification Required
- Engineered for all 2015-2026 Mustang Models






Reviews
There are no reviews yet.