Camburg Uniball Replacement Kit

Fits Ford Ranger and Bronco (2019–2026)

Part #: CAM-010047

Overview

The Camburg 1.25 Uniball Replacement Kit is designed for enthusiasts and professionals looking to restore or upgrade the suspension components of their Ford Ranger and Bronco models from 2019 to 2026. This kit provides high-quality replacement uniballs that ensure durability, strength, and reliable performance in demanding off-road conditions. Whether you're rebuilding your suspension or upgrading for enhanced strength, this kit offers a straightforward solution to maintain optimal handling and longevity.

Key Features

• Manufactured in the USA with strict quality control standards
• Includes two FK 1.25" uniballs and two snap rings for complete replacement
• Self-lubricating military-grade PTFE liner reduces stiction and noise
• High load capacity of 100,730 lbs. for superior strength compared to OEM ball-joints
• Designed with a bearing ID of 1.25" and OD of 2.375" for precise fitment
• Constructed for durability and long-lasting performance in off-road environments
• Easy to install with clear instructions; confirm sizing before ordering

Construction & Design

This replacement kit features high-grade materials and precision manufacturing to ensure reliable performance. The FK uniballs incorporate a self-lubricating PTFE liner, which minimizes friction and noise during operation. The components are built to withstand heavy loads and harsh conditions, making them ideal for off-road applications and aggressive driving styles.

Installation & Fitment

Designed for straightforward installation, this kit is compatible with Camburg upper arms and some lower arms on Ford Ranger and Bronco models from 2019 to 2026. It is important to verify the size of your existing uniballs before ordering; the easiest way is by inspecting the bolt. If the bolt is a hex head above the uniball, it is a 1" uniball, whereas the 1.25" uniball has the bolt recessed below. Follow the included instructions for proper installation to ensure optimal performance and safety.