Autoround 512332 Rear Wheel Bearing & Hub Assembly — 5-Lug ABS, Fits Jeep Compass/Patriot, Chrysler 200, Sebring, Avenger, Caliber

Overview

The Autoround 512332 rear wheel bearing and hub assembly is designed to replace worn hubs on a select range of front‑wheel‑drive Jeep and Chrysler vehicles. Built to deliver a steady rotation and reliable ABS integration, this unit combines a robust hub flange with a precision bearing to support smooth, confident driving on everyday roads.

Rather than a simple replacement part, this hub assembly aims to restore the felt stability of your rear axle, helping maintain proper wheel alignment and predictable braking responses. The design adheres to OEM‑style specifications, so installation is intended to feel familiar for technicians and experienced hobbyists alike.

Compatibility

• 07-17 Jeep Compass (FWD)
• 07-17 Jeep Patriot (FWD)
• 11-14 Chrysler 200 (FWD)
• 07-10 Sebring (FWD)
• 08-14 Dodge Avenger (FWD)
• 07-12 Caliber (FWD)

Key specifications

• 5-lug, rear axle
• ABS system compatible
• Flange offset: 2.39 in
• Flange diameter: 5.54 in
• Bolt circle diameter: 4.5 in
• Replaces parts: HA590216, BR930609, 5105719AB

Quality and fit

Autoround wheel bearing and hub assemblies undergo quality testing to meet or exceed OEM performance standards. The build emphasizes a precise overall structure and a reliable, balanced fit that supports smooth wheel rotation and predictable response in daily driving.

Installation and durability

The assembly is designed for straightforward installation with a precise fit, reducing service time and potential rework. Engineered to withstand typical road stresses, it aims to deliver long‑term reliability when installed correctly.

Brand commitment

Autoround continually optimizes its products to offer better quality at accessible prices, helping customers keep their vehicles safer on the road while staying budget‑conscious.

In real-world use, this hub may contribute to a steadier ride, quieter operation, and consistent ABS engagement after a suspension refresh. While outcomes can vary by vehicle and driving conditions, the design supports reliable rear‑wheel performance as part of routine maintenance.