Specifications
- Brand
- Moog
- Part #
- 515178
- UPC
- 019826237033
MOOG 2019 Ram 1500 Front Wheel Bearing and Hub Assembly
$243.67
Order now to reserve yours — we'll ship as soon as stock arrives. Full refund if we're unable to fulfill.
Fits 2019-2023 Ram 1500. This MOOG front wheel bearing and hub assembly is built to last with an abrasion-resistant ABS cord and protective wheel stud coating.
Key Features
- Fits 2019-2023 Ram 1500.
- MOOG Abrasion-Resistant ABS Cord is made from a blended material for superior ABS protection and increased resistance to wear and adverse conditions.
- Wheel stud bolts are treated with a protective coating to prevent rust and corrosion, aiding in easier removal and proper torquing.
- This hub assembly is performance proven and quality tested by MOOG.
- Features an innovative roll form design that ensures consistent and optimal preload for reliable operation.
Fits this vehicle
- Ram 1500 2019-2023
Product Details
Moog is known for solving chassis problems with design enhancements that make parts last longer and are easier to install. This front wheel bearing and hub assembly is built specifically for your 2019-2023 Ram 1500, ensuring a direct fit for smooth, reliable performance.
This assembly features an abrasion-resistant ABS cord, made from a special material blend that stands up to tough conditions and protects against damage. The wheel studs also get a protective coating to prevent rust and corrosion, which makes removing and properly torquing the wheel nuts much easier down the road. Moog tests these assemblies thoroughly to ensure they perform well and overcome common issues.
The roll form design helps maintain the correct preload, which is important for the longevity of the bearing. This is a well-built option designed to keep your Ram 1500 rolling smoothly.
Specifications
- Brand
- Moog
- Manufacturer Part #
- 515178
- UPC
- 019826237033
Frequently Asked Questions
You Might Also Like
Similar products from the same category
MOOG 2019 Ram 1500 Front Wheel Bearing and Hub Assembly