HASUR Class 3 Custom Fit Trailer Hitch Receiver for Ford Edge

Upgrade your Ford Edge towing capability with the HASUR Class 3 Trailer Hitch Receiver, engineered for 2015-2024 Ford Edge SUV models. Designed according to the vehicle’s original mounting points, this custom-fit hitch ensures accurate alignment, easy installation and dependable towing performance.

Manufactured from high-strength carbon steel, the HASUR trailer hitch receiver provides excellent structural strength and durability for everyday towing applications. The fully welded construction enhances stability, while the durable protective coating helps resist rust, corrosion, road debris and harsh outdoor conditions.

Equipped with a standard 2-inch receiver opening, this hitch is compatible with a wide range of towing accessories, including ball mounts, bike racks, cargo carriers and other hitch-mounted equipment. With a towing capacity of up to 4,000 lbs and a tongue weight rating of 600 lbs, it delivers a reliable solution for recreational towing, utility trailers and cargo transportation.

The bolt-on installation design allows direct attachment to factory mounting locations without welding or major vehicle modifications, making installation faster and more convenient.

Product Features

Vehicle-Specific Design

Designed specifically for 2015-2024 Ford Edge, ensuring accurate fitment and seamless integration with the vehicle frame.

Standard 2-Inch Receiver

Compatible with most common towing accessories, including ball mounts, cargo carriers and bike racks.

Heavy-Duty Steel Construction

Made from high-strength steel to provide excellent towing strength and long-term durability.

Easy Bolt-On Installation

Uses existing vehicle mounting points with included hardware, eliminating the need for welding or drilling.

Reliable Towing Performance

Supports up to 4,000 lbs gross trailer weight and 600 lbs tongue weight for various towing applications.

Corrosion Resistant Finish

Protective black coating improves resistance against rust, scratches and environmental exposure.