8,000-lb Capacity Aluminum Trailer Hitch Ball Mount, 6-Inch Drop by CURT™ - Associated Accessories
GM Part #19540956
About this product
Get your vehicle ready for towing with this Cadillac Accessories Trailer Hitch Ball Mount Assembly. The tow hitch allows you to tow trailers that meet the towing capacity for your vehicle. The Trailer Hitch Ball Mount Assembly features a 2-inch receiver and a 6-inch drop. Carefully review the trailering section of your vehicle Owner’s Manual. The weight of passengers, cargo and options or accessories may reduce the amount you can tow.
WARNING: Cancer and Reproductive Harm - www.P65Warnings.ca.gov
- Includes ball mount assembly (trailer ball, safety hitch and locking pin sold separately)
- Constructed of lightweight, forged aluminum for resistance to the elements
- Trailer Hitch has a maximum capacity of 8,000 lbs.
- Features 6-inch drop and 2-inch receiver
- Hitch allows you to tow trailers that meet the towing capacity for your vehicle and hitch
Package Specifications
Non-GM warranty. Limited lifetime warranty by CURT™. For more information, contact your dealer.
Frequently Asked Questions
Yes. Weight Carrying is where all of the tongue weight of the trailer is carried directly on the rear of the tow vehicle and on the hitch. Weight Distribution is determined by using a weight distributing hitch, and some or all of the tongue weight is evenly distributed throughout, from the rear to the front of the tow vehicle.
Yes, many states require the use of safety chains to pull a trailer. Be sure to check the laws in your state or contact your dealer.
No. This trailer hitch can accommodate a hitch ball (sold separately) that will need to fit into a 2-inch receiver.
No. A hitch should never be permanently fixed to the vehicle. NOTE: Before you buy a vehicle or use it for trailering, carefully review the Trailering section of the Owner’s Manual. The weight of passengers, cargo and options or accessories may reduce the amount you can trailer.
Yes. Towing with your EV may impact the total range due to the use of additional load capacity.