Husky Towing® 33104 - Trailer Hitch Dual Ball Mount

Universal Trailer Hitch Dual Ball Mount (33104) by Husky Towing®. Gross Trailer Weight: 14000 lb. Drop Length: 6". Rise Length: 5-1/4". Receiver Size: 2". Class III/ IV; For 2 Inch Receiver; 14000 Pound Gross Trailer Weight/ 1400 Pound Tongue Weight; Adjustable 6 Inch Drop Or 5-1/4 Inch Rise; Dual Hitch Ball - 2 Inch (10000 Pound Capacity/ 1000 Pound Tongue Weight) And 2-5/16 Inch (14000 Pound Capacity/ 1400 Tongue Weight); Steel. This Husky Towing Class III/ IV Trailer Hitch Ball Mount fits to 2 inch receiver. It has a 14,000 pounds gross trailer weight and 1,400 pounds tongue weight. It is made of steel and includes (2) hitch ball. This top-grade product is expertly made in compliance with stringent industry standards to offer a fusion of a well-balanced design and high level of craftsmanship. Manufactured from industry-leading materials using up-to-date equipment, it ensures everlasting reliability and enduring value. This product is distinguished by total quality assurance, unsurpassed by anybody else.

Specifications

Features

• Rust-Resistant Yellow Chromate And Powdercoat Finish
• Compatible With Pintle Hook Combo Balls, Clevis Mounts And Many More Accessories
• 6 Inch Maximum Drop, 5-1/4 Inch Maximum Rise
• Two High Strength Clevis Pins Allows For Easy Removal, Swift Interchangeability Of Accessories And Height Adjustments
• Solid 2 Inch Shank Platform Fits 2 Inch Receivers
• Limited 5 Year Warranty
• Perfect blend of leading innovations and superior workmanship
• Manufactured to offer high value and everlasting reliability
• Strict quality control ensures conformance to safety standards

Husky Towing® offer innovative designs, high quality, custom installation and safe, easy operation. Professional dealers and consumers throughout North America choose Husky Towing Products as their preferred brand. Husky is your source for a complete line of hitches, electrical products and towing accessories. Husky Towing hitches span the spectrum from fifth wheel, gooseneck, weight distribution, and receiver models.