The Ultimate Dip Attachment was first developed by Mutant Metals, a family owned and operated manufacturer of quality strength training equipment, based in western Pennsylvania. Rogue was pleased to work with Mutant Metals on adapting our own versions of this accessory, which are manufactured here in Columbus with their blessing.

The UDA creates an instant dip station on an existing 3x3” Monster or Monster Lite rack/rig, attaching securely via an included pin (1” for the Monster version, 5/8” for the Monster Lite). The attachment’s 1-3/8” diameter handles can also be removed and placed in one of three holes, then secured quickly using the Rogue patented knurled knob . This creates three handle width options with their own grip spacing ranges: Narrow (11.5” - 20”), Mid (15” - 24”), and Wide (19” - 27.5”). The handles will remain at the same 30-degree angle in relation to one another no matter where they are positioned. 

All UDA handles have 18” of usable length and are knurled for a superior grip, with convenient knurl marks provided every 6” to help athletes repeat comfortable starting grip positions. Customers can select between a Stainless Steel handle finish or our Proprietary Matte Black finish, which utilizes a process that effectively transforms the surface of the steel rather than coating it, greatly increasing the handles’ long-term corrosion resistance and color endurance. Additional frame colorways will be available in the future.

Rogue has made some notable adaptations to the original Mutant Metals UDA design, including the use of a single-piece formed and welded tube; reinforcement of the frame with a tubular triangle gusset; and the introduction of a Rogue patented knurled knob for set-up with an integrated protective plastic washer. All welded joints are also slotted/tabbed prior to welding for additional structural strength. Tight tolerances are enforced to ensure a more snug fit on the upright. Every Ultimate Dip Attachment we manufacture is fully built out and tested, with modifications made to any that don’t meet the tightness requirements.