![]() Available in 2”, 3", 4”, 5” and 6” barrel models in black or stainless finishes, all Rhino revolvers feature an easy to see fiber optic front sight. Another innovation is the hexagonal cylinder which keeps the revolver’s width to a minimum. A cocked indicator is clearly visible to indicate the internal hammer status. ![]() The snag resistant “hammer” is actually a cocking device because of the Rhino’s innovative completely enclosed firing mechanism which can be fired either single or double action. There are also workflows where meshes can be converted into SubD objects. Curve commands have SubD friendly options, and of course, there’s a number of primitives. Surface commands such as Loft, Revolve, Sweep1, Sweep2 and Extrude, all have the option of creating SubD output. The 6” barrel models come with both rails on top and bottom to easily mount optics as well as lights or lasers. Rhino’s new SubD objects can be created in a number of ways. Accessory rails on the bottom of the barrel shroud on the 4”, 5” and 6” barrel models easily allow mounting lights or lasers. An aluminum alloy frame and barrel shroud make the Rhino lightweight and easy to carry. This dramatically reduces muzzle rise and recoil felt by lowering the axis of the bore almost to the palm of the shooter's hand. Unconventional in appearance and superior by performance, the Rhino fires from the bottom of the cylinder rather than the top. Refusing to be constrained by tradition and previous design limitations, the Rhino has improvements that move the revolver forward into the 21st century. We learn how to navigate the Sub D interface. ![]() The Rhino is the most innovative development in revolver technology in decades, if not since the creation of the revolver itself. In this tutorial we're going to take a first look at the new Sub D tools available in Rhino 7.
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