Orc 7" Silicone Dual Stimulation Suction Cup Dildo By Creature Cocks

This massive Orc 7" Silicone Dual Stimulation Suction Cup Dildo has an extra surprise at the base! The green, firm yet flexible shaft has a small knobbed tip that flares out and then nearly doubles in width as you receive the full shaft! At the base of the dong is an extra horn designed to stimulate your clitoris or perineum for dual stimulation!

Enjoy the smooth ridges of this monster rod as this creature ravages you! The wide base provides powerful suction* so you can go hands-free by placing it on any flat surface to keep it in place. You can also combine it with a compatible strap-on harness for pegging play! Made out of premium, phthalate-free silicone, it has a firm core and soft, silky surface. Use only with water-based lubricants for best results.

After play is over, wash the Orc with warm water and soap and use a toy cleaner to spray clean. Wipe dry and store in a cool, dark place out of direct sunlight.

• Dual Stimulation Fantasy Dildo: This green orc shaft has a wide, black base with a second horn protruding from it. Penetrate yourself deeply on the dong while getting a little more stimulation on your perineum or clitoris
• Suction Cup* Base: Enjoy the wide, suction cup* base of this dildo. Simply press firmly on any flat surface and enjoy riding it hands-free
• Harness Compatible: The wide, flanged base is compatible with most strap-on harnesses so you can wear it and play the fantasy roleplay character you come up with
• Premium Silicone: Made of body-safe, phthalate-free, premium silicone, it is best used with water-based lubricants only

Measurements: Overall length: 7", Insertable length: 5.4", Narrowest insertable diameter: 1.6", Widest insertable diameter: 2.3", Horn Length: 1.7", Width: 1.4"

Material: Silicone

Color: Green, Black

Note: Use only with water based lubricant.

*Surface must be completely non-porous, completely clean and completely dry. Surfaces such as glass and smooth tile are optimal. May not suction to other surfaces.