Dickosaur 7.25" Silicone Dual Stimulation Suction Cup Dildo By Creature Cocks

The Dickosaur 7.25" Silicone Dual Stimulation Suction Cup Dildo is about to outshine your other toys! With a massive, mushroom-tip head, you'll enjoy every time you pop it inside! The curved shaft has prominent veins on one side and a smooth ridge on the other.

At the base are little dinosaur legs, a curved tail and a small pair of balls. It's as fun to look at as it is to ride! 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.

Explore every sci-fi, fantasy, roleplay or cosplay scene you want with this epic adult toy! Use only with water-based lubricants for best results. After play is over, wash the Dickosaur 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.

• Fantasy Dildo: This fun fantasy dong is a tiny dinosaur with a large dong for a head! It comes in a beautiful, glittery green and black color combination
• 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: 7.3", Insertable length: 5.2", Narrowest insertable diameter: 1.6", Widest insertable diameter: 1.9", Horn Length: 2.8", Width: 1"

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.