Jock Dual Density 8.5" Realistic Uncut Silicone Suction Cup Dildo - Vanilla

Jock Dual Density 8.5" Realistic Uncut Silicone Suction Cup Dildo - Vanilla

Truly bring fantasy to life with the Jock Dual Density 8.5" Realistic Uncut Silicone Suction Cup Dildo! With a soft pink blush to the head, a hood that partially hides it, this uncut rod also has light blue veins and a lean but meaty shaft. Enjoy diving into roleplay and fantasy scenes with this hand-painted beauty that looks and feels real!

This dual density dong has a firm inner core and a squishy, soft outer layer that adds to the realism as you ride it. Made out of soft and flexible premium quality silicone, the Jock Dual Density Uncut Dildo is phthalate-free and latex-free making it a body-safe option for your most intimate adventures! The wide base fits in most strap-on harnesses and has a strong suction-cup* base for hands-free riding, as well!

Wash it after eerie use with warm water and mild soap, then rinse it and spray it with a toy cleaner. Keep out of direct sunlight and heat.

Dimensions:

NOTE: The length in the title and on the box refers to the approximate overall length of the toy.

• Overall Length: 8.5 inches (21.6 cm)
• Insertable Length: 7.7 inches (19.5 cm)
• Widest Insertable Diameter: 2 inches (5 cm)

Dual Density: This dildo has a firm, inner core and a soft, stretchy outer skin. Enjoy the feeling of the shaft skin moving while the core stays firm and at the ready!

Realistic Feel: Designed with a phallic head and veins for a realistic look and feel; enjoy the soft, flexible feel of this sexy dong!

Versatile Use: Has a strong, suction-cup* base that can be placed on any flat surface for a solo, hands-free ride! Can also be paired with a compatible strap-on harness for pegging play!

Body-Safe Materials: The silicone dong is latex-free and phthalate-free. Use only with water-based lubricants.

*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.