Description
Experience the double penetration fun on a whole new level with the Rocks-Off® Cocktail Remote Control Vaginal & Anal Plug Vibrator!
This dual-motor vibrator has been crafted for couples' pleasure, though it's perfect for solo vaginal and anal stimulation too. The slim silicone neck is flexible enough to slip the flattened head comfortably into the vagina, which still leaves room for a penetrating partner to enjoy themselves as well! It has a nubby texture for his pleasure with every thrust while the tapered butt plug portion features a spiralling grooved texture for her backdoor stimulation. You or your lover can use the remote control to switch between the 10 vibration patterns, leaving your hands free to explore and enjoy each other however you please...
The Rocks-Off Cocktail Double Penetration Plug Vibrator and its remote are made from velvet-touch silicone for a silky-smooth finish that's completely waterproof for easy cleaning, as well as DP fun in the shower or bath. Afterwards, the magnetic USB cable can snap itself into place on the metal charging points on the toy and the remote to give you a full hour of play for every hour of charge so you can keep coming...back for more of course!
Key features of the Rocks-Off Cocktail Remote Control Vaginal & Anal Plug Vibrator:
- Combines an anal plug & slim vaginal probe for dual penetration fun
- Stimulates a penetrating partner's penis with the probe's nubby texture
- Slim flexible neck to contour to the wearer's body comfortably
- 10 vibration modes to experience hands-free with the remote control
- Waterproof velvet-touch silicone remote + toy for bathroom play
- Magnetically rechargeable toy + remote for endless enjoyment
Size:
- 5.9cm / 2.32" vaginal probe insertable length
- 9.1cm / 3.58" anal plug insertable length
- 2.95cm / 1.16" anal plug insertable width
- 11.5cm / 4.53" overall length
Material:
- Silicone
Battery & Power Information:
- Magnetic USB-rechargeable toy & remote (cable included)
- Fully charged in 1 hour
- Offers 1 hour of play per charge
