LELO Hula Beads Rotating Vibrator

The LELO Hula Beads are the world's first remote-controlled Kegel beads that rotate and vibrate at the same time. Offering dynamic sensations, these beads can be worn entirely internally to allow the top bead to rotate against the g-spot, while the lower bead delivers vibrations through multiple speeds and eight stimulation patterns (6 standard, plus 2 SenseMotion settings), each adjustable via push-button controls on the wireless remote. Unlike some bluetooth remote controls with very limited range, the remote on the Lelo Hula Beads can control the beads from up to 39' away (through concrete floors and walls even).

Alternately, the wearer can either insert half the toy vaginally, and experience vibrations and movement both inside and outside the body, which is pretty darn amazing. Alternately, This waterproof rechargeable vibe requires 2 hours charge and will run for 2 hours. The possibilities of this hands-free rotating and vibrating toy are almost endless!  Hula beads are super fun for sex play, but are also excellent for Kegel exercises. Simply insert the beads vaginally and exercise the pelvic floor by practicing squeezing and releasing the balls slowly and with intention. The rotation and vibration can make a pretty average Kegel session so much more fun. If you're looking for more information on how to perform Kegel exercises to strengthen the pelvic floor, check out our article Learn About Kegel Exercises.

The Lelo Hula Beads' SenseMotion feature can be used in two ways:  For SenseMotion mode 1, one can simply turn or tilt the wireless controller from a horizontal to a vertical position to intensify the vibrations in the vibe. With Sense Motion mode 2, the user can adjust the intensity by applying a shaking, sweeping, or rotating motion to the remote. 

Lelo Hula Beads are completely waterproof and totally submersible in water and are charged via USB. The remote control is battery operated via AAA batteries.

Try the LELO Beads Plus Kit for kegel exercises without the vibration.