Specifications
| Dimensions |
115 x 35 x 35 mm (4.5 x 1.38 x 1.38 in)
|
| Weight |
110 grams (3.88 oz)
|
| Power |
Rechargeable, USB-C
|
| Charging Time |
60 – 90 minutes
|
| Usage Time (Battery Life) |
60 – 120 minutes at full power
|
| Material |
Body Safe ABS + Silicone
|
| Waterproof |
Splash Safe, Not Submersible
|
| Included |
- The Oh!
- USB-C cable
- Quick Guide
- Manual
|
From the creators of The Handy, Oh! Vibrator is an one-of-kind women’s smart sex toy that vibrates through sound waves, allowing vulva-owners to experiment the pleasure of sound in a completely new way.
Oh! delivers everything you expect from a vibrator – and much more. It uses ResoTouch technology, with a voice coil motor using real-time audio signal processing to control the motor’s vibrations. Oh! can be synchronized with Spotify or other video and audio players to vibrate to the beat. The vibrator can be paired with another Oh!, or with The Handy, for an intimate experience with a partner, whether in the same room or in different time zones. And it can be controlled remotely, from anywhere in the world, via its free app.
The Pleasure of Sound
Oh! is a smart-vibrator enabling new sexual experiences through interactive technology. It vibrates through soundwaves, allowing vulva-owners to experiment the pleasure of sound in a completely new way.
Connected pleasure
Remote control the Oh! vibrator globally via its free app. Sync Oh! with music or audio players like Spotify and YouTube for vibrations that match the beat, or with adult content – including VR – for a fully immersive experience in which you feel what you see. You can even pair Oh! with The Handy or another Oh! for an intimate shared session.
Vibrate to the beat
Due to its interactive features, Oh! can be synchronized with Spotify or other audio or video player, and vibrate to the beat of the music.
Focused vibrations
Oh!’s advanced technology offers a pleasant experience to its users. Enjoy focused vibrations and deeper stimulation without the hand-shaking discomfort, thanks to the minimal vibrations in the shaft.
