Tilt

In addition to Tilt’s advanced polymer heating technology, we shaped Tilt’s silhouette to be perfectly-angled and used as both a G-spot and P-spot stimulator. Two external stimulation points also extend outward to reach the clitoris and/or perineum with precise accuracy, delivering simultaneous intensity. Tilt’s versatility has resulted in two pleasure products in one, suitable for all bodies.

Tilt’s hands-free design allows you to have your cake, and eat it too! Perfect for the ambitious multi-tasker, Tilt can be worn during solo play, foreplay, or partner play. If you are a vulva owner, Tilt also doubles as a fantastic kegel training tool, which can help balance the pelvic floor muscles. With 7 intensity settings and 3 versatile patterns, Tilt doesn't have to be used at maximum speed to stimulate - and the internal/external vibrations are optional, because Tilt has dual motors.

Lora DiCarlo’s unique, conductive polymer heating technology allows Tilt to heat rapidly, so that you can stay in the moment. We implemented this effective heating technology to provide a comfortable experience for all users, simulating a realistic ‘human touch’ experience as closely as possible. Advanced heating will relax the muscles during use, and deliver a more enhanced sensory experience from start to finish.

Tilt is coated in velvety-soft, medical-grade silicone (like the entire Lora DiCarlo product collection). It has a semi-firm hardness, which is a vital component when it comes to deep stimulation, and ultimately, achieving a very powerful G-spot orgasm. We suggest using Fluid Aqua, our water-based personal lubrication, for this high-quality material.

Ensure that Tilt is cleaned after every use (and before, if you wish). Since Tilt is fully submersible, you can run it under warm water with antibacterial soap or pleasure product cleaner to rinse residue safely effectively. 

We ensure that Drift, Tilt and Sway have been thoroughly tested for electrical compliance, and with normal use there are no risks associated. Our thermal conductive polymer tech will never exceed 104° / 40° C.