Fleshlight Masturbator Turbo Thrust

The Fleshlight Masturbator Turbo Thrust simulates the sensation of oral sex through a specially designed three-stage orifice and an intensively textured inner wall. The design in a modern case look combines discreet handling with functional ergonomics.

The entry area leads anatomically from a lip and tongue structure to a narrowed section that creates the sensation of deep oral penetration. This sequence produces a noticeable suction effect and even pressure upon insertion. The channel behind it is divided into three coordinated zones equipped with fine ridges and nubs. The tight fit is maintained over the entire length, providing continuous stimulation.

The patented SuperSkin material quickly adapts to body heat, adjusts flexibly, and offers a natural feel. For uncomplicated hygiene, the sleeve can be completely removed from the transparent case and cleaned effortlessly.

-  Total length: 25.0 cm

-  Diameter: Flexibly stretchable

-  Three-stage entry system for realistic simulation of oral sex

-  Noticeable suction effect through adjustable airflow

-  Multi-zone inner structure with ridges and nubs

-  Ergonomic, transparent case for a secure grip

-  Skin-like, stretchable, and durable material

-  Removable sleeve for easy and thorough hygiene

-  Phthalate-free and body-safe

-  Material: SuperSkin (TPE)

-  Origin: Spain

How is the Fleshlight Masturbator Turbo Thrust best used?

For optimal glide, generous use of a water-based lubricant both on the skin and inside the toy channel is recommended. The vacuum can be individually adjusted during use by covering the rear opening.

How is the masturbator cleaned and cared for?

After use, the inner sleeve is removed from the solid case and thoroughly rinsed with lukewarm water. After drying completely in the air, a special renewal powder keeps the SuperSkin material permanently soft and smooth.

Does the toy adapt to different anatomies?

The SuperSkin material used features exceptionally high elasticity. The inner diameter expands individually upon insertion and adapts to various sizes without losing intensity.