SUPER TENGA 03 METEOR SMASH Airplane Cup - Thick wrapping pleasure of multi-point impact
SUPER TENGA METEOR SMASH is the model in the SUPER TENGA series that features “Multi-Point Impact × High Density Cladding”. The internal structure consists of a large number of three-dimensional protrusions and layered concave and convex designs, combined with thickened colloids and highly elastic materials, bringing continuous and focused stimulus feedback.
With each thrust, you will feel the simultaneous action of multiple contact points, the pleasure is concentrated and direct, suitable for users who pursue a clear sense of stimulation and real feel.
Multi-layer protruding structure, feel the meteor-like continuous impact
METEOR SMASH features a densely arranged three-dimensional protrusion design that creates a continuous impact-like stimulus rhythm through different heights and spacing.
The protrusions constantly change the contact angle during the push and pull process, allowing for a more layered pleasure while maintaining a stable wrap-around feeling that is not too loose or monotonous, bringing a more solid user experience.
Super Smooth Pad super flesh thick insert, smooth introduction one try to know
The insert adopts the Super Smooth Pad design exclusive to the SUPER TENGA series, which significantly improves the thickness of the entrance and is assisted by a conical introduction structure for natural fit and reduced initial resistance.
The increased surface area design also improves the lubricant adhesion rate, so that the first touch can feel the difference between smoothness and softness, from the entrance to establish a stable and comfortable use rhythm, for the rear section of high-density stimulation.
Super Urethane× special lubricant for thick rebound and strong vacuum
The interior of METEOR SMASH is made of approximately 20% more Super Urethane material than traditional TENGA, with a specially formulated, more ample amount of lubricant for a thicker coating and rebound performance.
Even in a structure with dense three-dimensional details, it still maintains smooth sliding and forms a distinct vacuum adsorption sensation during propulsion. The bottom features a pressure regulating valve that adjusts the adsorption strength according to preference for stimulus performance to be more in line with personal rhythm.