Frankenstein vs. Cyclone Texture Comparison

Description

You will scream "It's Alive!" when you experience the feeling of this abhorred monster. Made with Fleshlight's? patented SuperSkin material in stunning detail, you are sure to have an electrifying night.

Characteristics

Despite the strange outward appearance, these inner values are highly presentable: The canal begins with a 0.4 inch (10 mm) tight entrance passage which merges, after 0.8 inch (20 mm), immediately into a convex-concave Lotus node. Behind the Lotus node is a 0.6 x 0.4 inch wide chamber with a ring of six flat and hemispheric bumps inside. The bumps are similar in size and dimensions to those of the Bump N Grind insert. Next, the canal widens to a funnel-shaped main chamber with a diameter of 0.8 inch (20 mm) and a length of 2.0 inches (50 mm). The surface of the main chamber is almost completely covered with six 0.1 inch (2 mm) wide cross ribs with the three-piece Torrid-flap located at the end. The canal then tightens again to a diameter of of 0.55 inch (14 mm) and here the surface is covered by four distinctive zigzag seams that face each other and extend through to the end of the canal.

Other

The suction effect ranks in the upper mid-field. After several back and fourth movements, the relatively wide main chamber in particular is able to collect a lot of vacuum, which additionally supports the stimulation of the different textures.

The clean-up of the Frankenstein Fleshlight is rather involved because the Lotus node and the large chamber have to be thoroughly cleaned. The drying time is comparatively long, taking roughly 4 - 5 hours.

Description

The spiraling rings of the exclusive Cyclone texture get tighter the deeper you thrust, which when combined with the powerful vibrations offer an experience more intensely pleasurable than even the real thing.

Characteristics

The Fleshlight Vibro Cyclone insert belongs to the Vibro series, which kann be used with three small "Vibrating Bullets", which are put on the sides of the insert.
The inner channel consists of a wide chamber at the beginning while towards the end it becomes more and more constricting, which runs through the whole insert. The diameter of the channel is approximately 18-16 mm in the front region and at the rear region about 12-10 mm. The surface of the channel is covered by a spiral-shaped seam that winds through the main chamber and forms a pronounced wave structure.

Other