Bang vs. Utopia Texture Comparison

Description

Prepare yourself for the best BANG of your life! Slide your shaft into this hyper-realistic labia and experience a never-before-felt masturbation sensation. The Boost’s “Turbo Tech” floating rings firmly greet your manhood upon entry, ensuring a perfectly snug grip throughout. After penetrating this pleasure-inducing feature, you will traverse through a highly textured, tight corridor consisting of ribbed rings and floating discs expertly crafted to caress your erection to perfection.

Characteristics

The Fleshlight Boost takes everything you love about Fleshlight products and cranks it up a notch. The Boost line of masturbators introduces more new features than any product since the original.

In addition to brand-new case and skin tone colors, the orifices are more detailed and life-like than ever. Each toy also comes with our innovative Suction Control Cap, allowing users to dial up their preferred tightness.


Get ready; we’re about to boost you to an all-new level of sexual satisfaction!


Here's what you'll receive with your Boost Bang:
Metallic Blue Boost Case
Bang Orifice
Bang Texture
Suction Control Cap
Instructions for use and care

Measurements

9.75" Total Length
8.5" Insertable Length

Description

Featuring a revolutionary new coiled design complete with unique “pleasure pockets”, Riley Reid’s Utopia is the perfect combination of ribbed pleasure and tight stimulation. Every thrust deep inside her orifice makes for maximum pleasure, ensuring you the ultimate orgasm.

Characteristics

Please note, it seems like around 2019 the sleeve was updated. Fleshlight originally said only the texture image/render was changed but after a while it was confirmed that the texture itself went through a small revision. This means, V1 of this sleeve was released 2016 and discontinued around 2019, anything after that is most likely V2.

This is what V1 looked like:



For this reason it's important to note that the Heatmap is slightly inaccurate, as many people based their input on V1 rather than V2!

Measurements