Cyborg vs. Tooleboxxx Texture Comparison

Description

Get turned on by a bionic experience with the #1 selling product in Artificial Intercourse. Made with Fleshlight's? patented SuperSkin material in stunning detail, you can now take your cock on a journey through the ejaculation super highway.

Characteristics

The inner canal of the Cyborg Fleshlight is a multi-chamber system consisting of four chambers. The first chamber is approximately 1.3 inch (35 mm) in length with a relatively tight diameter of 0.5 - 0.6 inch (14 - 12 mm). Inside the chamber is a dense cross-rib texture, created by five 0.1 inch (2 mm) wide ribs. After a 0.4 inch (10 mm) tight passage, the second chamber follows, which is 1.3 inch (35 mm) in length with a diameter of up to 0.6 inch (15 mm). At the upper and lower surfaces of the chamber are two oval areas with relatively wide (0.15 inch / 4 mm) cross ribs. Additionally, the chamber side-walls are covered at the left and at the right by two very distinctive longitudinal seams that run throughout the entire chamber (with some extensions).

Other

If you choose the Vibro version of the Fleshlight Cyborg, you can place up to three vibrating "Fleshlight Bullets" into the special side-pockets located on the outside of the insert. The stimulation is then accompanied by a gentle vibration and the bullets additionally tighten the canal entrance, resulting in an increased tightness sensation upon penetration. However, if you have an above average sized (and thick) penis, it could become too tight and you should use just one bullet or two bullets rather than all three.

Description

Give your tool MAXIMUM pleasure with Samuel O'Toole's exclusive texture!

Characteristics

The three chambers inside the Tooleboxxx are lined up one after the other, each being 1.6 inch (40 mm) in length with a diameter of 0.5 - 0.7 inch (12 - 18 mm). The surface of each chamber is covered with four diagonally arranged, 0.2 inch (5 mm) wide ribs. The three chambers are connected to one another by 1.0 inch (25 mm) canals which, with a diameter of 0.4 inch (10 mm), prove very tight. The inside of each of these canals is fitted with staggeredly arranged double rows of eight X-shaped bumps (2 rows times 4 bumps) that are 0.3 inch (8 mm) wide and 0.07 inch (2 mm) high.

Other