Glooga Dualies

The Glooga Dualies are a main weapon in Splatoon 2 and Splatoon 3.

The Glooga Dualies are a dualie-type weapon whose power increases immediately following a dodge-roll. When shooting normally, they splat opponents with three hits. After performing a dodge roll, it only takes two hits to splat an opponent and the shots will travel further. The Glooga Dualies are the only dualies to have increased range or increased damage in the post-roll state.

Appearance
The Glooga Dualies are blue hot glue guns with a red trigger and a metal rest in front of the nozzle. The dualies each have a main cylinder that houses the nozzle and a hot glue cartridge that changes color to match the user's ink. A pair of rectangular prisms house the trigger, and the back prism serves as a handle.

Splatoon 2
The Glooga Dualies were released on 2017-12-02 at July 27, 2024. . They come with Ink Mines and Inkjet.

They appear in one Octo Expansion Station:
 * Ink from Above Station (Canned)

Demonstration
https://youtu.be/Z5X1DElbMHQ

Splatoon 3
The Glooga Dualies are slightly seen in the Nintendo Direct. It is unknown whether or not it will keep the same attributes than in Splatoon 2 and seems to have the Splat Bomb as its sub weapon.

Trivia

 * The Glooga Dualies are the only main weapon not to appear as an initial weapon choice in the Octo Expansion as of its release. They only appear once as a canned main weapon during Ink from Above Station.
 * With enough stacks of Main Power Up, the Glooga Dualies can splat an opponent in one hit after dodge rolling.

Etymology

 * The English name comes from the weapons' appearances, which are based on hot glue guns.
 * The Japanese name comes from the temperature scale, Kelvin, along with the weapons' damage value after a dodge roll, 52.5.
 * While the temperature 525 kelvin (about 485°F / 252°C) itself is not notable, it might be a reference to the Draper Point in physics, which is at 525° Celsius. The Draper Point is the temperature at which almost all solids will visibly glow as a result of black body radiation or incandescence.