Traser P6600 Type 6 MIL-G watch is the absence of unnecessary and sometimes unnecessary options. Everything is strictly, in essence, and impartial conclusions refer to packaging in the first place. The manufacturer put the mechanism in polyethylene and in a regular box. There is an instruction, location in Russian. However, despite such loyalty, this watch is actively used by the soldiers of NATO countries.

The surface of the dial is military-style black. Numbers and marks are clearly visible. Also on the left is the "H3" icon, which means the presence of tritium in the watch. At the very bottom of the case there is a traditional “swiss made” inscription. There is also a backlight. It adorns wristwatches around the entire diameter. The screw-down back cover shows the product marking:

Belonging to the army is positioned with the acronym MIL-W-46374F. By the way, it is also present on the packaging.

From the corresponding inscription MIL-W-46374F, it can be concluded that the watch is electronic with a pre-installed battery, with a long service life (up to 10 years), waterproof (up to 200 meters), resistant to corrosion and height changes. Quick release NATO Star strap. The body is made of steel and carbon. The use of high technologies has made it possible to achieve an unusually low weight of the product, only 80 grams. Thanks to the mineral glass rather than the sapphire crystal, the impact resistance is noticeably increased. However, the Traser P6600 Type 6 MIL-G watch makes the greatest impression in the dark, when the proprietary backlight "turns on".

It took a lot of time and money to develop the Trigalight® technology, which can be used to determine the position of the hands in the dark. It is based on the principle of a physical reaction, when tritium gas is pumped into thin tubes covered with a luminescent substance. Then the tubes are sealed, and H3 electrons begin to bombard the luminescent sputtering. This creates a bright, stable backlight at night.

Due to the small size of the cones where the gas is injected and the scanty distance of the tritium electrodes (1-3 mm), this technology is considered absolutely safe for human health. The half-life of tritium is 12 years. The backlight will work the same way.