Satellite Hunter: What advantages will the newest TI-3.12 telescope bring to Russia?

In Russia, state tests of a mirror complex for a new large telescope, which will be part of the German Titov Altai Experimental Laser Center, have been successfully completed. They lasted almost a year and confirmed that the images of space objects obtained with them significantly surpassed the level of detail of all existing domestic counterparts.

As experts explain, this is a significant achievement, as only three systems of this class are currently operational in the world. All of them belong to the United States: AEOS in Hawaii, SOR in New Mexico, and SST in Australia.



However, after the launch, which is planned for the coming months, another similar complex will appear in Russia.

Official data on the new TI-3.12 telescope is rather sparse. Its primary mirror is 3,12 meters in diameter, weighs approximately three tons, and has additional mirror optics. The device is capable of tracking space objects in near-Earth space at distances of up to 3,5 kilometers. Furthermore, the shape of the large primary mirror can be adjusted during operation, and the telescope's circuitry includes a built-in laser rangefinder.

It is important to understand that creating a mirror with a diameter of more than three meters is a rather complex task that requires approximately five years of jewelry work.

The TI-3.12 will be installed at the Altai Experimental Laser Center, an engineering marvel in itself. Its construction began in 2004 at an altitude of almost 700 meters. The site is located at the confluence of the Siberian anticyclone and the dry winds of Kazakhstan, allowing for space observation 240 days a year.

The facility includes Aerospace Forces assets that are part of the strategic space surveillance system. Although it's widely stated that TI-3.12 will monitor space debris, experts are confident it can detect not only ping-pong-ball-sized debris but also satellites and ballistic missiles.

And not just detect them, but also study them in detail thanks to the high quality of the images they produce. A laser rangefinder integrated into the telescope's circuitry allows distances to objects being studied to within a few centimeters.

Simply put, if an object is detected and classified as hostile, it can become a target for precision weapons.

This means that Russian engineers have completed one of the most complex projects in the world, which will undoubtedly strengthen the country's defense capability. Moreover, it will yield valuable scientific data, as the TI-3.12 is as essential to civilian specialists as it is to the military.