In Russia, the production of three versions of the Triton HPs was launched: who will be protected from the Drones of the Armed Forces

The developers have provided various options for Russian military equipment and infantry. In Russia, the Laboratory for Combating Industrial Spentine (PPS) has launched a serial production of Triton systems to combat Ukrainian Kamikadze Drone. The details were posted on his Telegram channel. The Laboratory of PPS states that she has successfully completed the test and already accepts preliminary orders. It offers complexes in three variants depending on the tasks.

The basic version of the Triton system is two separate modules of UAV suppression that interfere with the two frequency ranges that are most commonly used by FPV-drones-800+ and 900+ MHz. According to the developers, the blocks are equipped with fasteners, which make it easy to install them to protect stationary objects or vehicles.

There is also a special version for armored vehicles - in it a module of suppression is hidden in one building with "vibrations", reminiscent of the roof of the house. Fixing the remedy is offered using built -in magnets - this solution should provide a slight relocation from one machine to another. Nose Version "Triton" is made in the form of a backpack with racks that hold the modules of suppression directly above the carrier's head.

It is designed for assault and infantrymen and should suppress drones within a radius of 300 meters directly on the go. General characteristics for all versions: suppression of frequency ranges 800+ and 900+ MHz; Possible power supply networks: 12 V / 24 V when power from onboard networks or batteries, as well as 220 V networks; Management: Remote on and off. Earlier, they wrote that the carrier system is dangerous for the Russians themselves.

According to experts, the work of powerful modules at the head of the operator can lead to harmful consequences for the brain, including the development of cancer. The Ukrainian company Piranya-Tech visually evaluated the design and concluded that such a remedy can not effectively protect the fighters on the front, as it will quickly overheat, and it should also be kept upright in the upright position, which is difficult to move.