The Russian army has received the first 50 ground-based robotic complexes (GRTK) "Courier". They can mine the territory, fire at the enemy and conduct evacuation.
The developer of the GRTK "Courier", Mikhail, noted that the robot was developed so that Russian soldiers could operate at a safe distance from the enemy's means of destruction and not expose themselves to danger.
The robotic complex is capable of firing from several types of weapons, evacuating the wounded from the battlefield, as well as conducting combat, laying mines, thereby facilitating the performance of combat tasks for military personnel and saving their lives. Another 20 of these products will be transferred to the soldiers in the near future.
The robotic complex is equipped with a multifunctional combat module with the possibility of installing an AGS-17 grenade launcher, NSVT or PKT machine guns, a drop system for installing minefields, a generator for an additional power source and a module in the form of a front roller for demining.
Earlier www1.ru reported that in Russia production will be increased of Kub kamikaze drones. They have proven themselves well on the front line.
Read materials on the topic:
Now on home
The ship underwent initial inspection and tests before storage until launch
The solution has already shown an increase in speed and a decrease in infrastructure load
Attackers can be in the infrastructure for months, collecting data without obvious signs of an attack
Figures show that automation is already beginning to displace couriers
Deputy General Director of RSC Energia Solovyov: Controlled deorbiting is a serious job
Kurchatov Institute is developing a 5 kW unit based on direct energy conversion technology
Alexander Polishchuk: The module can also be installed on BMP-2 or URMT
Scientists May Be Closer to Discovering a New Form of Energy
High-profile criminal case went to court
The "Volgo-Balt 138" ship sank after being hit by an enemy drone
The machine created on the basis of the legendary An-2 has a range of 1000 kilometers
Scientists are looking for ways to maintain concentration and stability during long missions