Rheinmetall demonstrated AMAP-ADS armored vehicle protection system
Developed by ADS GmbH and Rhinemetall, an active protection system, called ADS, was demonstrated during shooting by 120 to experts from 10 countries. These tests were held in the north of Germany in the Rheinmetall center. According to the developers, the aforementioned system (ADS) is considered to be very effective for the self-defense of any military equipment, as it provides protection during the war against modern threats.
Referring to the “hard-kill” class, the system has combat elements and radar sensors, thanks to which an additional protection screen is created, which is located along the upper projections and sides of the vehicle.
Special sensors easily detect an attacking projectile, such as an anti-tank missile, or a cumulative ammunition, and after a few fractions of a second activate the countermeasure, while using pyrotechnic directed energy to destroy the projectile in the vicinity of the machine. Due to the use of a certain descending trajectory, ADS minimizes possible collateral damage in the area of armored vehicles.
It is worth noting that active protection systems are divided into two categories: “hard-kill” - hard and “soft-kill” - soft.
Soft systems are designed to remove the projectile from the target and its disorientation. For this purpose, false targets, jammers, and various means that make observation difficult are used.
Rigid systems are designed to eliminate guided missiles (in flight) and anti-tank ammunition.
According to Altair, the AMAP-ADS system has been developed by IBD Deisenrot Engineering since 2004. And in the end, the company released a universal modular system that can be mounted in any equipment, from patrol cars to military ones. tanks, while design changes are not required.
It is known that at the beginning of 2011, this system (ADS) equipped the Fuchs 1А8 armored vehicle to test its ability to protect the BBM with the wheel formula 6х6. Tests that were conducted in June by the Defense Technology Technologies Group (TX2011) in Trier in June showed that ADS can be installed on any platform without modifying it. In addition, it almost does not affect the speed or weight and size characteristics of the machine. After that, it was decided to conduct ballistic tests, during which they will launch the RPM-41 from the BBM.
In the special center Rhinemetal, the BBM Fuchs, equipped with the ADS system, was towed to a distance of 150 meters from viewers at a speed of 20 km / h. An RPG grenade with a shock fuse was launched from a distance of 18 meters by armored vehicle, and a battle scenario was demonstrated in the village. After this, the ADS sensors, after detecting and identifying the projectile as an attacking threat, immediately activated their means of destruction. The armor of the BBM was in no way affected by the residual impact of the ammunition, and the vehicle was able to leave the battlefield under its own power. This demonstration showed that ADS is able to effectively protect any existing equipment in the conditions of modern battles.
ADS GmbH, a joint venture of IBD GmbH (26%) and Rheinmetall (74%), received an order for mass production of this system.
According to experts, now many countries are discussing the possibility of purchasing systems like ADS. The number of equipment that is planned to be equipped with active protection systems, tens of thousands.
Based on the concept of "Rhinmetall", the protection of armored vehicles must be multi-level (the principle of the bulb). The ADS system is the first level, because it performs counteraction to the shells of the enemy before they reach their goal.
The second “defense line” is a passive defense system. It includes hinged armor, which is usually made of ceramic or composite materials.
Also, the concept of protection includes the use of various high-performance solutions, such as soft-kill. The company supplies them both for aviation, and for ground equipment. That is why aerosol or smoke systems, such as Rosie, make BBMs practically invisible to the enemy.
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