The likelihood that a friendly aircraft would accidentally become the new target after an enemy was originally targeted is very low. However, the sky is large, and planes are small. The idea behind this is autonomous systems sometimes behave in unintended ways, and a missile shot is just too important not to be directly controlled by the pilot during at least the initial phases, such as during the decision to fire.Īfter the decision to fire is made and the missile leaves the firing aircraft, there are autonomous systems which eventually take over (sometimes immediately). Most US fighter aircraft (and probably fighter aircraft of other countries) give a great deal of control of the missile to the pilot. The question would the missile fire at the friendly aircraft implies the missile is making the decision to fire autonomously, but this was not the case in the F-16 as recently as 10 years ago. The piece of technology is called an IFF, which stands for Identification Friend of Foe. There is indeed an important piece of technology which "registers that with you".
Precision-guided munitions are prefered in modern warfare because of their effectiveness and their ability to minimize collateral damage.Let's say a friendly aircraft were to fly in front of you when you had sight lock turned on would the missile fire at the friendly aircraft, or is there a piece of technology in the friendly aircraft which registers that it's with you? The Russian Navy launched Kalibr missiles from a submarine in the Black Sea earlier this month, according to TASS. Frequently used by the Russian military in Syria, Kalibr-Ms are ship-launched, and have a range of up to 2,000 kilometers. In addition, Russia has also fired a small number of Kalibr-M cruise missiles. According to the state-run TASS news agency, an Iskander-M was responsible for an attack on a Ukrainian training base for foreign volunteer soldiers in March.
The Russian Defense Ministry last month released footage of troops firing an Iskander-M into Ukraine. This is far higher than cruise missiles such as the Kh-101, which travel at tree-top height. Capable of carrying conventional and nuclear warheads, Iskander-Ms fly at an altitude of about 50 kilometers. One of Russia’s most famous ballistic missiles, the Iskander-M, is a short-range ballistic missile system manufactured in the town of Kolomna, near Moscow. Whereas cruise missiles are self-propelled at subsonic speeds, ballistic missiles are much faster - they use an initial rocket motor to propel them in a mostly unpowered arc to their target. In addition to cruise missiles, Russia has fired a number of ground-launched ballistic missiles at Ukraine, including the Tochka-U and the Iskander-M. Such missiles have been regularly spotted flying over Ukraine on their way to their targets, and were used in April attacks on Odessa, according to military analyst Rob Lee. These include Kh-101 and Kh-55 cruise missiles, which are launched from fixed-wing aircraft such as the Tu-95 Bear and Tu-160 Blackjack bombers. Russia has used a number of smart munitions in Ukraine. What missiles has Russia been using in Ukraine? Russia’s Iskander-M missile, for example, can travel up to 500 kilometers and hit an area the size of a paddling pool. They are fitted with “seeker” systems, which enable them to change flight paths after launch and hit specific targets from long distances. Precision-guided missiles, also known as “smart munitions,” are designed to be extremely accurate.
0 kommentar(er)
