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Agree with the statement upstairs, the modern bomber, has been different from the past, in the sense, there is an essential difference, the early so-called bombing, that is, the aircraft carries an uncontrolled free-fall bomb to fly over the target, the use of artificial bomb sights to calculate the amount of advance, and calculate the point of the start of delivery, to be delivered, in layman's terms, is the air bombing, this kind of bombing, is the most primitive bombing, and in the context of modern warfare, the survival rate of the aircraft is extremely low; With the continuous progress of science and technology, the rapid development of guidance technology and the increasingly powerful means of air defense, the bombing must be carried out by means of "launching" outside the defense zone in order to ensure the safety of the bombers themselves. GPS and other composite guidance methods are completed, so there is not much difference between bombing and launching missiles now.
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The accuracy of the CCIP dropped by its practical computer is also much higher than that of the previous sights.
The F-117 can also throw LGB, if it is a large bomber, it is mostly GPS-guided, such as WCMD, JDAM, SDB (but it should not be such a small one), or it is a cruise missile. In addition to GPS, cruise missiles generally have inertial guidance and terrain matching, and some also have television guidance at the end to improve accuracy.
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Relying on the bomber's own penetration capability -- it is impossible to effectively break through the opponent's defense, it is impossible to have bombing accuracy, relying on its own fire control system and high-performance guided munitions to achieve high-precision bombing.
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Modern bombers mainly rely on precision-guided munitions to achieve precision strikes, and it is impossible to carry out precision bombing with conventional ammunition.
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Rely on advanced guidance technology. For example, infrared guidance, laser guidance, satellite guidance, television guidance, etc.
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Computerized electronic maps for precise guidance.
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Rely on advanced guidance technology.
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A bomber is an aircraft specially designed to bomb ground and water targets.
A modern bomber is like a maneuverable bastion in the air, with bombs, torpedoes and missiles hanging under its belly. It can fly to the enemy's rear in a very short period of time to carry out bombing and sabotage, cut off the enemy's transportation lines, attack the enemy's airfields and strategic points, and deal a heavy blow and a huge deterrent to the enemy.
In addition to conventional bombing, modern bombers can also carry out "carpet" bombing, that is, a group of bombers drops hundreds of tons of bombs on an area at the same time. In addition, guided bombing can be carried out using laser- or television-guided smart bombs and air-to-surface missiles.
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A fighter is a fighter plane, which is used to carry out the task of destroying enemy aircraft in the air, while a bomber is an aircraft used to bomb targets on the ground and water. Difference between combat objectives: Fighter aircraft are military aircraft, also known as fighters, that are used to destroy enemy planes and other flying aircraft in the air to change from air attack weapons.
Attack aircraft are mainly used to directly support ground forces (surface ship units) by attacking the enemy's tactical defense and small targets in the depth of shallow and close campaigns from low and ultra-low altitudes. Bombers are used to bomb ground and surface targets.
Fighters:Fighter aircraft belong to a type of fighter plane, that is, a military aircraft used to destroy enemy aircraft and other flying air attack weapons in the air. During the Second World War, it was widely known as the destroyer.
The main task of the fighter is to engage in air combat with enemy fighters and seize air superiority (air supremacy). The second is to intercept enemy bombers, attack planes and cruise missiles, and can also carry a certain number of ground attack missions to carry out ground attack missions. Fighters include interceptors for air defense in important areas, but since the 60s of the 20th century.
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Fighter = fighter (Chinese name), used to destroy enemy aircraft. Modern is basically divided into air superiority Su-27 and volley MiG-25, air superiority has good aerodynamics and high maneuverability, which is used in combat. Volleys are used at high altitudes and high speeds to intercept opposing bombers (especially nuclear-armed strategic bombers).
Bomber: Used for bombing (with a large bomb load). Generally divided into tactical JU-88 and strategic B-52, tactics are usually used to attack the opponent's front-line military targets on the front line and sub-front, and the strategy is to destroy and destruct nuclear strikes on military and civilian targets in depth and on a large scale.
The strategy requires a certain penetration capability and a certain survival rate under the enemy's anti-aircraft firepower.
Attack aircraft (attack aircraft) JU-87, A-10, Su-25: front-line bombing, for the ground fire points or some important facilities that are difficult to solve by the ground forces on the front line, generally carrying bombs is usually not as good as bombers, but it can carry out some dive and other actions, equipped with armor to deal with anti-aircraft artillery and anti-aircraft fire.
There are also modern universal fighters F A-18, F-16C D, which can perform the tasks of fighter + attack aircraft. There are also fighter-bombers F-111, Flying Leopards, which are some aircraft designed with increased ammunition based on fighter jets, mainly used for bombing, but have certain air combat capabilities. A type of tactical bomber.
Hehe, isn't it too instigated? Upstairs?
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To put it simply, it is a bomber with a range sufficient to fly across continents to carry out missions, and the bomb load is much larger than that of ordinary fighter attack aircraft.
The stealth capabilities of the B2 are classified, and in fact the B2 itself is the top secret of the US Air Force. The specific stealth capability of B2 is impossible to disclose, but it can be speculated to a certain extent, now the radar reflection area of the American F18E can be 1 square meter, the radar reflection area of the F117 is about square meters, the radar reflection area of the F22A is definitely smaller than that of the F117, the radar area of the American predator is less than the square meter, and the radar reflection area of the B2 as the most advanced bomber is definitely smaller than the F117, at least comparable to the F22.
Strategic bombers do not engage fighters? The B2 of the United States, the Russian Tu-16O went to war when the world war had already broken out, and generally they would not hang hydrogen ejections, and even if it was an empty shell, you would not dare to shoot it down, because you do not know if it has a nuclear in its belly**.