Aerial warfare is the use of military aircraft and other flying machines in warfare. Aerial warfare includes bombers attacking enemy concentrations or strategic targets; fighter aircraft battling for control of airspace; attack aircraft engaging in close air support against ground targets; naval aviation flying against sea and nearby land targets; gliders, helicopters and other aircraft to carry airborne forces such as paratroopers; aerial refueling tankers to extend operation time or range; and military transport aircraft to move cargo and personnel. Historically, military aircraft have included lighter-than-air balloons carrying artillery observers; lighter-than-air airships for bombing cities; various sorts of reconnaissance, surveillance and early warning aircraft carrying observers, cameras and radar equipment; torpedo bombers to attack enemy shipping; and military air-sea rescue aircraft for saving downed airmen. Modern aerial warfare includes missiles and unmanned aerial vehicles. Surface forces are likely to respond to enemy air activity with anti-aircraft warfare.
- 1 Kite warfare
- 2 Balloon warfare
- 3 Before World War I
- 4 World War I
- 5 Between the wars
- 6 World War II
- 7 Cold War
- 8 Post Cold War
- 9 See also
- 10 Notes
- 11 References
- 12 External links
Balloon warfare in Ancient China
Balloon warfare in Europe
Some minor warfare use was made of balloons in the infancy of aeronautics. The first instance was by the French Aerostatic Corps at the Battle of Fleurus in 1794, who used a tethered balloon, L'entreprenant, to gain a vantage point.
American Civil War
Union Army Balloon Corps
The American Civil War was the first war to witness significant use of aeronautics in support of battle. Thaddeus Lowe made noteworthy contributions to the Union war effort using a fleet of balloons he created In June 1861 Professor Thaddeus S. C. Lowe left his work in the private sector and offered his services as an aeronaut to President Lincoln, who took some interest in the idea of an air war. Lowe's demonstration of flying a balloon over Washington, DC, and transmitting a telegraph message to the ground was enough to have him introduced to the commanders of the Topographical Engineers; initially it was thought balloons could be used for preparing better maps.
Lowe and other balloonists formed the Union Army Balloon Corps. Lowe insisted on the strict use of tethered (as opposed to free) flight because of concern about being shot down over enemy lines and punished as spies. By attaining altitudes from 1,000 feet (300 m) to as much as 3½ miles, an expansive view of the battle field and beyond could be had.
As the Confederates retreated, the War turned into the Peninsular Campaign. Due to the heavy forests on the peninsula, the balloons were unable to follow on land so a coal barge was converted to operate the balloons. The balloons and their gas generators were loaded aboard and taken down the Potomac, where reconnaissance of the peninsula could continue.
At the Battle of Fair Oaks, Lowe was able to view the enemy army advancing and sent a dispatch to have reserves sent.
The Confederate Army also made use of balloons, but they were gravely hampered by lack of supplies due to embargoes. They were forced to fashion their balloons from colored silk dress-making material, and their use was limited by the infrequent supply of gas in Richmond, Virginia. By the summer of 1863, all balloon reconnaissance of the American Civil War had ceased.
Before World War I
The United States Navy had been interested in naval aviation since the turn of the 20th century. In August 1910 Jacob Earl Fickel did the first experimenting with Glenn Curtiss shooting a gun from an airplane. In 1910–1911, the Navy conducted experiments which proved the practicality of carrier-based aviation. On November 14, 1910, near Hampton Roads, Virginia, civilian pilot Eugene Ely took off from a wooden platform installed on the scout cruiser USS Birmingham (CL-2). He landed safely on shore a few minutes later. Ely proved several months later that it was also possible to land on a ship. On January 18, 1911, he landed on a platform attached to the American cruiser USS Pennsylvania (ACR-4) in San Francisco harbor.
The first use of airplanes in an actual war occurred in the 1911 Italo-Turkish War with the Italian Army Air Corps bombing a Turkish camp at Ain Zara, Libya. In the First Balkan War (1912) the Bulgarian Air Force bombed Turkish positions at Adrianople, while the Greek Aviation performed, over the Dardanelles, the first naval air co-operation mission in history. Airplanes were also used by the United States Army against Pancho Villa. Air reconnaissance was carried out in both wars too. The air-dropped bomb was extensively used during the First Balkan War (including in the first ever night bombing on 7 November 1912), and subsequently shared with the Imperial German Air Service during World War I.
World War I
In World War I both sides initially made use of tethered balloons and airplanes for observation purposes, both for information gathering and directing of artillery fire. A desire to prevent enemy observation led to airplane pilots attacking other airplanes and balloons, initially with small arms carried in the cockpit.
The addition of deflector plates to the back of propellers by French pilot Roland Garros and designer Raymond Saulnier in the Morane-Saulnier monoplane was the first example of an aircraft able to fire through its propeller, permitting Garros to score three victories in April 1915. Dutch aircraft designer Anthony Fokker developed the gun synchronizer in 1915, resulting in German Leutnant Kurt Wintgens scoring the first known victory for a synchronized gun-equipped fighter aircraft, on July 1, 1915.
The Allies quickly developed their own synchronization gears, leading to the birth of aerial combat, more commonly known as the dogfight. Tactics for dogfighting evolved by trial and error. The German ace Oswald Boelcke created eight essential rules of dogfighting, the Dicta Boelcke.
Both sides also made use of aircraft for bombing, strafing, sea reconnaissance, antisubmarine warfare, and dropping of propaganda. The German military made use of Zeppelins and, later on, bombers such as the Gotha, to drop bombs on Southern England. By the end of the war airplanes had become specialized into bombers, fighters, and observation (reconnaissance) aircraft.
By the end of World War I, aerial combat had progressed to the point where dogfighting tactics based on such doctrines as the Dicta Boelcke had progressed to the point that air supremacy could be achieved; the earliest example is the Italian air offensive against the Austro-Hungarians just before the end of World War I.
Between the wars
Between 1918 and 1939 aircraft technology developed very rapidly. In 1918 most aircraft were biplanes with wooden frames, canvas skins, wire rigging and air-cooled engines. Biplanes continued to be the mainstay of air forces around the world and were used extensively in conflicts such as the Spanish Civil War . Most industrial countries also created air forces separate from the army and navy. However, by 1939 military biplanes were in the process of being replaced with metal framed monoplanes, often with stressed skins and liquid-cooled engines. Top speeds had tripled; altitudes doubled; ranges and payloads of bombers increased enormously.
Some theorists, especially in Britain, considered that aircraft would become the dominant military arm in the future. They imagined that a future war would be won entirely by the destruction of the enemy's military and industrial capability from the air. The Italian general Giulio Douhet, author of The Command of the Air, was a seminal theorist of this school, which has been associated with Stanley Baldwin's statement that "the bomber will always get through"; that is, regardless of air defences, sufficient raiders will survive to rain destruction on the enemy's cities. This led to what would later be called a strategy of deterrence and a "bomber gap", as nations measured air force power by number of bombers.
Others, such as General Billy Mitchell in the United States, saw the potential of air power to augment the striking power of naval surface fleets. German and British pilots had experimented with aerial bombing of ships and air-dropped torpedoes during World War I with mixed results. The vulnerability of capital ships to aircraft was demonstrated on 21 July 1921 when a squadron of bombers commanded by General Mitchell sank the ex-German battleship SMS Ostfriesland with aerial bombs; although the Ostfriesland was stationary and defenseless during the exercise, its destruction demonstrated the potency of air planes against ships.
It was during the Banana Wars, while fighting bandits, freedom fighters and insurgents in places like Haiti, the Dominican Republic and Nicaragua, that United States Marine Corps aviators would begin to experiment with air-ground tactics making the support of their fellow Marines on the ground their primary mission. It was in Haiti that Marines began to develop the tactic of dive bombing and in Nicaragua where they began to perfect it. While other nations and services had tried variations of this technique, Marine aviators were the first to embrace it and make it part of their tactical doctrine
Germany was banned from possessing an air force by the terms of the World War I armistice. The German military continued to train its soldiers as pilots clandestinely until Hitler was ready to openly defy the ban. This was done by forming the Deutscher Luftsportverband, a flying enthusiast's club,  and training pilots as civilians, and some German pilots were even sent to the Soviet Union for secret training; a trained air force was thus ready as soon as the word was given. This was the beginning of the Luftwaffe.
World War II
Military aviation came into its own during the Second World War. The increased performance, range, and payload of contemporary aircraft meant that air power could move beyond the novelty applications of World War I, becoming a central striking force for all the combatant nations.
Over the course of the war, several distinct roles emerged for the application of air power.
Strategic bombing of civilian targets from the air was first proposed by the Italian theorist General Giulio Douhet. In his book The Command of the Air (1921), Douhet argued future military leaders could avoid falling into bloody World War I–style trench stalemates by using aviation to strike past the enemy's forces directly at their vulnerable civilian populations. Douhet believed such strikes would cause these populations to force their governments to surrender.
Douhet's ideas were paralleled by other military theorists who emerged from World War I, including Sir Hugh Trenchard in Britain. In the interwar period, Britain and the United States became the most enthusiastic supporters of the strategic bombing theory, with each nation building specialized heavy bombers specifically for this task.
- Japanese strategic bombing
Strategic bombing, mostly targeting large Chinese cities, was independently conducted during the Second Sino-Japanese war and World War II by the Imperial Japanese Navy Air Service and the Imperial Japanese Army Air Service. There were also air raids on Philippines and Australia, as well as the cities in Burma and Malaysia. The Navy and Army air services used tactical bombing against ships and military positions, as at Pearl Harbor.
In the early days of World War II, the Luftwaffe launched devastating air attacks against besieged cities. During the Battle of Britain, the Luftwaffe, frustrated in its attempts to gain air superiority, turned to bombing large British cities. However, the Luftwaffe found these raids did not have the effect predicted by prewar theorists.
- Soviet Red Air Force
Although the rapid industrialization the Soviet Union experienced in the 1930s had the potential to enable the Soviet Air Forces to be effective against the Luftwaffe, Stalin's purges left the organization weakened. However, when Germany invaded in June 1941, the size of the Soviet Air Forces allowed it to absorb horrendous casualties and still maintain capability. Despite the near collapse of Soviet forces in 1941, they survived, as German forces outran their supply lines and the Americans and British provided Lend Lease assistance.
Although strategic bombing requires that the enemy's industrial war capacity be neutralized, some Soviet factories were moved far out of reach of the Luftwaffe's bombers. Because the Luftwaffe's resources were needed to support the German army, the Luftwaffe became overstretched, and even victorious battles degraded Germany's air force due to attrition. By 1943, the Soviets were able to produce considerably more airplanes than their German rivals; for example, at Kursk, the Soviets had twice the number of airplanes that the Luftwaffe had. Utilizing overwhelming numerical superiority, Soviet forces were able to drive the Germans out of Soviet territory and take the war to Germany.
- Allied air forces in Europe
The British started a strategic bombing campaign in 1940 that was to last for the rest of the war. Early British bombers were all twin-engined designs and were lacking in defensive armament, and the 1939 Battle of the Heligoland Bight had shown the vulnerability of bombers to fighter attack. Therefore, RAF Bomber Command turned to a policy of area bombing at night. Later in the war pathfinder tactics, radio location, ground mapping radar, and very low-level bombing enabled specific targets to be attacked.
When the USAAF arrived in England in 1942, the Americans were convinced they could carry out successful daylight raids. The U.S. Eighth Air Force was equipped with high-altitude four-engined designs. The new bombers also featured a strong defensive armament. Flying in daylight in large formations, U.S. doctrine held tactical formations of heavy bombers would be sufficient to gain air superiority without escort fighters. The intended raids would hit hard on chokepoints in the German war economy such as oil refineries or ball bearing factories.
The USAAF was compelled to change its doctrine since bombers alone, no matter how heavily armed, could not achieve air superiority against single-engined fighters. In a series of missions in 1943 that penetrated beyond the range of fighter cover, there were loss rates up to twenty percent. The Allies lost 160,000 airmen and 33,700 planes during World War II, and almost 68,000 U.S. airmen died.
- Air superiority
During the Battle of Britain, many of the best Luftwaffe pilots had been forced to bail out over British soil, where they were captured. As the quality of the Luftwaffe fighter arm decreased, the Americans introduced the long-range escort fighters, carrying drop tanks, e.g. the Mustang. Newer, inexperienced German pilots—flying potentially superior aircraft, gradually became less and less effective at thinning the late-war bomber streams. Adding fighters to the daylight raids gave the bombers much-needed protection and greatly improved the impact of the strategic bombing effort.
Over time, from 1942 to 1944, the Allies' air forces became stronger while the Luftwaffe became weaker. During 1944, Germany's air force lost control of Germany's skies. As a result nothing in Germany could be securely protected—not army units, nor factories, nor civilians in cities, nor the nation's capital. German soldiers and civilians began to be slaughtered in the thousands by aerial bombardment.
Strategic bombing by non-atomic means did not win the war for the Allies, nor did it succeed in breaking the will to resist of the German (and Japanese) people. But in the words of the German armaments minister Albert Speer, it created "a second front in the air." Speer succeeded in increasing the output of armaments right up to mid-1944 in spite of the bombing. Still, the war against the British and American bombers demanded enormous amounts of resources: antiaircraft guns, day and night fighters, radars, searchlights, manpower, ammunition, and fuel.
On the Allied side, strategic bombing diverted material resources, equipment (such as radar) aircraft, and manpower away from the Battle of the Atlantic and Allied armies. As a result, German army groups in Russia, Italy, and France rarely saw friendly aircraft and constantly ran short of tanks, trucks, and anti-tank weapons.
- U.S. Bombing of Japan
In June 1944, B-29s launched from China, bombed Japanese factories. From November 1944, increasingly intense raids were launched from bases closer to Japan. Tactics evolved from high-altitude to lower altitude attacks, largely removing most defensive guns and switching to incendiary bombs. These attacks devastated many Japanese cities.
Tactical air support
By contrast with the British strategists, the primary purpose of the Luftwaffe was to support the Army. This accounted for the presence of large numbers of dive bombers on strength and the scarcity of long-range heavy bombers. This 'flying artillery' greatly assisted in the successes of the German Army in the Battle of France (1940) . Hitler determined air superiority was essential for the invasion of Britain. When this was not achieved in the Battle of Britain, the invasion was canceled, making this the first major battle whose outcome was determined primarily in the air.
The war in Russia forced the Luftwaffe to devote the majority of its resources to providing tactical air support for the beleaguered German army. In that role, the Luftwaffe used the Junkers Ju 87, Henschel Hs 123 and modified fighters—Bf 109 and FW 190.
The Red Air Force was also primarily used in the tactical support role, and towards the end of the war was very effective in the support of the Red Army in its advance across Eastern Europe. An aircraft of importance to the Soviets was the Ilyushin Il-2 Sturmovik—appropriately called "flying artillery"; the Il-2 was able to make life very difficult for panzer crews, and the Il-2 was an important part of the Soviet victory at Kursk—one of the biggest tank battles in history.
Military transport aviation and use of airborne troops
Military transport aviation was invaluable to all sides in maintaining supply and communications of ground troops, and was used on many notable occasions such as resupply of German troops in and around Stalingrad after Operation Uranus, and employment of airborne troops. After the first trials in use of airborne troops by the Red Army displayed in the early 1930s many European nations and Japan also formed the airborne troops, and these saw extensive service on in all Theatres of the Second World War.
However their effectiveness as shock troops employed to surprise enemy static troops proved to be of limited success. Most airborne troops served as light infantry by the end of the war despite attempts at massed use in the Western Theatre by US and Britain during Operation Market Garden.
Surface-based aircraft such as the PBY Catalina helped finding submarines and surface fleets. The aircraft carrier replaced the battleship as the most powerful naval offensive weapons system as battles between fleets were increasingly fought out of gun range by aircraft. The Yamato, the most powerful battleship ever built was first turned back by light escort carrier aircraft, and later sunk lacking its own air cover.
The US launched normally land-based bombers from carriers in a raid against Tokyo. Smaller carriers were built in large numbers to escort slow cargo convoys or supplement fast carriers. Aircraft for observation or light raids were also carried by battleships and cruisers, while blimps were used to search for attack submarines.
In the Battle of the Atlantic, aircraft carried by low-cost escort carriers were used for antisubmarine patrol, defense, and attack. At the start of the Pacific War in 1941, Japanese carrier-based aircraft sank many US warships at Pearl Harbor and land-based aircraft sank two large British warships. Engagements between Japanese and American naval fleets were then conducted largely or entirely by aircraft - examples include the battles of Coral Sea, Midway, Bismarck Sea and Philippine Sea.
Military aviation in the post-war years was dominated by the needs of the Cold War. The post-war years saw the almost total conversion of combat aircraft to jet power, which resulted in enormous increases in speeds and altitudes of aircraft. Until the advent of the Intercontinental Ballistic Missile major powers relied on high-altitude bombers to deliver their newly developed nuclear deterrent; each country strove to develop the technology of bombers and the high-altitude fighters that could intercept them. The concept of air superiority began to play a heavy role in aircraft designs for both the United States and the Soviet Union.
The Americans developed and made extensive use of the high-altitude observation aircraft for intelligence-gathering. The U-2, and later the SR-71 Blackbird were developed in great secrecy. The U-2 at its time was supposed to be invulnerable to defensive measures, due to its extreme altitude. It therefore came as a great shock when the Soviets downed one piloted by Gary Powers with a surface-to-air missile.
Air combat was also transformed through increased use of air-to-air guided missiles with increased sophistication in guidance and increased range. In the 1970s and 1980s it became clear that speed and altitude was not enough to protect a bomber against air defences. The emphasis shifted therefore to maneuverable attack aircraft that could fly 'under the radar', at altitudes of a few hundred feet.
The Korean War was best remembered for jet combat, but was one of the last major wars where propeller-powered fighters such as the P-51 Mustang, F4U Corsair and aircraft carrier-based Hawker Sea Fury and Supermarine Seafire were used.:174 Turbojet fighter aircraft such as F-80s, F-84 Thunderjets and F9F Panthers came to dominate the skies, overwhelming North Korea’s propeller-driven Yakovlev Yak-9s and Lavochkin La-9s.:182
From 1950, North Koreans flew the Soviet-made MiG-15 jet fighters which introduced the near-sonic speeds of swept wings to air combat. Though an open secret during the war, the most formidable pilots today now admit that they were experienced Soviet Air Force pilots, a casus belli:182 deliberately overlooked by the UN allied forces who suspected the use of Russians but were reluctant to engage in open war with the Soviet Union and the People's Republic of China.
At first, UN jet fighters, which also included Royal Australian Air Force Gloster Meteors, had some success, but straight winged jets were soon outclassed in daylight by the superior speed of the MiGs. At night, however, radar-equipped Marine Corps F3D Skynight night fighters claimed five MiG kills with no losses of their own, and no B-29s under their escort were lost to enemy fighters.
In December 1950, the U.S. Air Force rushed in their own swept-wing fighter, the F-86 Sabre.:183 The MiG could fly higher, 50,000 vs. 42,000 feet (12,800 m), offering a distinct advantage at the start of combat. In level flight, their maximum speeds were comparable—about 660 mph (1,060 km/h). The MiG could climb better, while the Sabre could dive better with an all-flying tailplane. For weapons, the MiG carried two 23 mm and one 37 mm cannon, compared to the Sabre's six .50 (12.7 mm) caliber machine guns. The American .50 caliber machine guns, while not packing the same punch, carried many more rounds and were aimed with a more accurate radar-ranging gunsight. The U.S. pilots also had the advantage of G-suits, which were used for the first time in this war.
Even after the Air Force introduced the advanced F-86, its pilots often struggled against the jets piloted by Soviet pilots, dubbed "honchos". The UN gradually gained air superiority over most of Korea that lasted until the end of the war—a decisive factor in helping the UN first advance into the north, and then resist the Chinese invasion of South Korea.:182–184
After the war, the USAF claimed 792 MiG-15s and 108 additional aircraft shot down by Sabres for the loss of 78 Sabres. Later research reduced the total to 379 victories which is still higher than the 345 losses shown in USSR records.
The Soviets claimed about 1,100 air-to-air victories and 335 combat MiG losses at that time. China's official losses were 231 planes shot down in air-to-air combat (mostly MiG-15) and 168 other losses. The number of losses of the North Korean Air Force was not revealed. It is estimated that it lost about 200 aircraft in the first stage of the war, and another 70 aircraft after Chinese intervention.
Soviet claims of 650 victories over the Sabres, and China's claims of another 211 F-86s, are considered to be exaggerated by the USAF.
The Korean war was the first time the helicopter was used extensively in a conflict. While helicopters such as the YR-4 were used in World War II, their use was rare, and Jeeps like the Willys MB were the main method of removing an injured soldier. In the Korean war helicopters like the H-19 partially took over in the non combat Medevac area.
The wars saw the Indian Air Force and the Pakistani Air Force being involved in full scale combat for the first time since independence. Though the two forces had previously faced off in the First Kashmir War during the late 1940s, it was limited in scale compared to the conflicts of 1965 and 1971.
During the Indo-Pakistani War of 1965, both air forces engaged each other for the first time in a full blown combat. Both countries hold highly contradictory claims on combat losses during the war and hardly any neutral sources have thoroughly verified the claims of both countries' claim. PAF claimed it had shot down 104 IAF planes losing only 19 in the process. India meanwhile claimed that 35 IAF planes were lost while shooting down 73 PAF aircraft. By the end of the war, neither the numerically larger IAF, nor the PAF which possessed a qualitative advantage, achieved air superiority.
During the Indo-Pakistani War of 1971, the Indian Air force had both the qualitative as well as numerical edge over PAF after the induction of Mikoyan-Gurevich MiG-21 in large numbers. The war began with Operation Chengiz Khan, Pakistan's December 3, 1971 pre-emptive strike on 11 Indian airbases. After the initial preemptive strike, PAF adopted a defensive stance in response to the Indian retaliation. As the war progressed, the Indian Air Force continued to battle the PAF over conflict zones, but the number of sorties flown by the PAF gradually decreased day-by-day. The Indian Air Force flew 4,000 sorties while its counterpart, the PAF offered little in retaliation, partly because of the paucity of non-Bengali technical personnel. This lack of retaliation has also been attributed to the deliberate decision of the PAF High Command to cut its losses as it had already incurred huge losses in the conflict. The PAF also did not intervene during the Indian Navy's two raids on Pakistani naval port city of Karachi codenamed Operation Trident and Operation Python. PAF also was not able to support its troops during Battle of Longewala. In the east, the small air contingent of Pakistan Air Force No. 14 Sqn was destroyed, putting the Dhaka airfield out of commission and resulting in Indian air superiority in the east.
The South Vietnamese Air Force (VNAF) was originally equipped with helicopters such as the CH-21 and propeller powered aircraft such as the T-28 Trojan when jet aircraft were disallowed by treaty. As US involvement increased, most airpower was directly flown by US forces.
Large scale use of helicopters by the US Army in Vietnam led to a new class of airmobile troops, and the introduction of "Air Cavalry" in the U.S, culminating in extensive use of the UH-1 Huey helicopter which would become a symbol of that war, while the CH-54 Tarhe "Skycrane" and CH-47 Chinook lifted heavier loads such as vehicles or artillery. Troops were able to land unexpectedly, strike, and leave again, and evacuate wounded. The specialized AH-1 Cobra was developed from the Huey for escort and ground support duties, The later Soviet campaign in Afghanistan would also see widespread use of helicopters as part of the Air Assault brigades and regiments.
US forces provided close support of ground force over South Vietnam, and strategic bombing of targets over North Vietnam. Many types flying close support or COIN (Counter Insurgency Warfare) missions were propeller powered types such as the O-1 and OV-10 Bronco FAC spotters, A-1 Skyraider, B-26 Invader, and AC-47 "Spooky" gunship. C-123 Provider and C-130 Hercules transports flew supplies into battlefields such as Khe Sanh.
"Fast movers" included the supersonic F-100 Super Sabre, while the giant B-52 Stratofortress would be modified to unload a massive high explosive payload on enemy troop concentrations. The AC-130 would become the ultimate gunship, while the AX specification to replace the Skyraider would evolve into the A-10 Thunderbolt II.
The USAF F-105 Thunderchiefs flew the bulk of strike missions against North Vietnam in Operation Rolling Thunder, while carrier-based A-4 Skyhawks (which could 'buddy-buddy' refuel) were flown by the Navy. That first campaign was marred by carefully measured regulations that prohibited attacks against SAM missile sites and fighter bases, and frequent bombing halts, and produced little in political results. Rolling Thunder saw the first combat use of electronic computers aboard PIRAZ ships to display comprehensive real-time aircraft position information for force commanders.
Lessons learned were applied to the later Operation Linebacker which employed Phantoms, B-52s, swing-wing F-111s, A-7 Corsairs and all-weather A-6 Intruders was more successful in bringing North Vietnam to the negotiating table after a massive ground invasion. North Vietnam effectively combined Soviet and Chinese anti-aircraft artillery, SA-2 guided missiles, and MiG fighters to create the most heavily defended airspace up to that time.
US air strikes would combine the use of airbone radar platforms such as the EC-121 Warning Star, KC-135 Stratotankers for air refueling, radar jamming aircraft and specialized "Wild Weasel" units to attack SAM missile sites. Jolly Green Giant helicopter crews escorted by A-1 "Sandy"s would retrieve downed pilots over hostile territory.With the use of "smart" guided bombs late in the war, this would set the model for future US air operations.
Experts were surprised when advanced F-105s were shot down in its first encounter against the elderly but nimble MiG-17. Dogfights were thought to be obsolete in the age of missiles, but pilots now needed maneuverability. The F-4 Phantom was quickly tasked with protecting against MiGs, but sorely lacked a built-in gun when missiles were often unreliable. Air combat training schools such as TOPGUN would improve kill ratios, but combat experience started programs that would produce agile air superiority fighters with guns such as the F-15 Eagle by the 1970s.
South Vietnam fell without US air support when faced with a massive assault in 1975. The VNAF South Vietnamese Air Force was never supplied with powerful fighters and bombers such as the Phantom and B-52 which could strike at North Vietnam.
In the Six-Day War of 1967, the Israeli Air Force launched pre-emptive strikes which destroyed opposing Arab air forces on the ground. The Yom Kippur War of 1973 saw the Arab deployment of mobile SA-6 missiles which proved effective against low-flying Israeli aircraft until they were neutralized by ground forces.
In the Iran–Iraq war (1980–1988), the use of aerial warfare in all manner was a norm. At the war commons with the start of bombing of mostly Iranian Air Force bases by Iraq's Air Force with the aim of destroying Iranian air force in the ground. In most cases, this technique was failed due to lack of training by Iraqi pilots and protection of Iranian air bases. Later on aerial warfare in all forms used by both sides.
Falklands War (1982)
During the six-week Falklands War British carrier-based Harriers flew over 1500 sorties and Vulcans flew long-range bombing missions. 21 Argentine fixed-aircraft were destroyed in the air by British Harriers alone. A further 18 Argentine fixed-wing aircraft were destroyed by British Surface to Air Missiles. 15 Argentine fixed-wing Aircraft were destroyed on the ground. 14 Argentine fixed-wing aircraft were captured. Therefore a total of 68 Argentine fixed-wing aircraft were captured or destroyed by British Forces, representing 28% of the total 240 fixed-wing aircraft the Argentinians had at the start of the war. If accidents and friendly fire is included, 31% of the total 240 fixed-wing aircraft were lost.
Post Cold War
The collapse of the Soviet Union in 1991 forced Western air forces to undergo a shift from the massive numbers felt to be necessary during the Cold War to smaller numbers of multi-role aircraft. The closure of several military bases overseas and the U.S. Base Realignment and Closure program have served to highlight the effectiveness of aircraft carriers in the absence of dedicated military or air force's bases, as the Falklands war and U.S. operations in the Persian Gulf have highlighted.
The advent of precision-guided munitions have allowed for strikes at arbitrary surface targets once proper reconnaissance is performed (network-centric warfare). However, wars cannot be won through air power alone.
The Stockholm International Peace Research Institute (SIPRI) has noted that sales of combat aircraft can have a destabilizing effect because of their ability to quickly strike neighboring countries, such as during Operation Orchard in 2007.
Gulf War (1991)
The role of air power in modern warfare was dramatically demonstrated during the Gulf War in 1991. Air attacks were made on Iraqi command and control centers, communications facilities, supply depots, and reinforcement forces. Air superiority over Iraq was gained before major ground combat began.
The initial strikes were composed of Tomahawk cruise missiles launched from ships, F-117 stealth bombers with an armament of laser-guided bombs, and aircraft armed with anti-radar missiles. These first attacks allowed fighter-bombers to gain air superiority over the country and then continue to drop guided bombs.
A-10 Thunderbolts attacked Iraqi armored forces with Gatling guns and Maverick missiles, supporting the advance of US ground troops. Attack helicopters, fired laser guided Hellfire missiles and TOW missiles. The allied air fleet also made use of AWACS aircraft and B-52 bombers.
The aerial strike force was made up of over 2,250 combat aircraft, which included 1,800 US aircraft, which fought against an Iraqi force of about 500 MiG-29 and Mirage F1 fighters. More than 88,000 combat missions had been flown by allied forces with over 88,000 tons of bombs dropped by the end of the fifth week.
Kargil War (1999)
On 11 May 1999, the Indian Air Force was called in to provide helicopters for close air support to the Indian Army at the height of the ongoing Kargil conflict with Pakistan. The first strikes were launched on the 26 May, when the Indian Air Force struck infiltrator positions with fighter aircraft and helicopter gunships. The initial strikes saw MiG-27s carrying out offensive sorties, with MiG-21s and MiG-29s providing fighter cover. The IAF also deployed radars and MiG-29 fighters to keep check on Pakistani military movements across the border.
On 27 May, the IAF lost a MiG-21 to enemy action and a MiG-27 to mechanical failure. The following day, a Mi-17 was lost to SAMs while on an offensive sortie. These losses forced the IAF to withdraw helicopters from offensive roles. On 30 May, the IAF called into operation the Mirage 2000 which was deemed the best aircraft in the high-altitude conditions. Mirage 2000s not only had better defence equipment compared to the MiGs, but also gave IAF the ability to carry out aerial raids at night. The MiG-29s were used extensively to provide fighter escort to the Mirage 2000. The Mirages successfully targeted enemy camps and logistic bases in Kargil. At the height of the conflict, the IAF was conducting over forty sorties daily over the Kargil region. By 26 July, the Indian forces had liberated 6 of the 10 strategic points captured by Pakistani forces in Kargil. The remaining 4 remain under Pakistani control.
Iraq War (2003–2010)
During the 2003 invasion of Iraq led by US and British forces putatively to defeat the regime of Saddam Hussein, aerial warfare continued to be decisive. The US-British alliance began its air campaign on March 19 with limited nighttime bombing on the Iraqi capital of Baghdad. Several days later, intensive bombardment began. About 14,000 sorties were flown, and at a cost of $1 million each, 800 Tomahawk cruise missiles were fired at numerous targets in Iraq from March 19 until mid-April 2003. By this time Iraqi resistance had largely ended.
Iraqi anti-aircraft weapons were unable to open fire on high-altitude US bombers such as the B-52 or stealth aircraft such as the B-2 bomber and the F-117A. US and British aircraft used radar-detecting devices and aerial reconnaissance to locate Iraqi anti-aircraft weapons. Bunker buster bombs, designed to penetrate and destroy underground bunkers, were dropped on Iraqi command and control centers. Iraqi ground forces could not seriously challenge the American ground forces because of their air supremacy. By mid-April 2003, US-British forces controlled all of Iraq's major cities and oil fields.
2006 Lebanon War
In the beginning of the 2006 Lebanon War Israel utilized an intensive aerial campaign aimed to eliminate Hezbollah and destroy its military, as stated by Israeli prime minister Ehud Olmert. It also aimed to return kidnapped Israeli soldiers. The campaign started by destroying Lebanese infrastructure and Hezbollah targets. This continued during the 33 days of the war.
Taking into consideration the results of the 1991 and 2003 wars on Iraq and the 1999 war on the former Yugoslavia, the Israeli air force was unable to accomplish its objectives as completely. This partly results from the military doctrine that Hezbollah used in the war which proved effective. There have also been reports during the conflict that a Hezbollah-operated flying drone penetrated Israeli airspace, and returned to Lebanese territory.
The advent of the unmanned aerial vehicle has dramatically revolutionized aerial warfare with multiple nations developing and/or purchasing UAV fleets. Several benchmarks have already occurred, including a UAV-fighter jet dogfight, probes of adversary air defense with UAVs, replacement of an operational flight wing's aircraft with UAVs, control of UAVs qualifying the operator for 'combat' status, UAV-control from the other side of the world, jamming and/or data-hijacking of UAVs in flight, as well as proposals to transfer fire authority to AI aboard a UAV. UAVs have quickly evolved from surveillance to combat roles.
The growing capability of UAVs has thrown into question the survivability and capability of manned fighter jets.
- Aerial bombing of cities
- Air force
- Loss of Strength Gradient
- Timeline of military aviation
- See John Andreas Olsen, ed., A History of Air Warfare (2010) for global coverage since 1900.
- Buckley (1999), pp. 22–23
- Boyne (2003), p.370
- Note, Boyne p.370 does not mention the Kongming lantern by name.
- Buckley (1999), p.24
- Cooksley (1997), p.6
- Boyne (2003), pp.380–381
- Note, Buckley p.24 doesn't mention the large size of balloons being a vulnerability.
- Gross (2002), p.13
- Boyne, (2003), p.392-4
- Boyne (2003), p.395
- Collier (1974), p.11
- Boyne (2003), p.398
- Biddle, Rhetoric and Reality in Air Warfare, pg.19
- Buckley (1999), p.57
- Collier (1974), pp.82,91
- Boyne (2003), p.36
- Note, San Francisco harbor is not mentioned in Boyne p.36
- Buckley (1999), p.38
- Hellenic Air Force History: Balkan Wars.
- Buckley (1999), p.36
- Gross (2002), p.26
- "Bulgarian Aviation". Stanislav Kostadinov. Archived from the original on 2009-10-25. Retrieved 2007-05-23. (includes photographs of 1912 Bulgarian warplanes and air-dropped bombs)
- Buckley (1999), pp.47,50
- Buckley (1999), pp.50,51
- Murphy, Justin (2005). Weapons and Warfare: Military Aircraft, Origins to 1918. ABC Clio. pp. 53–54. ISBN 1-85109-488-1.
- Buckley (1999), pp.51,52
- Boyne (2003), p.77
- Warplane p.1
- Buckley (1999), p.52
- Boyne (2003), p.78
- Buckley (1999), pp.59,60
- Boyne (2003), pp.109,111
- Warplane p.2
- Buckley (1999), p.86
- Buckley (1999), pp.68,109
- "Warplane" p.2
- Buckley (1999), p.3
- Boyne (2003), p.138,139,149
- Buckley (1999), p.14,75
- Buckley (1999), p.111
- Note, "bomber gap" is not mentioned in Buckley p.111
- Buckley (1999), p.91
- Boyne (2003), p.145
- Corum & Johnson, "Small Wars", p. 23-40.
- Boyne (2003), pp.88,123,152
- Referred to as Deutsche Luftfahrt-Verband in Boyne (2003) p.154.
- Sweeting, C. G. (2001). Hitler's Personal Pilot. Brassey's. p. 41. ISBN 1-57488-402-6.
- Boyne (2003), pp.154,155,157
- Collier (1974), p.94
- For an overview see Overy (1981)
- see LIFE Nov 9, 1942 p 144
- Buckley (1999), p.75
- Cooksley (1997), p.259
- Boyne (2003), p.138-9
- Buckley (1999), p.77
- Boyne (2003), p.124
- Buckley (1999), p.77,156
- Buckley (1999), p.131
- Boyne (2003), p.224
- Buckley (1999), pp.120,132,133
- Boyne (2003), pp.164,221
- Richard Overy, Why the Allies Won (1997) ch 3
- Boyne (2003), pp.220,221
- Buckley (1999), pp. 76,132-134,141
- Buckley (1999), p.134
- Buckley (1999), pp.5,154,155,157
- Buckley (1999), pp.122,158
- Gross (2002), p.113
- Boyne (2003), pp.235–6
- Boyne (2003), p.243
- Buckley (1999), p.159
- Boyne (2003), p.244-5
- Gross (2002), p.114
- Kenneth K. Hatfield (2003). "Heartland heroes: remembering World War II.". p.91.
- Robert Pitta, Gordon Rottman, Jeff Fannell (1993). "US Army Air Force (1)". Osprey Publishing. p.3. ISBN 1-85532-295-1
- Buckley (1999), pp.130–1
- Buckley (1999), pp.148,160
- Boyne (2003), p.237
- Buckley (1999), pp.160,161
- Buckley (1999), pp.149–151
- Gross (2002), pp.114–115
- Buckley (1999), pp.158–161,163
- Buckley (1999), pp.164–166,193-194
- Gross (2002), pp.138,199
- Buckley (1999), p.165
- Gross (2002), p.199
- Buckley (1999), p.166
- Gross (2002), p.137-8
- Boyne (2003), pp.207–8
- Boyne (2003), pp.215,224
- Buckley (1999), p.133
- Buckley (1999), pp.145–146
- Boyne (2003), p.223
- Buckley (1999), p.6
- Boyne (2003), p.221
- Note, neither Buckley p.6 nor Boyne p.221 mention Operation Uranus.
- Boyne (2003), pp.227–8
- Gross (2002), p.151
- Boyne (2003), p.303
- "The U-2 Spy Plane Incident". Dwight D. Eisenhower Presidential Library. Archived from the original on 2007-04-11. Retrieved 2007-05-19.
- Stokesbury, James L (1990). A Short History of the Korean War. New York: Harper Perennial. p. 14. ISBN 0-688-09513-5.
- CW2 Sewell, Stephen L. "FEAF/U.N. Aircraft Used in Korea and Losses by Type". Korean-War.com. Archived from the original on 18 August 2007. Retrieved 2007-08-22.
- Grossnick, Roy A. and William J. Armstrong. United States Naval Aviation, 1910–1995. Annapolis, Maryland: Naval Historical Center, 1997. ISBN 0-16-049124-X.
- "Korean War Aces, USAF F-86 Sabre jet pilots". AcePilots.com. Archived from the original on 19 August 2007. Retrieved 2007-08-22.
- "The Rise of the Helicopter During the Korean War". History Net.
- "World War II thru early Vietnam era helicopters". Historic US Army Helicopters. US Army.
- "WW II Helicopter Evacuation". Olive Drab.
- "M.A.S.H./Medevac Helicopters". Centennial of Flight. US Centennial of Flight Commission.
- Gross (2002), p.235
- Gross (2002), p.201
- AH-1W Super Cobra
- Soviet Air Assault Brigade
- Buckley (1999), p.215
- Boyne (2003), p.319
- Boyne (2003), p.321
- Gross (2002), p.225
- Note, Gross p.225 does not mention the AX specification.
- Boyne (2003), p.327,329
- Boyne (2003), p.331
- Note, Boyne does not mention A-4's in conjunction with Operation Rolling Thunder.
- Lockee, April 1969, p.143
- Boyne (2003), p.336-7
- Boyne (2003), p.338-9
- Gross (2002), p.216
- Gross (2002), p.213
- Boyne (2003), p.345-6
- Boyne (2003), p.348-9
- Tom Hooper and Farzad Bishop, Iran–Iraq War in the Air 1980–1988, Schiffer Military History, 2000.
- Katz, Yaakov. "Israel, UAE, India lead world fighter jet buys." Jerusalem Post, 14 November 2010
- Boyne (2003), p.359,360
- Gross (2002), p.226-7
- "Official website of Indian Air Force". Archived from the original on 23 July 2010. Retrieved 28 July 2010.
- India launches Kashmir air attack BBC News. May 26 1999
- "The Kargil Operations. The Mirage-2000 at Kargil.". Bharat-rakshak.com.
- Bammi 2002
- India loses two jets. BBC News. May 27 1999
- Dutta, Sujan (22 May 2006). "Flyer pushes frontier again - Nachiketa returns to area where his plane was shot down". Calcutta, India: Telegraph India. Retrieved 2006-09-18.
- Ganguly & Kapur 2008, p. 105
- Jones 2003, p. 97
- Kapur 2007, p. 122
- Hezbollah drone threatens Israel . msnbc.com. Retrieved 2008-01-10.
- Israel: Hezbollah Drone Attacks Warship. Washingtonpost.com. Retrieved 2008-01-10.
- "How robot drones revolutionized the face of warfare". CNN. 27 July 2009.
- Boyne, Walter J. (2003). The Influence of Air Power upon History. Pelican (www.pelicanpub.com). ISBN 1-58980-034-6.
- Buckley, John (1999). Air Power in the Age of Total War. Indiana University Press. ISBN 0-253-33557-4.
- Budiansky, Stephen. Air Power: The Men, Machines, and Ideas That Revolutionized War, from Kitty Hawk to Iraq (2005) global coverage by journalist
- Collier, Basil (1974). A History of Air Power. Macmillan Publishing Co., Inc.; New York.
- Cooksley, Peter G.; Bruce Robertson (1997). The Encyclopedia of 20th Century Conflict: Air Warfare. Arms and Amour. ISBN 1-85409-223-5.
- Corum, James S. & Johnson, Wray R. (2003). Airpower in Small Wars - Fighting Insurgents and Terrorists. Lawrence, Kansas: University Press of Kansas. ISBN 0-7006-1240-8.
- Glines, Carroll V. (1963). Compact History of the United States Air Force. Hawthorn Books, Inc. ; New York. ISBN 0-405-12169-5.
- Gross, Charles J. (2002). American Military Aviation: The Indispensable Arm. Texas A&M University Press. ISBN 1-58544-215-1.
- Higham, Robin (2004). 100 Years of Air Power & Aviation. Texas A&M University Press. ISBN 1-58544-241-0.
- Lockee, Garette E., CAPT USN (April 1969). "PIRAZ". United States Naval Institute Proceedings.
- Olsen, John Andreas, ed. A History of Air Warfare (2010) 506pp; 16 essays by experts provide global coverage
- Overy, Richard. Why the Allies Won (1997), ch 3, on bombing in World War II.
- Overy, Richard. The Air War - 1939–1945 (1980), global coverage of combat, strategy, technology and production
- "War in the Air" from Oral Histories of the First World War: Veterans 1914–1918 at Library and Archives Canada
- "Warplane: Military Aviation: Key Innovations". Thirteen/WNET New York. 2006. Archived from the original on 17 November 2007. Retrieved 2007-11-27.
- Middle Eastern Air Power 2009
- Aerial Warfare Quotations
- Jones, Johnny R.: Air power, Air & Space Power Journal
- Historic films showing aerial warfare during World War I at europeanfilmgateway.eu
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