The Aircraft : |
Name | Info |
Mustang | The ubiquitous North American P-51 Mustang, which many consider to be the best all-around fighter of WW II, owes its origins to the British Air Ministry. Following Britains entry into WW II in 1939, the RAF was interested in purchasing additional fighter aircraft from American sources, particularly the Curtiss P-40. Curtiss, which was busy, was unable to guarantee timely delivery so the British approached North American Aviation as a possible second source for the P-40. North American chose to propose its own fighter design which would use the same Allison engine as the P-40. Utilizing new laminar flow wings, the North American fighter was expected to have performance better than the P-40. Developed in record time the new aircraft was designated as a Mustang I by the Brits, whereas the USAAF ordered two for evaluation which were designated XP-51 Apaches. Intrigued with the possibility of using this aircraft also as a dive bomber, North American proposed this to the USAAF which decided to order 500 of the P-51 aircraft to be modified for dive bombing use. Designated as the A-36 Invader, this version of the Mustang utilized dive flaps, and bomb racks under each wing. Some reinforcing of the structural members was also required because of the G-forces to be encountered in dive bombing. A-36s entered combat service with the USAAF prior to any P-51s. In early 1943 the 86th and 27th Fighter Bomber Groups of the 12th Air Force began flying A-36s out of Northern Africa. Despite some early problems with instability caused by the dive flaps, the A-36 was effective in light bombing and strafing roles. It was not, however, capable of dog fighting with German fighters, especially at higher altitudes. Despite these drawbacks one USAAF pilot, Captain Michael T. Russo, who served with the 16th Bomb Squadron of the 27th Fighter Bomber Group, was credited with five confirmed aerial victories in the A-36, thereby becoming the first mustang ace. |
Me109 | Willy Messerschmitt designed the BF109 during the early 1930s. The Bf109 was one of the first all metal monocoque construction fighters with a closed canopy and retractable undercarriage. The engine of the Me109 was a V12 aero engine which was liquid-cooled. The Bf109 first saw operational service during the Spanish Civil War and flew to the end of World War II, during which time it was the backbone of the Luftwaffe fighter squadrons. During the Battle of Britian the Bf109 was used in the role of an escort fighter, a role for which it was not designed for, and it was also used as a fighter bomber. During the last days of May 1940 Robert Stanford-Tuck, the RAF ace, got the chance to fly an Me109 which they had rebuilt after it had crash landed. Stanford-Tuck found out that the Me109 was a wonderful little plane, it was slightly faster than the Spitfire, but lacked the Spitfire manoeuvrability. By testing the Me109, Tuck could put himself inside the Me109 when fighting them, knowing its weak and strong points. With the introduction of the improved Bf109F in the spring of 1941, the type again proved to be an effective fighter during the invasion of Yugoslavia and during the Battle of Crete and the invasion of Russia and it was used during the Siege of the Mediteranean island of Malta. The Bf109 was the main fighter for the Luftwaffe until 1942 when the Fw190 entered service and shared this position, and was partially replaced in Western Europe, but the Me109 continued to serve on the Eastern Front and during the defence of the Reich against the allied bombers. It was also used to good effect in the Mediterranean and North Africa in support of The Africa Korps. The Me109 was also supplied to several German allies, including Finland, Hungary, Romania, Bulgaria, Croatia, and Slovakia. The Bf109 scored more kills than any other fighter of any country during the war and was built in greater numbers with a total of over 31,000 aircraft being built. The Bf109 was flown by the three top German aces of the war war. Erich Hartmann with 352 victories, Gerhard Barkhorn with 301 victories and Gunther Rall with 275 kills. Bf109 pilots were credited with the destruction of 100 or more enemy aircraft. Thirteen Luftwaffe Aces scored more than 200 kills. Altogether this group of pilots were credited with a total of nearly 15,000 kills, of which the Messerschmitt Bf109 was credited with over 10,000 of these victories. The Bf109 was the most produced warplane during World War II, with 30,573 examples built during the war, and the most produced fighter aircraft in history, with a total of 33,984 units produced up to April 1945. Bf109s remained in foreign service for many years after World War II. The Swiss used their Bf109Gs well into the 1950s. The Finnish Air Force did not retire their Bf109Gs until March 1954. Romania used its Bf109s until 1955. The Spanish Hispanos flew even longer. Some were still in service in the late 1960s. |
Flying_Fortress | In the mid-1930s engineers at Boeing suggested the possibility of designing a modern long-range monoplane bomber to the U.S. Army Air Corps. In 1934 the USAAC issued Circular 35-26 that outlined specifications for a new bomber that was to have a minimum payload of 2000 pounds, a cruising speed in excess of 200-MPH, and a range of at least 2000 miles. Boeing produced a prototype at its own expense, the model 299, which first flew in July of 1935. The 299 was a long-range bomber based largely on the Model 247 airliner. The Model 299 had several advanced features including an all-metal wing, an enclosed cockpit, retractable landing gear, a fully enclosed bomb bay with electrically operated doors, and cowled engines. With gun blisters glistening everywhere, a newsman covering the unveiling coined the term Flying Fortress to describe the new aircraft. After a few initial test flights the 299 flew off to Wright Field setting a speed record with an average speed of 232-mph. At Wright Field the 299 bettered its competition in almost all respects. However, an unfortunate crash of the prototype in October of 1935 resulted in the Army awarding its primary production contract to Douglas Aircraft for its DB-1 (B-18.) The Army did order 13 test models of the 299 in January 1936, and designated the new plane the Y1B-17. Early work on the B-17 was plagued by many difficulties, including the crash of the first Y1B-17 on its third flight, and nearly bankrupted the Company. Minor quantities of the B-17B, B-17C, and B-17D variants were built, and about 100 of these aircraft were in service at the time Pearl Harbor was attacked. In fact a number of unarmed B-17s flew into the War at the time of the Japanese attack. The German Blitzkrieg in Europe resulted in accelerated aircraft production in America. The B-17E was the first truly heavily armed variant and made its initial flight in September of 1941. B-17Es cost $298,000 each and more than 500 were delivered. The B-17F and B-17G were the truly mass-produced wartime versions of the Flying Fortress. More than 3,400 B-17Fs and more than 8,600 B-17Gs would be produced. The American daylight strategic bombing campaign against Germany was a major factor in the Allies winning the War in Europe. This campaign was largely flown by B-17 Flying Fortresses (12,677 built) and B-24 Liberators (18,188 built.) The B-17 bases were closer to London than those of the B-24, so B-17s received a disproportionate share of wartime publicity. The first mission in Europe with the B-17 was an Eighth Air Force flight of 12 B-17Es on August 12, 1942. Thousands more missions, with as many as 1000 aircraft on a single mission would follow over the next 2 ½ years, virtually decimating all German war making facilities and plants. The B-17 could take a lot of damage and keep on flying, and it was loved by the crews for bringing them home despite extensive battle damage. Following WW II, B-17s would see some action in Korea, and in the 1948 Israel War. There are only 14 flyable B-17s in operation today and a total of 43 complete airframes |