A6M5 제로

Mitsubishi A6M Zero

국가일본
역할전투기
첫 번째 비행1939년 4월 1일
내장10939

Tthe 미쓰비시 A6M "제로" 미쓰비시 중공업의 일부인 미쓰비시 항공기 회사가 제조한 장거리 전투기로, 1940년부터 1945년까지 일본 해군이 운영하고 있습니다. A6M은 미쓰비시 해군 형 0 캐리어 전투기 (零艦戦闘機 레이시키 -칸조 센토키) 또는 미쓰비시 A6M 레이 센으로 지정되었습니다. A6M은 일반적으로 조종사가 제국 해군과 함께 복무했을 때 2600년(1940년)의 마지막 자리인 "Reisen"(제로 전투기), "0"으로 지칭되었다. 공식 연합군 보고 이름은 "Zeke"였지만 나중에 연합군에 의해 "제로"라는 이름의 사용도 채택되었습니다.

소스: 미쓰비시 A6M 제로 온 위키백과

A6M Zero
사진 작가Unknow
로컬라이제이션Unknow
사진61
잠깐, 당신을 위해 A6M5 제로 사진을 검색 ...

참고 항목:

World War II: The Definitive Visual History from Blitzkrieg to the Atom Bomb(DK Definitive Visual Histories) - 아마존 지도별 제2차 세계 대전 지도(DK History Map by Map) - 아마존

A6M5 Zero Walk Around
사진 작가야사쿠니 신사
로컬라이제이션Unknow
사진37

The Legend of the Rising Sun

Tthe 미쓰비시 A6M 제로 (officially designated as the Type 0 Carrier Fighter) was the most famous Japanese combat aircraft of World War II and one of the most formidable dogfighters in aviation history. Engineered to operate from the Imperial Japanese Navy’s carrier fleets, the Zero combined an extraordinarily long operational range with unmatched agility, completely dominating Allied aviation during the opening stages of the Pacific War. Its myth of invincibility was so potent that Allied pilots were strictly forbidden from engaging the Zero in a traditional turning dogfight, cementing its place as an iconic, double-edged masterpiece of weight-optimized engineering.

Attribute Technical Specification (A6M2 Model 21)
역할 Carrier-Based Fighter / Interceptor
승무원 1 (Pilot)
엔진 1 × Nakajima Sakae 12 14-cylinder air-cooled radial engine (940 hp)
최대 속도 533 km/h (331 mph) at 4,550 m
작동 범위 ~3,105 km (1,929 miles) with external drop tank — unprecedented for WWII fighters
Service Ceiling 10,000 m (32,800 ft)
Primary Armament 2 × 20mm Type 99-1 cannon (wings); 2 × 7.7mm Type 97 machine guns (cowl)
Structure Monocoque duralumin framework featuring integrated, non-folding wing sections

Design Engineering: Weight Obsession and Extra-Super Duralumin

  • The Dictate of Weight Reduction: Designed by Jiro Horikoshi, the Zero was shaped by extreme navy requirements demanding long range and high agility from a relatively weak 940-horsepower engine. To achieve this, Horikoshi’s team inspected every single component, boring out lightening holes in the internal framework and ruthlessly stripping the aircraft of non-essential weight.
  • Extra-Super Duralumin (ESD): To maintain structural integrity while using razor-thin metal skinning, Mitsubishi utilized a revolutionary, highly secret aluminum alloy developed by Sumitomo Metal Industries called Extra-Super Duralumin. ESD was lighter and significantly stronger than standard aviation aluminum, making the Zero’s delicate, skeletal airframe possible.
  • One-Piece Wing Rigidity: Unlike most contemporary fighters whose wings were bolted to the fuselage in separate sections, the Zero’s main wing spar was built as a single, continuous unit integrated directly into the cockpit floor. This maximized structural rigidity and weight savings, though it made manufacturing, repair, and transportation exceptionally difficult.
  • The Fatal Sacrifice of Protection: The Zero achieved its legendary performance by omitting features standard on Western fighters. It completely lacked self-sealing fuel tanks and pilot armor plating. This made the aircraft highly flammable; a single burst of heavy machine-gun fire from an Allied fighter could easily detonate the internal fuel lines and turn the Zero into a blazing inferno.

Operational History: Imperial Triumph to Kamikaze Desperation

  • The Shock of Pearl Harbor: When the war broke out in December 1941, the Zero caught the Allies completely unprepared. Sweeping across Pearl Harbor, the Philippines, and the Dutch East Indies, elite Japanese naval aviators utilized the Zero’s supreme turning radius to easily outmaneuver heavier American fighters like the F4F Wildcat and P-40 Warhawk.
  • The Akutan Zero Breakthrough: In June 1942, an intact A6M2 crash-landed on Akutan Island in Alaska. American engineers recovered the aircraft, repaired it, and flew it in mock dogfights. They discovered the Zero’s fatal weaknesses: its controls froze up at speeds over 480 km/h, and it could not roll effectively to the right at high velocities, handing Allied pilots the tactics needed to defeat it.
  • Outpaced by Industrial Might: By 1943, the arrival of powerful American fighters like the F6F Hellcat and F4U Corsair completely shifted the balance of power. These newer planes used massive 2,000-hp engines to out-climb and out-dive the Zero. Because Japan’s industrial output could not keep pace with American mass production, and its pool of veteran pilots was rapidly depleted, the Zero was systematically overwhelmed.
  • The Ultimate Sacrifice: In the final, desperate year of the war, the aging Zero was repurposed as the primary platform for *Kamikaze* suicide strike squadrons. Loaded down with heavy high-explosive bombs, thousands of Zeros were flown on one-way missions against Allied invasion fleets, a tragic and grim end to one of the twentieth century’s most brilliant aviation designs.

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