The Fascinating History of Carburetor Combined With A Turbocharger Gave

Welcome to another journey through aviation history! In this article, we explore some incredible early developments in aeronautics.

Key Takeaways

• carburetor combined with a turbocharger gave better performance at altitude. However, as the war wore
• on, Germany's critical inability to produce piston aviation engines of at least 1,500 kW (2,000

The Full Story

carburetor combined with a turbocharger gave better performance at altitude. However, as the war wore on, Germany's critical inability to produce piston aviation engines of at least 1,500 kW (2,000 PS) maximum power and above that possessed proven front-line reliability, prevented them from fully developing more advanced strategic and tactical combat aircraft designs that would require such powerplants. Meanwhile, jet and rocket engines had been under steady development, the rocket especially in Germany and the jet both there and in Britain. By the end of the war they were beginning to make their appearance in operational types. The German and British jet technologies differed significantly. The axial-flow jet, in which air passes continuously backwards through the engine, was recognized as the most efficient design but required highly advanced new technologies in both materials and precision manufacture. While the Germans opted for this approach, the British chose the simpler and more robust centrifugal compressor in which the air is first flung outwards, using centrifugal force to help compress it, before being burned and returned to the axial-flow turbine stage. This resulted in a shorter but wider engine for the same airflow and output power. The Hungarian Jendrassik Cs-1, in 1940 the world's first turboprop, was of axial-flow design with similarly reversed-flow combustion but was cancelled due to other priorities. The pulse jet was a crude jet engine which produced too much vibration to be usable for manned aircraft but found a niche in the V-1 flying bomb. === Armament === At the start of the war, the British Hawker Hurricane and Supermarine Spitfire fighters had eight machine guns against typically four on the Messerschmitt Bf 109, giving them far greater firepower. The early marks of Spitfire and Hurricane had machine guns that were, however, of the .30 calibre (7.62mm) class, with less hitting power than heavier calibre weapons firing non-explosive bullets - the Germans' MG 131 machine gun, the Japanese Ho-103 machine gun, the Soviets' Berezin UB and particularly the "light-barrel" AN/M2 version of the American Browning M2 machine gun, all of the .50 calibre (12.7mm) size, became very widely used as primary offensive and defensive aircraft armament by the end of World War II. The Bf 109 could also be fitted with a cannon, and later variants with up to three. These guns have exploding shells instead of solid bullets but are larger and heavier than ordinary machine guns. Opinions differed on both sides as to which type was better. Some aircraft were made in both variants, while others could be modified in the field to fit either or both types. As the war progressed, higher aircraft speeds, cockpit armour and stronger airframes led to a steadily increasing preference for cannon. Later in the war the British and American forces made extensive use of unguided rockets for ground attack, while the German Bachem Natter point-defence interceptor had a battery of rockets in the nose intended to be fired into an oncoming bomber formation. === Avionics === Avionics systems increased in

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This article was adapted from public domain historical archives to bring you accessible, plain English history.