The Douglas A-20 Havoc is an American light bomber mainly used by the US Army Air Force and Allied Powers air forces.The Douglas A-20 Havoc was designed in the late 1930s and saw time for deployment at the beginning of the ωαя.
The Douglas A-20 Havoc was the second most produced aircraft of the US during WWII, only after B-25 Mitchell. Havoc was probably the most supermodel bomber in the whole US bomber truss which was usually of a large shape. From a distance, Havoc has a look no different from some 2-engine fighters. In fact, Havoc has such a slender body that it’s impossible to change positions between the crew, so in the position of the gunner there is also the joystick to fly the plane in case the pilot gets hit. Over 7800 units were built. It never gained the fame of the B-25 Mitchell.
Havoc was very popular with American pilots due to its excellent flight performance and extremely easy to control. An inexperienced pilot can still drive Havoc easily, as opposed to the Marauder. Despite using the weakest engine, but thanks to his slim body and excellent aerodynamic design, Havoc was the fastest aircraft in the US main bomber, with speeds up to 538 km/h. This speed along with the ability to fly well helps Havoc get a chance to escape when encountering interceptor fighters, especially destroyers like the Me110 or J1N Gekko, which is no faster than Havoc.
Constructed as a light bomber but more or less operated as a heavy fighter, the Havoc proved to be a successful addition to the Douglas company line and the Allied ωαя effort as a whole before eventually being replaced by the more capable Douglas A-26 Invader and Northrop P-61 Black Widow.
The biggest disadvantage of Havoc is that the aircraft has the lowest bomb load in the US main bombers. The Havoc, had the least number of crews during WWII, 2-3 people, only equivalent to a heavy fighter or night fighter.
The A-20 began life as the Douglas Model 7B, a light bomber powered by a pair of Pratt & Whitney R-1830 S3C3-G Twin Wasp engines with a capacity of 1,100 horsepower. Type 7B has good maneuverability and fast flight, but has not attracted orders in the US.
Despite the failure, the aircraft attracted the attention of a French Procurement Committee visiting the United States – and placed hundreds of Model 7Bs for immediate production in February 1940.
Although not the fastest or longest-range aircraft in its class, the Douglas DB-7 series distinguished itself as a tough, dependable combat aircraft with an excellent reputation for speed and maneuverability.
The RAF chose about 100 of these Boston light bombers and produced “Havoc”. Although originated as an American plane. Havocs was first controlled by No. 23 Squadron.There were several variants of the Havoc. The Boston I was powered by two Pratt & Whitney R-1830 engines and was completely equipped to French specifications. Its high speed was its only asset and it was equipped as a night fighter with eight 7.62mm caliber machines guns mounted in the nose.
Havoc IIs were French DB-7As converted to night fighters. A solid nose housed twelve 7.62mm caliber machine guns.
All DB-7 versions were known to the British as the Boston. The British later converted their Bostons to radar equipped night-fighters and theses were collectively known as Havoc. The United States Army Air Forces referred to the plane as the A-20 Havoc, and the reconnaissance version as the F-3The basic design of the A-20 was quite popular at the time with the deep cylindrical fuselage and cantilever monoplane wing in the middle, under each wing containing a radial three-propeller engine.
The empennage was traditional, equipped with a vertical stabilizer and horizontal cantilever planes. The undercarriage has three wheels in which the two main wheels concave into each engine shell and a single wheel in the rear of the cockpit floor. The engine nacelles on either wing assembly came to a point well past the wing trailing edge, giving the A-20 its distinct top-down silhouette.
Overall, the aircraft has a suitable structure for its work, proving to be a success for Douglas. Like most larger aircraft during World Wαя II, Havoc’s airframe was specifically designed to withstand the damage and still keep her crew alive. The airframe also appears to be adapted to a variety of internal ωєαρσиs and systems.
Wєαρσиs were changed during the ωαя. Standard ωєαρσиs include a combination of four 12.7mm machine guns mounted in the nose of the aircraft providing attack power. In the position of the back also attached a pair of such machine guns. Internal bombs will be used to increase destruction efficiency – up to 1.8 tons of bomb load – part of this load can be used for additional fuel. To increase the attack power on the nose, the ωєαρσи is increased to 6 12.7mm machine guns. A pair of 12.7mm machine guns in the rear cockpit and a single 12.7mm machine gun in the vent position through a tunnel.
Visibility for the Havoc was good from the cockpit and stall characteristics were considered docile and it handled very well during low flying operations.
Note that the A-20 is actually designed as a light bomber, but it was often used as a medium bomber. The cockpit is designed with glazed canopy, providing great views forward, above and to the sides. Doors are mounted along the starboard side of the frame and allow easy access to the seat. Flight control is done through a traditional control wheel mounted on flexible columns. Gun buttons, throttle control buttons and propeller controls are reasonably arranged and easy to access. The dials and gauges are placed in a position with good visibility. The pilot can access the controls of the fuel tank, bomb selector, radio and cockpit heating right on his seat. Overall the cockpit is highly appreciated by both American and British pilots.
