Battleship Bismarck

Battleship Bismarck. History, development, final cruise, specifications, pictures and 3d model of the German warship.

Design, construction and final cruise of battleship Bismarck.

battleship Bismarck final cruise

The battleship Bismarck seen from the cruiser Prinz Eugen at the beginning of her final cruise on May 20, 1941. She has camouflage stripes painted on her hull and superstructure to break up her silhouette.

Germany-flagBismarck class (two ships: Bismarck and Tirpitz)
Type: Battleship

History:

Bismarck quarterdeck

The quarterdeck of Battleship Bismarck.

After World War One the enforced setting of design and testing work had an impact on all German ship constructions of WW2 . The German warship designers had been denied not only to evaluate the lessons from warship construction of World War One, they lacked also of the indispensable for new concepts by practice. In addition, they could not carry out comparative tests, reviews and leading to the trial destruction of foreign ships of trials like the Allies did in the early 1920s.

In the late 1920s the German shipbuilders therefore started with a considerable backlog compared with their colleagues in other major powers. When designing the Gneisenau class they could still fall back on the design for the Mackensen class dating from the World War One. But for a modern, sufficiently fast ship of the desired size there was no suitable design from World War One. While the Gneisenau class comparable foreign ships were either smaller (as the French Dunkerque class) or had been built in World War One, the new battleship should be superior to any rival, of which most were the result of decades of research and development work, the Germans simply missing. They had not even the time to catch up this lead. Theoretical Studies on a battleship had been recorded in 1933.

The Anglo-German Naval Agreement of June 18, 1935 gave the Germans plenty of still available battleship tonnage to construct three battleships each of 35,000 tons standard displacement. The construction contracts for two units were awarded in early 1936. Under the pressure of time the German shipbuilders used as the basis for the new ships the draft of the Baden class from World War One. The plan had to be increased to meet the demand for increased speed by 6 knots, the enormous strength of the anti-aircraft weaponry and an improved torpedo protection. In the last-mentioned property the planners came in good stead, because they had to keep the draft as low as possible because of the flat German coastal waters. As with the Japanese Yamato class they therefore widened the hull, so that an excellent torpedo protection could be incorporated into the ships.

Although the result was an undisputed strong war ship, the battleship Bismarck could have to be even more powerful. The lack of research on protection systems meant that contrary to foreign rivals, in which the main armored deck sat directly or close to the armored belt and thus the telecommunications equipment protected, it was at Bismarck near the ship’s bottom. This means, her communications were literally unprotected, a fact that contributed to their quick and easy destruction by the British battleships Rodney and King George V.

Just as it had been felt at the German ships 25 years before during the Battle at the Skagerrak, the Bismarck was missing the necessary protection of the rudder system, which made her the escape impossible. Inadequate research in the field of multi-purpose medium caliber weapons meant that the Bismarck received separate medium and heavy anti-aircraft batteries, which in turn made her much too large for her armament. Not carried out research work also meant that the German armor could not compete with the British or American standards. Her armored conning tower, which was theoretically protected against by battleship artillery, was switched off at an early stage of the battle by a British 8-in-shell. Like most heavy German units of WW2 the Bismarck had – considering to her size – poor sea-going properties. Finally, there were within the German shells too many duds: just one of the shells, which hit HMS Prince of Wales, detonated as planned.

But the draft of the Bismarck had also some good points, however. The fire control system was quite good, especially that for the anti-aircraft guns. SDhe also had a radar for her artillery. It proved extremely difficult to bring her to sinking (although this was much less important than the ease with which she could be put out of action). Only after the crew detonated explosive charges and the cruiser HMS Devonshire achieved torpedo hits, she finally sank.

Bismarck launched on February 14, 1939 at the Blohm & Voss shipyard in Hamburg and entered service on August 24, 1940. She started immediately thereafter with intensive sea trials in the Baltic Sea until May 1941.

t_arrow1 Part II: Operation Rhine Excercise, the final cruise of the Bismarck with more pictures and video


Animated 3D model of battleship Bismarck


Specifications for battleship Bismarck

Specifications
Bismarck specification
Type Battleship
Displacement 41,700 tons
Displacement (full loaded) 50,966 tons
Length 823 ft
Beam 118 ft
Draught 30 ft 7 in
Boiler 12 Wagner-boiler
Machinery Blohm and Voss 3-shaft, geared steam turbines
Power 150,000 hp
Oil 7,461 tons
Speed 30.1 kts
Range 9,280 nm at 16 kts
Crew 2,092
Armament
Bismarck specification
Main Armament eight 38-cm (15-in) guns
Secondary Armament 12 x 15-cm (5.9-in) guns
Anti-Aircraft 16 x 10.5-cm (4.1-in) AA, 16 x 37-mm-AA, 12 x 20-mm AA
Aircrafts 6
Armour Protection
Bismarck thickness
Side (belt) 57 – 127.2 in
Deck 19.7 in
Main deck 11.8 in
Armor deck 31.5 – 47.25 in
Main artillery 51.2 – 141.7 in
Barbetts 86.6 in
Secondary artillery 7.9 – 39.4 in
Service Statistics
Bismarck data
Laid down July 1, 1936
Launched February 2, 1939
Completed August 24, 1940
Fate sunk May 27, 1941

t_arrow1 Part II: Operation Rhine Excercise, the final cruise of the Bismarck with more pictures and video


Call of War
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