Super Drawings in 3D – serie

Kongo, meaning indestructable, was the Imperial Japanese Navy's first super-dreadnought type battlecruiser, and the name-ship of her class, which also included the Hiei, Kirishima, and Haruna. She was upgraded to a battleship rating in the 1930s and served in several major naval operations during World War II before being sunk by enemy action in 1944.This modelling guide provides a lavishly illustrated history of this impressive warship with numerous close-up and panoramic shots based on actual technical drawings.About the SeriesThis brand-new series focuses on the construction of famous ships– battleships, carriers, cruisers, and submarines. With ground-breaking 3D imagery, each corner, angle, and dimension of the ship is viewable. With various close-up views, and each 3D image based on actual technical scale drawings and photographs, this is an exceptional reference tool. Information on the design, development and combat history of each vessel is also included, as well as numerous photographs and 1/350th scale drawings.

In-depth look the Imperial Russian cruiser Varyag, famed for her crew's heroic defiance during the Russo-Japanese War, including design and construction notes, technical characteristics, data tables, machinery, propulsion, armament and operational history. Excellent visual guide to the ship from all aspects, looking at colour schemes, ship's boats, weapons, masts and fittings. Amply illustrated with 82 excellent computer generated colour graphic images, this volume also includes two double-sided bonus pull-outs: a colour poster and scale plans. The plans represent the ship's 1901 configuration, with bow, stern, port and starboard profiles in both 1/350 and 1/700 scales, along with 1/100 scale gun and 1/200 scale boat drawings, plus a detailed oblique view.About the SeriesThis brand-new series focuses on the construction of famous ships– battleships, carriers, cruisers, and submarines. With ground-breaking 3D imagery, each corner, angle, and dimension of the ship is viewable. With various close-up views, and each 3D image based on actual technical scale drawings and photographs, this makes an exceptional reference tool. Information on the design, development and combat history of each vessel is also included, as well as numerous photographs and 1/350th scale drawings.

Launched in 1940, North Carolina was the first U.S. newly built battleship to have taken part in the war in the Pacific. During her busy combat career she demonstrated that battleships could perform very well indeed in their new role as escorts for fleet aircraft carriers and weapon platforms providing fire support for ground troops. Having earned no fewer than 15 Battle Stars during her wartime service, North Carolina was the most highly decorated US Navy battleship of World War II. After decommissioning, she escaped the chopping block and is preserved to this day as a floating museum

The Japanese cruiser Chikuma According to the provisions of the Treaty of London light cruisers could be armed with cannons with a maximum caliber of 155mm in quantities up to 15 pieces. Japanese engineers, admirals and Fukuda Fujimoto developed a draft of the ship classified as "medium cruiser type." His task was to guard the main force fleet from attacks by enemy light forces and the fight against cruisers. The ship was ordered under the Second Fleet Expansion Program of 1934roku. Funds for the construction of the cruiser entered in the budget for 1935/1936. The ship, which was named Chikuma River (in Nagano Prefecture on the island of Honshu) was built in the shipyard of Mitsubishi Nagasaki.

Prince of Wales was a King George V-class battleship of the Royal Navy. She was originally named King Edward VIII but upon the abdication of Edward VIII the ship was renamed even before she had been laid down. This occurred on New Year’s Day 1937 at Cammel Lairds at their Birkenhead shipyard, and hull took just over two years to build. She was launched on 4 May 1939 by the Princess Royal and she was fitting out when war was declared in September.

HMS Rodney and HMS Nelson were the only battleships of the Nelson class. HMS Rodney was built at Birkenhead Shipyards. She was launched on 28 December 1922, took the sea on 17 December 1925 and was commissioned in November 1927, three months behind Nelson. Her name was received in honor of Admiral Sir George Brydges Rodney. She fought her entire career under the motto of “Non generant aquilae columbas” (“Eagles do not breed doves”).The engineers found the perfect balance between size, armoring and armament, paying attention to achievable speeds. Her design was particular because the ship housed all the main armament towers at the bow, instead of having them distributed in the bow and stern, as it was then in use.They had a displacement that did not exceed 35,000 tons, respecting the Washington Treaty of 1922, Rodney and Nelson were two of the most powerful battleships then existing, until the new generation of all big gun ships was launched in 1936. HMS Rodney and HMS Nelson were the only British battleships to have trimmed towers, the only ones to carry 406 mm (16 inch) guns, and the liquid-loaded bulkheads under the waterline.

The Japanese Navy ordered two new battleships in 1912. They were an improved version of Fuso type battleships. Their construction was included in the equipment plan 8-4 of the fleet (8 battleships and 4 heavy cruisers), which was approved by the government and parliament. The amount of money allocated totaled 80 million yen. Design work began in 1913 and all funds for the start of word were collected by July 1914. On May 6, 1915, at the Mitsubishi group shipyard in Nagasaki, a keel for the new battleship was laid. On January 27, 1917, the ship was launched receiving the name Hyuga (after the name of the province). On November 1, 1917, Commander Eitaro Shimodairo became the first captain of the battleship. The Hyuga battleship project was based on the design of the Fuso battleship. Some changes were made to it. The hull was extended by 3 meters, and the armor of the ship's magazines and the central command post were changed. The layout of guns 1 and 2 was changed, which allowed placing the boiler room closer to the bow and fitting the funnels closer to each other. It also allowed putting artillery guns 3 and 4 behind the boiler room. It was not a good choice, because it was necessary to carry the steam ducts to the engine room through the ship's magazines. A better solution was to install the wires under the ship's magazines and over the double bottom.

In 1902, Japan signed an Alliance Pact with Britain, which was then a leading sea power. It ordered modern ships at British shipyards, and Japanese shipyards were to co-operate. After the new class of battlecruisers had emerged, Japan decided to design them for its navy. They were to be ships with a displacement of 19,000 tons and a main armament of 305 mm calibre guns. However, with the news that the British were working on a new design of the LION class cruiser with 343 mm main armament, work on the Japanese project was discontinued. An agreement was signed with the Vickers shipyard for the design and construction of new ships. The design of the LION cruiser was significantly improved by Vickers in co-operation with the Japanese Navy Technical Department. The new project’s main armament envisaged 356 mm guns not used before and developed by Vickers. Medium gun calibre was increased from 102 mm to 152 mm. The power unit was left as on the LION class. Four ships were ordered. The first, KONGO, was built at Vickers’ shipyard, the others were to be built in Japan. KIRISHIMA was built at the Mitsubishi shipyard in Yokosuka. Keel laying – 17 March 1912, launching – 1 December 1913, commissioned on 19 April 1915.

When, in the early 1930s, the Americans began modernizing their navy, they considered the replacement of old destroyers from the Great War as one of the most urgent tasks. However, the new projects, disappointed and dissatisfied the sailors. Some of these vessels were heavily overloaded (e.g. Sims class and early Benson ships), as a result some of the weaponry had to be removed. By proceeding with the design of subsequent series of destroyers, efforts were made to respect the Treaty restrictions (London, 1936). The originally formulated requirements envisaged a destroyer with a displacement of 1,600 tons and armament consisting of not less than 4.5-inch (127 mm) guns and 10 x 533mm torpedo tubes and a speed of 36 knots. There were six variants of vessels slightly different from earlier Benson and Sims classes. It soon became apparent that additional requirements could not be met within the limits of this displacement. This mainly concerned making space for a 28-mm quadruple automatic cannon and more powerful ASuW weapons.

The USS Stevens (DD-479) was one of the 175 Fletcher-class destroyers, and was considered one of the finest world War II warships of that type. What set it apart from most of the standard Fletcher-class destroyers was its aircraft-carrying capability. In May 1940 six of the Fletcher-class destroyers were selected for conversion into aircraft-carrying ships. The upgrades included installation of the Mk VI pneumatic aircraft catapult for embarked OS2U Kingfisher float planes.

In the year 1894, Germany built the last small torpedo boat in the 19th century. Then there was an over 20-year hiatus. Only in 1915, due to the emergence of a new theater of military operations, the construction of a series of 25 small A I torpedo boats had begun. Their construction was entrusted to the Vulcan AG shipyard in Hamburg, some of them dismantled and sent by rail to Hoboken shipyard in Antwerp, where they were finally assembled and put into operation for the fleet. The situation that arose in 1914 after the seizure of the Belgian coast by the German army forced the local naval command to send appropriate forces to the new maritime theater. Already at the beginning, it turned out that the specificity of this reservoir (numerous shallows and many mine barriers) almost precludes the use of standard torpedo boats and destroyers. They were simply too big and their draft was too great, which put them in a huge danger of hitting mines. The newly designed Type A I units were to be better adapted to operate off the coast of Flanders. Their full displacement was 137 tons, and the length of the hull was 41.58 m. Driven by a steam engine with a capacity of 1200 HP, it reached the speed of 19–20 knots. The armament consisted of a 50mm or 52mm cannon and two 450mm torpedo tubes.

The USS Lexington (CV-2) was the second aircraft carrier of Lexington class built by the United States, but the first used operationally; in fact the first was the USS Langley, but as an aircraft carrier she served only as an experimental ship. The history of the USS Lexington was troubled. In fact, it was designed in 1916 to be an atypical battle cruiser; as lightly armored as possible but armed with heavy cannons. Because of the Washington Treaty of 1922 that concerned the reduction of naval armaments, she was reclassified and converted into an aircraft carrier, capable of carrying a flight of 85 aircraft.