Dragon Combat Dioramas

In June 1942, Porsche of Stuttgart was ordered by Hitler to start designing a super heavy tank, mounting a 12.8cm gun, and having maximum possible armor. Trials were to commence in May 1943, however, many difficulties arose. For example, the air-cooled motor never materialized, and the V1 vehicle had to be fitted with a modified MB509 aircraft engine, the V2 with a MB517 diesel.

In June 1937, the Waffenamt ordered a self-propelled version of the 60cm siege mortar to be built. General Karl Becker of the Artillery was heavily involved in its development, hence the sobriquet "Karl" used to describe it. The driving trials were held at Unterlass in May 1940, and delivery of six production vehicles occurred between November 1940 and August 1941.

In June 1937, the Waffenamt ordered a self-propelled version of the 60cm siege mortar to be built. General Karl Becker of the Artillery was heavily involved in its development, hence the sobriquet "Karl" used to describe it. The driving trials were held at Unterlass in May 1940, and delivery of six production vehicles occurred between November 1940 and August 1941.

In June 1937, the Waffenamt ordered a self-propelled version of the 60cm siege mortar to be built. General Karl Becker of the Artillery was heavily involved in its development, hence the sobriquet "Karl" used to describe it. The driving trials were held at Unterlass in May 1940, and delivery of six production vehicles occurred between November 1940 and August 1941.

In June 1937, the Waffenamt ordered a self-propelled version of the 60cm siege mortar to be built. General Karl Becker of the Artillery was heavily involved in its development, hence the sobriquet "Karl" used to describe it. The driving trials were held at Unterlüss in May 1940, and delivery of six production vehicles occurred between November 1940 and August 1941.

In addition to the basic infantry assault craft, the U.S. Army needed a vessel to transport and land its medium battle tank, and in May 1941 Higgins was asked to produce a tank-landing craft. One year later the Navy accepted the 50-foot (15.25-metre) Higgins design, the prototype for the Landing Craft, Mechanized (LCM). During the war, 11,392 LCMs were produced by the United States with 486 used during Operation Overlord.

The M4 Sherman medium tank was regarded by many as the workhorse of the US Army during World War II. In fact, virtually all of the Allied armies employed the Sherman in their armed forces, including the British, who developed an upgunned variant called the "Firefly".

The German Sturmgeschutz (StuG) was one of the most successful armored fighting vehicles of the Second World War. It arose from an original concept of the pre-war panzer divisions, whereby a special vehicle for infantry support work was planned.

The Elefant (Elephant) stemmed from the Porsche design for the PzKpfw VI Tiger. Henschel was awarded the contract for the new tank, but it was decided to use the Porsche design as a tank destroyer. Hitler demanded that the new vehicle be ready for the 1943 offensive on the Russian front, so development was rather hurried.

The Hummel ("Bumble-Bee") was to be a mere 'Zwischenlosung' (interim solution) until a chassis designed specifically as a self-propelled gun platform could be developed and mass produced. By May 12th 1943, 100 Hummel were to be built for use in the planned summer offensive against the Red Army, code-named "Operation Zitadelle".

In June 1942, Porsche of Stuttgart was ordered by Hitler to start designing a super heavy tank, mounting a 12.8cm gun, and having maximum possible armor. Trials were to commence in May 1943, however, many difficulties arose. For example, the air-cooled motor never materialized, and the V1 vehicle had to be fitted with a modified MB509 aircraft engine, the V2 with a MB517 diesel.

The Elefant (Elephant) stemmed from the Porsche design for the PzKpfw VI Tiger. Henschel was awarded the contract for the new tank, but it was decided to use the Porsche design as a tank destroyer. Hitler demanded that the new vehicle be ready for the 1943 offensive on the Russian front, so development was rather hurried.

Although the principle of imparting mobility to large calibre artilery pieces by placing them on special railway mountings dated from the mid-19th century, it was WWI that gave the impetus to making the railway gun an important part of many European armories.

Although the principle of imparting mobility to large calibre artilery pieces by placing them on special railway mountings dated from the mid-19th century, it was WWI that gave the impetus to making the railway gun an important part of many European armories.

In addition to the basic infantry assault craft, the U.S. Army needed a vessel to transport and land its medium battle tank, and in May 1941 Higgins was asked to produce a tank-landing craft. One year later the Navy accepted the 50-foot (15.25-metre) Higgins design, the prototype for the Landing Craft, Mechanized (LCM). During the war, 11,392 LCMs were produced by the United States with 486 used during Operation Overlord.

The Elefant (Elephant) stemmed from the Porsche design for the PzKpfw VI Tiger. Henschel was awarded the contract for the new tank, but it was decided to use the Porsche design as a tank destroyer. Hitler demanded that the new vehicle be ready for the 1943 offensive on the Russian front, so development was rather hurried.

The M2 Bradley is the US Army's first mechanized infantry combat vehicle. The first production models appeared in 1981 (at the height of the Cold War), and they were soon being produced at the rate of 600 per year. The hull of the M2 is made of aluminum, with a layer of space laminated armor applied for added protection.

On August 5th, 1943, a self-propelled vehicle was proposed by senior Army officials based on the Tiger I chassis but mounting a 38cm mortar. Alkett was placed in charge of the design. The Company managed to complete a prototype by October 20th, which was run through a series of field tests for approval.

The AAVP7A1 is an armored assault amphibious full-tracked landing vehicle. The vehicle carries troops in water operations from ship to shore, through rough water and surf zone. It also carries troops to inland objectives after ashore.

The AAVP7A1 is an armored assault amphibious full-tracked landing vehicle. The vehicle carries troops in water operations from ship to shore, through rough water and surf zone. It also carries troops to inland objectives after ashore.

The German Waffenamt issued an order to design the VK4501(H) (as the PzKpfw VI Ausf. E was then known) in May 1941, just one month prior to the commencement of Operation Barbarossa. Interestingly, Henschel und Sohn of Kassel was charged with building the heavily armored chassis while Krupp, by far the largest munitionwerks in Germany, was given the task of developing the turret.

Early in 1943, orders were given to design a heavy, self-propelled anti-tank gun, which would mate a 12.8cm gun with a Tiger II chassis. On October 20th, 1943 a wooden mock-up of the enormous vehicle was shown to the OKH planners who authorized that a prototype be finished by April 1944.

Early in 1943, orders were given to design a heavy, self-propelled anti-tank gun, which would mate a 12.8cm gun with a Tiger II chassis. On October 20th, 1943 a wooden mock-up of the enormous vehicle was shown to the OKH planners who authorized that a prototype be finished by April 1944.

The German Waffenamt issued an order to design the VK4501(H) (as the PzKpfw VI Ausf. E was then known) in May 1941, just one month prior to the commencement of Operation Barbarossa. Interestingly, Henschel und Sohn of Kassel was charged with building the heavily armored chassis while Krupp, by far the largest munitionwerks in Germany, was given the task of developing the turret.

During the development of the Tiger(P) and Tiger(H), Hitler had agitated for a turret design which would be large enough to mount the 8.8cm KwK L/71 gun. This had not materialized and on September 22nd, 1942, it was decided that the StuG with 200mm frontal armor and the long 8.8cm gun should be immediately designed, with the Tiger(P) as the basis, and part of the Tiger(P) production diverted for the vehicle.

Although the principle of imparting mobility to large calibre artilery pieces by placing them on special railway mountings dated from the mid-19th century, it was WWI that gave the impetus to making the railway gun an important part of many European armories.

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Although the principle of imparting mobility to large calibre artilery pieces by placing them on special railway mountings dated from the mid-19th century, it was WWI that gave the impetus to making the railway gun an important part of many European armories.

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