In addition to the main site on the Museumsinsel, the museum has two branches in and near Munich and one in Bonn.
The Flugwerft Schleißheim branch is located some 18 kilometres north of Munich's city centre close to Schleißheim Palace. It is based on the premises of one of the first military airbases in Germany founded just before World War I. It comprises the old air control and command centre as well as modern buildings added in the late 2000s after strong endorsement from Franz-Josef Strauss, the then prime minister of the state of Bavaria, who was a passionate flyer.
Deutsches Museum Bonn
The Flugwerft Schleißheim displays various interesting airplanes for which there was insufficient room at the Museumsinsel site in downtown Munich. Among the more prominent exhibits is a Horten flying wing glider built in the 1940s, restored from the few surviving parts. A collection of the German constructions of VTOL (vertical take off and landing) planes developed in the 1950s and 1960s is unique. A range of Vietnam era fighter planes as well as Russian planes taken over from East Germany after the reunification are on display. This outstation also features a workshop dedicated to the restoration of all types of airplanes intended for static display.
The latest branch of the Deutsches Museum, located at Theresienhöhe in Munich, opened in 2003 and is called the Deutsches Museum Verkehrszentrum and is focused on transportation technology.
The branch located in Bonn was opened in 1995 and focuses on German technology, science and research after 1945.
Oskar von Miller
Oskar von Miller studied electrical engineering and is otherwise known for building the first high voltage line from Miesbach to Munich (57 km) in 1882 for the electrical technology exhibition at the Glaspalast in Munich. In 1883 he joined AEG and founded an engineering office in Munich. The Frankfurt electricity exhibition in 1891 and several power plants contributed to the reputation of Oskar von Miller. In the early years, the exhibition and the collection of the Deutsches Museum were strongly influenced personally by Oskar von Miller.
History[edit]
A few months before the 1903 meeting of the Society of German Engineers, Oskar von Miller gathered a small group who supported his desire to found a science and technology museum. In a showing of support this group spontaneously donated 260,000 marks to the cause and elected a "Provisional Committee" to get the ball rolling.
Model train set with many of Europe's rail types
In June 1903, Prince Ludwig agreed to act as patron of the museum and the city of Munich donated Coal Island as a site for the project. In addition, exhibits began to arrive from Munich, Germany, and abroad including collections from the Bavarian Academy. As no dedicated museum building existed, the exhibits were displayed in the National Museum.
On 12 November 1906, the temporary exhibits at the National Museum were ceremonially opened to the public and on November 13 the foundation stone was laid for the permanent museum.
The first name of the museum, the "German Museum for Masterpieces of Natural Science and Technology", was not meant to limit the museum to German advances in science and technology, but to express the importance of science and technology to the German people.
Oskar von Miller opened the new museum on his 70th birthday, 2 May 1925, after a delay of almost ten years. From the beginning, the museum displays are backed up by documents available in a public library and archives, which are open seven days a week to ensure access to the working public.
Clean transparent lines of the museum's winding staircase
Before and during World War II the museum was put on a shoestring budget by the Nazi party and many exhibits were allowed to get out of date with a few exceptions such as the new automobile room dedicated 7 May 1937. By the end of 1944 the museum was badly damaged by air bombings with 80% of the buildings and 20% of the exhibits damaged or destroyed. As Allied troops marched into Munich in April 1945, museum director, Karl Bässler, barely managed to keep the last standing bridge to Museum Island from being blown up by retreating German troops.
Following the war the museum had to be closed for repairs and temporary tenants, such as the College of Technology and the Post Office used museum space as their own buildings were being reconstructed. The Museum was also home to the Central Committee of the Liberated Jews, representing Jewish displaced persons in the American Zone of Germany after the war.
In November 1945, the library was able to reopen, followed by the congress hall in January 1946. A special exhibit on fifty years of the Diesel engine opened in October 1947 and the regular exhibits began reopening in May 1948. Not until 1965, more than twenty years after the end of the war in Germany, did the exhibit area match (and then exceed) pre-war size.
During the 1950s, the museum focused on natural sciences rather than technology and many of the traditional large exhibits, such as civil engineering, were reduced in size to make way for more modern technological advances.
Reproduction of cave of Altamira in Deutsches Museum.
In August 1969, the Apollo 8 space capsule was shown in a special exhibit entitled "Man and Space" and in 1970 the first full-time director, Theo Stillger, was appointed. In the 1970s the mission statement of the museum was modified to encourage the explanation of the cultural significance of science and technology in exhibits.
The early 1980s saw severe damage to several exhibits due to arson resulting in the smallest exhibit space of 34,140 square meters. This was followed by an extensive reconstruction effort and additional building bringing the total exhibit space to 55,000 square meters by 1993. The 1980s and '90s also brought agreements with the Science Centre in Bonn and the government resulting in the creation of Deutsches Museum Bonn and the Flugwerft Schleißheim airfield exhibit.
Glass Fowl from glass section of museum souvenir shop
In 1996, the Bavarian Government gave buildings at the historic Theresienhöhe site in Munich to the Deutsches Museum resulting in the creation of the new transportation museum, the Deutsches Museum Verkehrszentrum, which opened in 2003 and now houses the road vehicle and train exhibits that were removed from the original Deutsches Museum site. The Theresienhöhe quarter is a new area on the edge of the inner city of Munich, and the Museum of Transport is a part of the quarter's design of mixed use.
Chronology[edit]
1903 Museum's foundation
1906 Opening the provisional collections in the rooms of the former National Museum in Maximilianstrasse
1909 Opening additional collections in the old barracks on the Isar (Ehrhardtstraße)
1911 Topping out ceremony of collection house
1925 Opening of the Deutsches Museum in the new building on Museum Island
1928 Laying the foundation stone for the library and hall
1930 Topping out ceremony of the library and hall
1932 Opening of the library
1935 Opening of the Congress Center
1944 Destruction of 80 percent of the building
1948 Reopening after the destruction
1983 Destruction of marine and engine sections by fire
1984 Opening of the new hall for Aerospace; temporary closure of some departments to hail and water damage
1992 Opening of the Schleißheim's Aviation Museum at the Oberschleißheim's airport
1995 Opening a branch of the Deutsches Museum in Bonn
2003 Opening of the Transportation Center on the former exhibition grounds
2006 Opening the Halls I and II of Transportation Center on the Theresienhöhe
October 2015 start of the first major phase of renovation/modernization, with several exhibits closing down
Current permanent exhibits[edit]
Aerospace
Agriculture
Altamira Cave, reproduction of a Spanish cave with stone-age paintings
Amateur Radio
Astronautics
Astronomy
Bridge Building
Ceramics
Chemistry
Chronometry
Computers
Digital Imaging (under construction as of 2006)
Electrical Power
Energy Technology
Environment
Geodesy
Glass
History of the Deutsches Museum
Hydraulic Engineering
Machine Components
Machine Tools
Marine Navigation
Masterpieces
Mining (Historical and Modern)
Metallurgy
Microelectronics
Mineral Oil and Natural Gas
Music
Paper
Pharmacy
Physics
Power Machinery
Printing
Scientific Instruments
Technical Toys
Telecommunications
Textile Technology
Tunnel Construction
Weights and Measures
