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The best submarines of the second world war. German submarine aces: the birth of tradition

Type VII submarines

Historical data

Power plant

Armament

U-Boot Type VII- a series of medium diesel-electric German submarines. They were in service with the Kriegsmarine. A total of 703 boats were built in seven modifications. Accepted Active participation in World War II. In total, Type VII submarines sank 6 aircraft carriers (two were scrapped due to severe damage), 2 battleships, 5 cruisers, 52 destroyers and escort destroyers, as well as dozens of other warships and thousands of transport ships. A total of 546 boats were lost, not counting those sunk by their crews at the end of the war.

General information

History of creation

The strategy of fighting at sea was influenced by the use of submarines in the First World War. The damage inflicted on the merchant shipping of the Entente countries from German submarines was enormous. Due to German submarine attacks, the Entente countries lost 12 million tons of transport tonnage. Under the Treaty of Versailles, Germany was forbidden to have submarines, but in the mid-20s of the 20th century, the leadership of the Reichsmarine began the construction of medium and small submarines. The plans were to use the most successful submarine projects of the First World War - the UB III, UC II and UB II types.

In 1922, the firms "Vulcan", "Germany" and "Weser" created a design bureau under the leadership of G. Tehel and a staff of 30 engineers. The task of this bureau is to create new types of submarines. The possibility of creating minelayers, which, in addition to torpedoes, would also carry mines, was considered. Also, the construction of submarines with a displacement of 1500 tons, floating workshops and boats with a Walther engine was considered. This list included a single-hull submarine with an internal arrangement of fuel tanks, this series was given the name VII. On January 10, 1935, an order was approved for the development of a new submarine. Characteristics of type VII:

  • Surface displacement - 550 tons.
  • Immersion depth - 100 m.
  • Engines - 2 diesels of 1050 hp each.
  • Max. surface / underwater speed - 16-17 / 8-9 knots.
  • Cruising range surface / underwater - 6000 miles at 8 knots / 75 miles at 4 knots.

Construction and testing

In the middle of 1935, two significant events happened at once, on July 18 an Anglo-German agreement was signed and in January 1936, for the post of commander-in-chief submarine fleet Karl Dönitz was appointed. The construction of the German submarine fleet became legal, but at the same time it was limited to no more than 45% of the tonnage of submarines in the British fleet.

Design Description

Modifications

Submarines Type VII existed in seven modifications:

Type of submarine Type VIIA Type VIIB Type VIC Type VII/C 41 Type VII/C 42 Type VIID Type VIF
Years of design 1933-1934 1934-1935 1937-1938 1941 1942-1943 1939-1940 n.a.
Years of construction 1935-1937 1937-1941 1938-1944 1941-1945 n.a. 1940-1942 1941-1943
Displacement t, surface / underwater 626/915 753/1040 769/1070 759/1070 999/1369 965/1285 1084/1345
Dimensions in m, length/width/draft 64,5/ 5,9/ 4,4 66,5/ 6,2/ 4,7 67,1/ 6,2/ 4,7 67,23/ 6,2/ 4,7 68,7/ 6,9/ 5,1 76,9/ 6,4/ 5 77,6/ 7,3/ 4.9
Robust housing, length/diameter in m. 45,5/ 4,7 48,8/ 4,7 49,4/ 4,7 49,4/ 4,7 50,9/ 5 59,8/ 4,7 60,4/ 4,7
Robust housing thickness in mm 16 16 18,5 21,5 28 20,5 20,5
Power in hp, diesels/electric motors 2320/ 750 2800/ 750 2800/ 750 2800/ 750 4400/ 750 2800/ 750 2800/ 750
Travel speed surface/submerged 16/ 8 17/ 8 17/ 7,6 17/ 7,6 18,6/ 7,6 16/ 7,3 16,9/ 7,3
Immersion depth in m, working / limit 100/ 100 100/ 100 100/ 165 120/ 200 300/ 300 100/ 100 100/ 100
Dive time in seconds, urgent/normal 30/ 50 30/ 50 30/ 50 30/ 50 30/ 50 30/ 50 30/ 50
Fuel capacity in tons, normal/full 58,6/ 67 99,7/ 108,3 105,3/ 113,5 105,3/ 113,5 105/ 159 155,2/ 169,4 198,8/ -
Range at cruising speed in miles 6200 8700 8500 8500 12 600 11 200 14 700
Crew, pers. 44 44 44 44 45 44 46

Armament

Artillery armament

At the beginning of the war, artillery armament consisted of an 88 mm SKC/35 cannon with a barrel length of 45 calibers and a Flak 30 single-barrel anti-aircraft gun on a C30/37 mount. Ammunition for the SKC / 35 consisted of 220 shells, from the artillery cellar the shells were fed onto the deck manually, in a chain. Ammunition for the Flak 30 consisted of 1,500 rounds.

In the first months of the war, when German submariners tried to act in accordance with the prize right, submarine artillery was actively used. But already on September 26, 1939, the British Admiralty announced plans to install artillery on all merchant ships. A month later, an instruction was introduced, according to which, the crew of the boat should not have inspected the merchant ship, and after examining the papers delivered on the boat, in the presence of smuggling, sink the stopped ship with a torpedo.

Moreover, summarizing merchant ships in convoys, deprived the gunners of showing their shooting skills. Subsequently, the use of artillery was one-time. The last such incident occurred on September 19, 1942. At Cape Hatteras, the boat U-701, in a fierce surface battle, sank the American armed trawler YP-389. November 14, 1942 received an order to dismantle 88 mm guns.

This order was not carried out immediately and not in all fleets. First of all, the modernization of anti-aircraft weapons with the removal of the deck gun, were subjected to boats stationed in the West of France. Many boats that were on trials and operated in Norway retained their guns until the end of 19944. There is such a case when, in August 1944, U-745 arrived from Kiel for operations in the Gulf of Finland and she had to return to Gotenhafen to dismantle the deck gun.

Anti-aircraft weapons

The anti-aircraft armament of Type VII submarines was constantly increased. On the first modifications, the anti-aircraft gun was located on the deck behind the wheelhouse, but already in the first months of the war it was raised behind the wheelhouse fence. In the initial period of the war, Allied aviation did not pose a threat to German submarines; until the end of 1941, it was able to sink only 4 boats.

In connection with the beginning of air patrols of the Bay of Biscay by the British, in the summer of 1942, the first steps were taken to build up anti-aircraft weapons on submarines. Behind the standard felling fence, a low additional platform was mounted (it was nicknamed by German submariners winter garden) to accommodate the twin Flak 30. The single-barreled gun on the top was replaced by a two-barreled 20 mm anti-aircraft gun MG 151/22, it differed in smaller dimensions, initial speed and firing range.

But since December 1942, the Command of the submarine fleet, convinced of the inefficiency of the MG 151/20, gave the order to install faster-firing 20 mm guns Flak 38. This design was called "cabin 2", ("cabin 1" - this was the name of the scheme with single anti-aircraft guns Flak 30) at the same time, four conventional machine guns were mounted on the rails of the bridge MG 34 caliber 7.92 mm.

Already the first fights of submarines with aircraft showed that the abundance of small-caliber barrels does not guarantee victory over a four-engine flying boat or bomber. New hopes were associated with the entry into service of 37 mm automatic guns, twin and quadruple guns Flak 38. In 1943, the composition of anti-aircraft weapons called "cabin 4" was approved, it provided for the installation of two twin Flak 38s on the upper platform and Flakvierling 38 on the bottom.

On June 8, 1943, the boat U-758 with "cabinhouse 4" won the battle against eight aircraft from the American aircraft carrier, although the submarine was seriously damaged and 11 crew members were killed and wounded, the Americans failed to either drive the boat under water or sink it. On June 30, the Command of the Submarine Fleet issued an order according to which only those submarines that received "cabinhouse 4" were released into the campaign.

While ordinary submarines were waiting for conversion, it was decided to create special "anti-aircraft" aircraft decoy boats. The first such trap boat was U-441. She received two Flakvierling 38s, in front and behind the wheelhouse, and a 37 mm SKC/30 semi-automatic "winter garden". On May 24, on the second vessels of the campaign, she fought with a British flying boat, and having lost one of the quadruple installations, she was able to shoot it down. After that, the boat went for a 2-month repair. And already on July 12, U-441 entered the Bay of Biscay, in a battle with British aircraft, the boat lost all the personnel of the upper watch. At the end of 1943, the Command of the submarine fleet ordered the conversion of trap boats into ordinary ones.

In the battles of the spring-summer of 1943, it turned out that 20 mm machine guns could cause fatal damage to a patrol aircraft, but not before its attack, which, if the pilot persisted, could become fatal for a submarine. In order to stop the attacking aircraft, more long-range weapons were required. And this weapon was an automatic 37 mm anti-aircraft gun Flak 42, she entered service in mid-1943.

By December 1, 1943, 18 submarines replaced Flakvierling with Flak 42. The ammunition load for the 37 mm gun was 1195 rounds, for the 20 mm gun - 4260 rounds. Further improvement of weapons ceased after the adoption of the snorkel. This ended the confrontation between submarines and aircraft. Greatest Success in the fight against aircraft, they achieved U-333, U-648, which shot down 3 aircraft each, and U-256, which won victories over 4 aircraft.

Torpedo armament

The main weapons of Type VII submarines were torpedoes. To launch them, there were four bow and one stern torpedo tubes with a diameter of 533 mm each. Boats of modification A had 6 torpedoes in stock, on the following modifications the stock of torpedoes increased due to the placement of one spare torpedo in the electric motor compartment and two more torpedoes in the superstructure, but they were abandoned at the beginning of 1943 due to their frequent damage as a result of attacks by Allied escort ships.

The torpedo tubes themselves had a number interesting features. The ejection of the torpedo from them was carried out using a special pneumatic piston, and not compressed air, this greatly simplified the bubbleless firing system. Also, changing the depth of walking and turning the gyroscope of torpedoes could be carried out directly in the torpedo tubes through the PSA in the command cabin. Another feature of these torpedo tubes is the ability to lay non-contact mines from them.

The design of the apparatus ensured the release of torpedoes at depths of up to 22 meters. Reloading the devices took relatively little time, only 10 to 20 minutes for torpedoes that were stored inside a pressure hull.

Major modifications of Type VII submarine torpedoes

Name Date of entry into service Fuse Homing or maneuvering device Other changes
G7a T1 Early 20s KHB Pi1 (could be equipped with KHB Pi3 from October 1943 to October 1944) Could be equipped with PM FAT I (from November 1942) or LUT (from summer 1944) Not
G7e T2 1929 KHB Pi1 Not Not
G7e T3 December 1942 KHB Pi2 Could be equipped with PM FAT II (from May 1943) Not
G7e T3a Mid 1943 KHB Pi2 Could be equipped with PM with FAT II (from May 1943) or LUT (from May 1944) Range 7.5 km at 29 knots
G7e T4 Falke February 1943 KHB Pi2 PS Weight 1937 kg. Range 7.5 km at 20 knots.
G7e T5 Zaunkönig October 1943 KHB Pi4 Substation Amsel Weight 1497 kg, weight BB 274 kg. Range 5.7 km at 24-25 knots.
G7e Т5b Early 1944 KHB Pi4 Substation Amsel Range 8 km at 22 knots
G7e T11 Zaunkönig II April 1944 KHB Pi4 Improved PS "Amsel" Not

Shortwave was considered the most important because it provided communication with the headquarters. It included the E-437-S receiver and two transmitters, a 200 watt S-400-S and a spare 40 watt 40-K-39a, and a retractable antenna in the left wing of the bridge fence, if the antenna was absent, then the role of the antennas was performed by galvanized network outlets , isolated from the body and stretched with lanyards. The E-437-S receiver was also used to receive VLF signals.

Medium-wave equipment was intended for communication between submarines. It consisted of an E-381-S receiver, a Spez-2113-S 150 watt transmitter, and a small retractable round vibrator antenna in the right wing of the bridge. The same antenna was a direction finder for the MW range. For encoding and decoding, the Enigma cipher machine was used.

Hydroacoustic equipment

The most important component of the sonar equipment of Type VII boats was the equipment GHG, which consisted of 11, and later 24 hydrophones, they were placed in the bow of the light hull in a semicircle around the stock of the bow horizontal rudders and connected to the receiver in the second compartment of the submarine.

To improve the accuracy of direction finding at the beginning of the war, the KDB system was used, it was a rotating T-shaped antenna with 6 hydrophones, the antenna was located on the upper deck, but since it was not very tenacious by the middle of the war, it was abandoned. On some boats built in recent months war, the layout of hydrophones was improved. 24 hydrophones were placed on a round platform extendable from below in the bow. This scheme had greater noise source direction finding accuracy (it was even mechanically attached to the SBR) apart from a narrow 60 degree area straight aft. But this scheme was not extended to Type VII, since it was developed for Type XXI boats.

Radar stations

Radars supplied to the fleet, in very limited quantities, were primarily equipped with Type IX boats, so a few Type VII boats received them. The first radar tested in Germany in early 1939 was the FuMO29 Gema.

The wavelength of the FuMO station is 29-80 cm, in front of the cabin there was a special mast with a mattress-type antenna of 2x3 m, but they refused to install such a bulky radar on serial boats. This idea was returned to in 1941, the antenna dipoles were already mounted on the cabin itself in two rows of six dipoles, the upper row was the receiving one, and the lower one was transmitting. The detection range of a ship by the FuMO29 station is 6-8 km, an aircraft at an altitude of 500 m is up to 15 km.

In 1942, the production of the FuMO-30, an improved version of the FuMO-29, began, it differed from the latter by a mattress-type antenna of 1x1.5 m, the antenna was located in the left wing of the wheelhouse in place of the retractable HF antenna. In 1944, the FuMO-61 entered service, which was a naval version of the FuMG-200 Hohentwil night fighter radar. Having a slightly shorter wavelength of 54-58 cm and an antenna almost identical to the antenna of the FuMO-30 station, the station had a detection range of ships of 8-10 km, and aircraft of 15-20 km.

Radio intelligence stations

In the spring of 1942, an English patrol plane crashed on the territory of French Tunisia, the Germans completely lost their doubts that the British could use radar to search for boats. In the wreckage of this aircraft, a slightly damaged set of ASV I station was found. Increasing night attacks on boats by aircraft of the Coastal Command forced the Kriegsmarine Command to look for a way out.

By July 1942, the Germans received the first sample of the FuMB1 electronic intelligence station, in honor of the French company that designed this station, it was called "Metoks". On August 26, the Kriegsmarine Command ordered all boats to be equipped with these stations.

Metox itself was the simplest receiver, it recorded a signal with a wavelength of 1.3-2.6 meters. It was connected to the intra-submarine communication system and the entire crew heard the alarm signal, a little later a screen appeared showing the direction to the radiation source. The horizontal rotation of the antenna was carried out manually, in addition, the installation of this station was not provided initially, so the antenna was stored inside a strong case and, upon ascent, was taken out to the bridge and connected to the receiver with a cable. The use of "Metox" made it possible to deprive the British anti-submarine line of effectiveness for six months.

On August 13, 1943, the Kriegsmarine command banned the use of the Metox, because the new British ASV III radar fixed the Metox radiation. At the same time, the FuMB9 Vanz station was put into production, the antenna of this station was a cylinder with a diameter of 20 cm and a height of 10 cm, it recorded radiation in all directions. In November 1943, the second non-radiating modification FuMB9 appeared, and the FuMB10 Borkum station. The operating range of the ASV III radar was closed by the FuMB7 Naxos station.

Later, Naxos and Borkum (or Vanz) were installed on boats. In April 1944 they were replaced by the FuMB 24 "Flyage". Due to the emergence of American flying boats with APS-3 and APS-4 radars, the FuMB25 Myuke station was created. In May 1944, the FuMB24 and FuMB25 stations were merged into the FuMB26 Tunis complex. But with the introduction of snorkels, the need for electronic intelligence stations disappeared.

commanders

Aces submariners who fought on Type VII and sank more than 100,000 tons of transport tonnage:

First Name Last Name Dates of combat activity Submarine Number of military campaigns Number of ships sunk / tonnage Ships damaged / tonnage
Otto Kretschmer U-99 16 40/ 208 954 5/ 37 965
Erich Topp June 1940 - August 1942 U-552 12 35/ 197 4/ 32 217
Heinrich Lemmann-Wilenbrock November 1939 - April 1942, September - November 1944 U-96, U-256 10 24/ 170 237 2/ 15 864
Herbert Schulze September 1939 - June 1942 U-48 8 26/ 169 709 1/ 9456
Günther Prien September 1939 - March 1941 U-47 10 30/ 162 769 8/ 62 751
Joachim Schepke September 1939 - March 1941 U-100 14 36/ 153 677 4/ 17 229
Heinrich Bleichrodt September 1940 - January 1943 U-48 8 24/ 151 260 2/ 11 684
Robert Gisaye November 1940 - November 1943 U-98 8 24/ 136 266 1/ 2588
Hans Jenisch February 1940 - November 1940 U-32 6 17/ 110 139 2/ 14 749

Notable boats

The most productive submarines Type VII:

Submarine Dates of combat activity Number of trips Days at sea Total ships sunk / tonnage Ships damaged / tonnage
U-48 September 1939 - June 1944 12 314 51/ 306 875 3/ 20 480
U-99 June 1940 - March 1941 8 119 35/ 198 218 5/ 37 965
U-96 December 1940 - March 1943 11 414 27/ 181 206 4/ 33 043
U-552 February 1940 - April 1944 15 600 30/ 163 756 3/ 26 910
U-47 September 1939 - March 1941 10 228 30/ 162 769 8/ 62 751
U-94 November 1940 - August 1942 10 358 26/ 141 852 1/ 8022
U-100 August 1940 - March 1941 6 106 25/ 135 614 4/ 17 229
U-32 September 1939- November 1940 9 172 20/116 836 U-96

In December 1941, German submarines set out to sea on a secret mission - undetected they crossed the Atlantic and took up positions a few miles from the east coast of the United States. Their target was the United States of America. The plan of the German command received the code name "Drumbeat", which consisted in delivering a surprise attack on American merchant shipping.

In America, no one expected the appearance of German submarines. The first attack took place on January 13, 1942, and America was completely unprepared. January turned into a real massacre. The wreckage of ships and the corpses of people washed ashore, oil covered the water off the coast of Florida. In this period Navy The United States did not sink a single German submarine - the enemy was invisible. In the midst of the operation, it seemed that the Germans could no longer be stopped, but an unusual reversal occurred - the hunters turned into prey. Two years after the start of Operation Drumbeat, the Germans began to suffer significant losses.

One such lost German submarine was U869. She belonged to the German submarines of the 9th series, which were marked as IX-C. It was these submarines with a long range that were used to patrol the remote coasts of Africa and America. The project was developed in the 1930s during the rearmament of Germany. It was on these boats that Admiral Karl Dönnitz laid big hopes with their new group tactics.

IX-C class submarines

In total, more than 110 IX-C class submarines were built in Germany. And only one of them remained intact after the war, and is exhibited at the Museum of Science and Industry (Museum of Science and Industry) in Chicago. Submarine U-505 was hijacked by ships US Navy in 1944.

Technical data of the IX-C class submarine:

Displacement - 1152 tons;

Length - 76 m;

Width - 6.7 m;

Draft - 4.5 m;

Armament:

Torpedo tubes 530 mm - 6;

Gun 105 mm - 1;

Machine gun 37 mm - 1;

Machine gun 20 mm - 2;

Crew - 30 people;

The only purpose of this submarine is to destroy. A look from the outside gives little idea of ​​how she acted. Inside the submarine is a cramped tube filled with weapons and technical devices. Torpedoes weighing 500 kg, aimed at the target, were the main weapons of submarines. About 30 submariners lived in close quarters, sometimes for three months. On the surface, thanks to two 9-cylinder diesel engines, the submarine developed a speed of 18 knots. The power reserve was 7552 miles. Under water, the German submarine was on electric motors that fed batteries located under the floor of the compartments. Their power was enough to cover about 70 miles at a speed of 3 knots. In the middle of the German submarine was a conning tower, below it was a central post with many different instruments and control panels for movement, diving and ascent. The only way to protect the German submarine was the depths of the oceans.

The commander of the submarine fleet, Karl Dönnitz, planned a war only against Britain, but could not imagine that the United States would have to be confronted at the same time. By the end of 1943, the presence of Allied aircraft over the ocean completely changed the situation. Now it was dangerous even at night in thick fog, because an aircraft equipped with a radar could detect a German submarine on the surface of the water.

German submarine U869

After several months of preparation, U869 was ready to go to sea. Her commander, 26-year-old Helmut Noverburg, was appointed captain for the first time. On December 8, 1944, U869 left Norway for the Atlantic. This was her first patrol. Three weeks later, the fleet command sent a radiogram with a combat mission - to patrol the approaches in New York Bay. The submarine U869 had to acknowledge receipt of the order. Several days passed, and the command did not know anything about the fate of the submarine. In fact, the submarine U869 answered, but she was not heard. HQ began to realize that the boat was most likely running out of fuel, and she was assigned a new patrol area of ​​Gibraltar - it was almost a homecoming. German command expected the return of the boat U869 by February 1, but she never received a new order. The encryption department assumed that U869 did not receive the radio and continues to follow the same course for New York. Throughout February, the command was at a loss as to where the submarine U869 was patrolling. But wherever the submarine went, the decryption department decided that the German submarine was heading home.

On May 8, 1945, the war in Europe ended. The German command signed the act of surrender, and the German submarines at sea were ordered to surface and surrender.

hundreds German boats never returned to their home base. And U869 has been considered lost since February 20, 1945. The reason for the death of the submarine could be the explosion of its own torpedo, which described the circle and returned. This information was reported to the families of the crew members.

layout at the bottom of the sunken submarine U869

But in 1991, while fishing 50 km from New Jersey, a local fisherman lost his net, which caught on something at the bottom. When divers explored this place, they discovered the missing submarine, which turned out to be the German submarine U869.

There is also another amazing fact about this submarine. One of the submariners who were in the U869 team survived and lives in Canada. Of the 59 people who were part of the submarine team, he survived thanks to unexpected turn fate. Shortly before going to sea, Herbert Dishevsky was hospitalized with pneumonia and could not participate in the campaign. Like the families of the dead submariners, he was sure that his submarine had sunk off the coast of Africa until he learned about the true facts.

For most of us, the second World War These are photographs and newsreels. Very distant events in time and space, but the war continues to present scores today, to those who survived, to the relatives of the dead, to those who were still children then, and even to those who were not yet born when the monstrous hurricane raged. World War II scars such as U869 are still hidden under the surface, but much closer than we think.

"Wolf Packs" in World War II. Legendary submarines of the Third Reich Gromov Alex

Tactical and technical characteristics the most common types of submarines

The armament and equipment of German submarines, which had many flaws and often malfunctioned in the first year of the war, was constantly improved, in addition to creating new, more reliable modifications. This was a "response" to the advent of the enemy's new anti-submarine defense and methods of detecting submarines.

boats type II-B ("Einbaum" - "canoe") were adopted in 1935.

20 submarines were built: U-7 - U-24, U-120 and U-121. Crews consisted of 25-27 people.

Boat dimensions (length / maximum width / draft): 42.7 x 4.1 x 3.8 m.

Displacement (surface/submerged): 283/334 tons

Maximum speed on the surface - 13 knots, underwater - 7 knots.

Surface range - 1800 miles.

They were armed with 5–6 torpedoes and one 20 mm gun.

Boats type II-C entered service in 1938.

8 submarines were built: U-56 - U-63.

The crew consisted of 25 people.

Boat dimensions (length / maximum width / draft): 43.9 x 4.1 x 3.8 m.

Displacement (surface/submerged): 291/341 tons

Maximum speed on the surface - 12 knots, underwater - 7 knots.

Surface range - 3800 miles.

They were armed with torpedoes and one 20 mm gun.

Boats type II-D commissioned in June 1940

16 submarines were built: U-137 - U-152.

The crew consisted of 25 people.

Boat dimensions (length / maximum width / draft): 44.0 x 4.9 x 3.9 m.

Displacement (surface/submerged): 314/364 tons

The maximum speed in the surface position is 12.7 knots, in the underwater position - 7.4 knots.

Surface range - 5650 miles.

They were armed with 6 torpedoes and one 20-mm gun.

Immersion depth (maximum operating / limit): 80/120 m.

Type VII-A boats entered service in 1936. 10 submarines were built: U-27 - U-36. The crew consisted of 42-46 people.

Boat dimensions (length / maximum width / draft): 64 x 8 x 4.4 m.

Displacement (surface/submerged): 626/745 tons

Maximum speed on the surface - 17 knots, underwater - 8 knots.

Surface range - 4300 miles.

They were armed with 11 torpedoes, one 88 mm and one anti-aircraft 20 mm gun.

Immersion depth (maximum operating / limit): 220/250 m.

Type VII-B boats were more advanced than type VII-A boats.

24 submarines were built: U-45 - U-55, U-73, U-74, U-75, U-76, U-83, U-84, U-85, U-86, U-87, U -99, U-100, U-101, U-102, among them the legendary U-47, U-48, U-99, U-100. The crew consisted of 44-48 people.

Boat dimensions (length / maximum width / draft): 66.5 x 6.2 x 4 m.

Displacement (surface/submerged): 753/857 tons

Maximum surface speed - 17.9 knots, underwater - 8 knots.

They were armed with 14 torpedoes, one 88 mm and one 20 mm gun.

Type VII-C boats were the most common.

568 submarines were built, including: U-69 - U-72, U-77 - U-82, U-88 - U-98, U-132 - U-136, U-201 - U-206, U -1057, U-1058, U-1101, U-1102, U-1131, U-1132, U-1161, U-1162, U-1191 - U-1210…

The crew consisted of 44-52 people.

Boat dimensions (length / maximum width / draft): 67.1 x 6.2 x 4.8 m.

Displacement (surface/submerged): 769/871 tons

The maximum speed in the surface position is 17.7 knots, in the underwater position - 7.6 knots.

Surface range - 12,040 miles.

They were armed with 14 torpedoes, one 88-mm gun, the number of anti-aircraft guns varied.

Boats type IX-A came further development less advanced type of submarine I-A.

8 submarines were built: U-37 - U-44.

The crew consisted of 48 people.

Boat dimensions (length / maximum width / draft): 76.6 x 6.51 x 4.7 m.

Displacement (surface/submerged): 1032/1152 tons

The maximum speed in the surface position is 18.2 knots, in the underwater position - 7.7 knots.

Surface range - 10,500 miles.

They were armed with 22 torpedoes or 66 mines, a 105-mm deck gun, one 37-mm anti-aircraft gun, one 20-mm anti-aircraft gun.

Immersion depth (maximum operating / limit): 230/295 m.

boats type IX-B were in many respects identical to the type IX-A submarines, differing primarily in b about a large supply of fuel and, accordingly, a cruising range on the surface.

14 submarines were built: U-64, U-65, U-103 - U-111, U-122 - U-124.

The crew consisted of 48 people.

Boat dimensions (length / maximum width / draft): 76.5 x 6.8 x 4.7 m.

The maximum speed in the surface position is 18.2 knots, in the underwater position - 7.3 knots.

Displacement (surface/submerged): 1058/1178 tons (or 1054/1159 tons).

Surface range - 8700 miles.

In service were 22 torpedoes or 66 mines, one deck 105-mm gun, one anti-aircraft 37-mm gun, one anti-aircraft 20-mm gun.

Immersion depth (maximum operating / limit): 230/295 m.

Boats type IX-C would have about Longer length compared to previous modifications.

54 submarines were built: U-66 - U-68, U-125 - U-131, U-153 - U-166, U-171 - U-176, U-501 - U-524. The crew consisted of 48 people.

Boat dimensions (length / maximum width / draft): 76.76 x 6.78 x 4.7 m.

Displacement (surface/submerged): 1138/1232 tons (often 1120/1232 tons).

The maximum speed in the surface position is 18.3 knots, in the underwater position - 7.3 knots.

Surface range - 11,000 miles.

They were armed with 22 torpedoes or 66 mines, one deck 105-mm gun, one anti-aircraft 37-mm gun, one 20-mm gun.

Immersion depth (maximum operating / limit): 230/295 m.

Boats type IX-D2 possessed the largest cruising range in the fleet of the Third Reich.

28 submarines were built: U-177 - U-179, U-181, U-182, U-196 - U-199, U-200, U-847 - U-852, U-859 - U-864, U -871 - U-876.

The crew consisted of 55 people (on long trips - 61).

Boat dimensions (length / maximum width / draft): 87.6 x 7.5 x 5.35 m.

Displacement (surface/submerged): 1616/1804 tons

The maximum speed in the surface position is 19.2 knots, in the underwater position - 6.9 knots.

Surface range - 23,700 miles.

It was armed with 24 torpedoes or 72 mines, one 105 mm deck gun, one 37 mm anti-aircraft gun, and two twin 20 mm guns.

Immersion depth (maximum operating / limit): 230/295 m.

Boats type XIV("Milchkuh" - "cash cow") - a further development of the IX-D type, were capable of carrying over 423 tons of additional fuel, as well as 4 torpedoes and quite large stock food, including on board the submarines even had its own bakery.

10 submarines were built: U-459 - U-464, U-487 - U-490.

The crew consisted of 53-60 people.

Boat dimensions (length / maximum width / draft): 67.1 x 9.35 x 6.5 m.

Displacement (surface/submerged): 1668/1932 tons

The maximum speed in the surface position is 14.9 knots, in the underwater position - 6.2 knots.

Surface range - 12,350 miles.

Only two 37 mm anti-aircraft guns and one 20 mm anti-aircraft gun were in service, they did not have torpedoes.

Immersion depth (maximum operating / limit): 230/295 m.

boats type XXI were the first ultra-modern submarines, in the serial production of which ready-made modules were used. These submarines were equipped with air conditioning and waste disposal systems.

118 submarines were built: U-2501 - U-2536, U-2538 - U-2546, U-2548, U-2551, U-2552, U-3001 - U-3035, U-3037 - U-3041, U -3044, U-3501 - U-3530. At the end of the war, there were 4 boats of this type in combat readiness.

The crew consisted of 57-58 people.

Boat dimensions (length / maximum width / draft): 76.7 x 7.7 x 6.68 m.

Displacement (in the surface / underwater position): 1621/1819 tons, fully loaded - 1621/2114 tons.

The maximum speed in the surface position is 15.6 knots, in the underwater position - 17.2 knots. For the first time, such a high speed of the boat was achieved in a submerged position.

Surface range - 15,500 miles.

It was armed with 23 torpedoes and two twin 20mm cannons.

Type XXIII boats(“Elektroboot” - “electric boats”) were focused on being constantly under water, thus becoming the first project of not diving, but really submarines. They were the last full-size submarines built by the Third Reich during World War II. Their design is maximally simplified and functional.

Launched 61 submarines: U-2321 - U-2371, U-4701 - U-4707, U-4709 - U-4712. Of these, only 6 (U-2321, U-2322, U-2324, U-2326, U-2329 and U-2336) took part in the hostilities.

The crew consisted of 14-18 people.

Boat dimensions (length / maximum width / draft): 34.7 x 3.0 x 3.6 m.

Displacement (surface/submerged): 258/275 tons (or 234/254 tons).

The maximum speed in the surface position is 9.7 knots, in the underwater position - 12.5 knots.

Surface range - 2600 miles.

Armed with 2 torpedoes.

Immersion depth (maximum operating / limit): 180/220 m.

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An experience of characterization In 1913, in Vienna, in the old Habsburg capital, I sat in Skobelev's apartment at a samovar. The son of a wealthy Baku miller, Skobelev was at that time a student and my political student; a few years later he became my opponent and minister

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From the book The Riddle of Scapa Flow author Korganov Alexander

The performance data of the nuclear submarine missile carrier of the USSR (Russia) “Typhoon” Displacement: underwater 50,000 tons surface 25,000 tons Length 170 m Width 25 m Height with cabin 26 m Number of reactors and their power 2 × 190 MW Number of turbines and their power 2 × 45000 hp Power

From the book Steel Coffins of the Reich author Kurushin Mikhail Yurievich

II Tactical and technical data P / L U-47 (Submarine VII In the series) Arrival of U-47 in Kiel. TYPE VIIB Type VIIB boats became a new step in the development of type VII. They were equipped with a pair of vertical rudder (on a feather behind each propeller), which made it possible to reduce the circulation diameter under water to

From the book Aircraft Designer A. S. Moskalev. To the 95th birthday author Gagin Vladimir Vladimirovich

MAIN PERFORMANCE DATA OF THE GERMAN SUBMARINES OPERATING IN THE YEARS OF THE SECOND WORLD

From the book Requiem for the battleship Tirpitz author Pillar Leon

Flight performance of aircraft designed by A.S. Moskalev (according to the book by V.B. Shavrov “History of aircraft designs in the USSR) Year of manufacture Aircraft Purpose of the aircraft Engine Length of the aircraft, m Wingspan, m Wing area, sq.m. Weight,

From the book Zodiac author Graysmith Robert

From the book "Wolf Packs" in World War II. Legendary submarines of the Third Reich the author Gromov Alex

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From the book Kalashnikov assault rifle. Symbol of Russia author Buta Elizaveta Mikhailovna

SPEECH CHARACTERISTICS OF THE ZODIAC October 22, 1969, Oakland Police Department - the voice of an obviously middle-aged man. July 5, 1969, 0.40, Vallejo Police Department (conversation with Nancy Slover) - speech without accent; the impression that the text is read from a piece of paper or rehearsed.

From the book Maximalisms [collection] author Armalinsky Mikhail

The first victims of German submarines More and more German boats sank other people's transports. In the world, Kaiser's Germany acquired the image of an "evil aggressor", but was never able to take control of enemy sea communications. May 7, 1915 on the Liverpool - New York line

From Alan Turing's Universe by Andrew Hodges

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From the author's book

The tasks of the German submarines They were formulated by K. Dönitz on the eve of his assumption of the post of commander of the first flotilla of the Weddigen submarines at the end of September 1935. A few years before the start of an unlimited submarine warfare he foresaw its possibility:

From the author's book

The role of German submarines in the Norwegian operation This was the first operation of the Reich command, in which all three types of armed forces played an important role - the army, navy (including underwater) and aviation - therefore different kinds troops were attached

From the author's book

From the author's book

Characteristics

From the author's book

The Germans are sinking British ships: Deciphering the call signs of German submarines The surrender at Stalingrad marked the beginning of the end for Germany. The course of the war was reversed. Although in the south and west the successes of the Allies still did not look convincing enough. in African

In this note, I bring to your attention the firepower that the boats had. The topic was again reviewed by me briefly, without giving details and nuances, since with detailed coverage this issue you will need to write at least a large review article. To begin with, to make it clear how the Germans singled out the issue of the need to have a gun on board and use it, I will cite an excerpt from the "Manual to submarine commanders", where the following is said about this:

"Section V Artillery weapons of submarines (submarine as a carrier of artillery)
271. The presence of artillery on a submarine is fraught with contradictions from the very beginning. The submarine is unstable, has a low-lying artillery platform and an observation platform, and is not suitable for artillery fire.
All gun mounts on a submarine are ill-suited for an artillery duel, and in this respect the submarine is inferior to any surface ship.
In an artillery battle, a submarine, in contrast to a surface ship, must immediately bring all its forces into action, because. even one hit in the strong hull of a submarine already makes it impossible for it to dive and leads to death. Therefore, the possibility of an artillery battle between a torpedo submarine and military surface ships is excluded.
272. For submarines used for torpedo attacks, artillery is, as it were, a conditional and auxiliary weapon, because the use of artillery over water contradicts the whole essence of a submarine, i.e., a sudden and covert underwater attack.
Based on this, we can say that on a torpedo submarine, artillery finds its use only in the fight against merchant ships, for example, to delay steamers or to destroy unarmed or lightly armed ships (§ 305)."
(with)

deck artillery
Caliber, Type, Shooting, rate of fire, Angle of elevation , effect. range, Calculation

105 mm SK C/32U - U-boot L C/32U Single 15 35° 12.000 m 6 pers.
105 mm SK C/32U - Marine Pivot L Single 15 30° 12.000 m 6 pers.
88 mm SK C/30U - U-boot L C/30U Single 15-18 30° 11.000 m 6 pers.
88 mm SK C/35 - U-boot L C/35U Single 15-18 30° 11.000 m 6 pers.


Of all types of German submarines designed and built from 1930 to 1945, boats of I, VII, IX and X series were armed with deck artillery of a caliber over 88 mm. At the same time, only the VII series carried an 88-mm caliber gun, the rest of the indicated series of boats had a 105-mm gun. The gun was located right on the upper deck in front of the wheelhouse, the ammunition was stored partly there in the superstructure of the boat, partly inside the strong hull. Deck artillery was in the department of the second shift officer, who acted on the boat as a senior artilleryman.
On the "sevens" the gun was installed in the region of 54 frames on a pyramid specially reinforced in the superstructure, which was reinforced with longitudinal and transverse beams. In the area of ​​​​the gun, the upper deck was expanded to 3.8 meters in length, thus forming a place for artillery crew. The standard ammunition per boat was 205 shells - 28 of which were in special containers in the superstructure next to the gun, 20 shells in the wheelhouse, the rest in the "weapon" inside the strong hull in the second compartment from the bow.
The 105 mm gun was also mounted on a pyramid, which was welded to the pressure hull. Depending on the type of boat, the ammunition for the gun ranged from 200 to 230 shells, of which 30-32 were stored in the superstructure next to the gun, the rest in the "weapon" located in the CO and galley.
The deck gun was protected from water from the side of the barrel by a waterproof plug, from the side of the breech in a special sleeve-plug. A well-thought-out gun lubrication system made it possible to keep the gun in working condition at various temperatures.
I mentioned various cases of using a deck gun and .
By the end of 1942, the command of the submarine forces came to the conclusion that the deck guns on the boats that participated in the hostilities in the Atlantic theater should be dismantled. Thus, almost all "sevens" of type B and C lost such artillery. The guns were left on the Type IX submarines, Type VIID and X minzags. But by the end of the war it was already difficult to find a German boat of any type that carried deck artillery.

88 mm guns U29 and U95. The waterproof cap is clearly visible.


Elevation angle of the 88 mm gun on the U46. It seems that it still exceeds those 30 and 35 degrees indicated in the performance characteristics. The gun had to be lifted with the barrel up when loading torpedoes into the bow compartment. The photo below shows how this happened (U74 getting ready to receive a torpedo)



105-mm gun on "one" U26


105 mm guns U103 and U106


General view of the 105 mm gun with its mounts.

Gunners U53 and U35 are preparing for practical firing




Artillery crew U123 prepare to open fire. The tanker is directly ahead. The target will be sunk by artillery fire. The end of the operation "Paukenschlag" February 1942.

But sometimes the tools were used for other purposes :-)
In the pictures below U107 and U156

Flak
Caliber, Type, Shooting, rate of fire, Angle of elevation , effect. range, Calculation

37 mm SK C/30U - Ubts. LC 39 Single 12 85° 2.500 m 3/4 pers.
37 mm M42 U - LM 43U Automatic (8 shots) 40 80° 2.500 m 3/4 pers.
37 mm Zwilling M 42U - LM 42 Automatic (8 rounds) 80 80° 2.500 m 3/4 pers.
30 mm Flak M 44 - LM 44 Automatic (exact specifications unknown. For type XXI submarines)
20 mm MG C/30 - L 30 Automatic (20 rounds) 120 90° 1.500 m 2/4 pers.
20 mm MG C/30 - L 30/37 Automatic (20 shots) 120 90° 1.500 m 2/4 pers.
20 mm Flak C/38 - L 30/37 Automatic (20 rounds) 220 90° 1.500 m 2/4 pers.
20 mm Flak Zwilling C/38 II - M 43U Automatic (20 shots) 440 90° 1.500 m 2/4 pers.
20 mm Flak Vierling C38/43 - M 43U Automatic (20 shots) 880 90° 1.500 m 2/4 pers.
13.2mm Breda 1931 Automatic (30 rounds) 400 85° 1.000 m 2/4 pers.

Quad installations are highlighted in red, dual installations in blue.

Of the firepower that the German submarines had, the most interesting anti-aircraft weapons. If deck guns were obsolete by the end of the war, then the evolution of anti-aircraft fire among the Germans is clearly visible from the above table.

By the beginning of the war, German submarines had only a minimum of anti-aircraft guns, since it was believed that the threat from the air was clearly underestimated by the fleet command. As a result, the designers in the projects provided for no more than one anti-aircraft gun on the boat. But during the war, the situation changed and reached the point that some submarines were literally stuck with anti-aircraft guns, such as "anti-aircraft boats" (flakboats).
The main weapons of the boats were initially recognized as 20-mm 20-round anti-aircraft guns, which were installed on all types of boats with the exception of the II series. On the latter, they were also provided, but were not included in the standard armament of the boats.

Initially, on the first "sevens" in up to war time The 20-mm anti-aircraft machine type MG C / 30 - L 30 was supposed to be installed on the upper deck behind the wheelhouse. This is clearly seen on the example of U49. Behind the open hatch, an anti-aircraft gun carriage is visible.

But already in wartime, the 20-mm anti-aircraft gun was moved to the site located behind the bridge. It looks good in the photo. Alternately, anti-aircraft platforms U25, U38 (Karl Doenitz himself is on the bridge of the boat), U46





"Twos", depending on the type and purpose of the boat, received anti-aircraft weapons, both before the war and during the war. The gun was located in front of the wheelhouse. Either a carriage was installed for it, or it was installed in the same place on a waterproof container (in the form of a barrel) in which the machine was stored in a disassembled state).
U23 before the war


Waterproof "barrel", also known as a carriage on the U9 (Black Sea)


Same for U145


And this is already ready. U24 (Black Sea)


Option to install an anti-aircraft gun on a gun carriage. U23 (Black Sea)


"Twos" operating on the Black Sea were subjected to some modification. In particular, the cabin was modified in the direction of standard ocean-going boats by adding to it a platform for installing additional firepower. Boat armament of this type at the World Cup theater due to this, it has grown to 2-3 barrels per submarine. In the photo U19 is fully armed. Anti-aircraft guns in front of the cabin, spark on the site behind the bridge. By the way, machine guns are visible on the sides of the cabin.

The growth of the threat from the air forced the Germans to take measures to increase anti-aircraft weapons. The boat received an additional platform for placing firepower, which could accommodate two twin 20-mm machine guns and one (or twin) 37-mm machine guns. This site was nicknamed "Winter Garden" (Wintergarten). Below is a photo of the boats that surrendered to the Allies U249, U621 and U234




As the pinnacle of the evolution of anti-aircraft weapons of German boats, a quad anti-aircraft gun Flak Vierling C38 / 43 - M 43U, which was received by the so-called "anti-aircraft boats". As an example U441.

In the Mediterranean, the "sevens" received additional weapons by installing Italian "Breda" machine guns in the form of sparks. As an example U81

A separate word is worth mentioning such a "miracle" weapon as a 37 mm anti-aircraft gun SK C / 30U - Ubts. LC 39, which fired solo. This weapon was installed on more than later types Type IX submarine cruisers (B and C) and Type XIV submarine tankers. "Cash Cows" carried two guns of this type on both sides of the felling. "Nines" had one installed behind the wheelhouse. Below are examples of such a weapon on the U103.


Since I did not set myself the task of conducting a complete and detailed description anti-aircraft weapons, I omit such nuances as ammunition and other characteristics of this type of weapon. I once mentioned the training of anti-aircraft gunners on submarines and. Examples of the confrontation between submarines and aircraft can be obtained if you look at the topics of my tag.

Firearms and signal weapons
Caliber, Type, Shooting, rate of fire, Angle of elevation , effect. range, Calculation

7.92 mm MG15 Automatic (50/75 rounds) 800-900 90° 750 m 1-2
7.92 mm MG34 Automatic (50/75 rounds) 600-700 90° 750 m 1-2
7.92 mm MG81Z Automatic (Tape) 2.200 90° 750 m 1-2
In addition to this, the crew of the submarine had at its disposal 5-10 Mauser 7.65 mm pistols, 5-10 rifles, MP-40 assault rifles, hand grenades and two flare guns.

MG81Z on U33

In general, I want to note that the German submarines had quite modern weapons at that time, which proved themselves well during the hostilities. In particular, the British noted after testing the artillery captured by them U570 that, compared with the 3-inch gun of the 1917 model of the year, installed on S-type boats, the 88-mm German gun was superior to the British. The 20 mm anti-aircraft gun was considered by them to be an excellent and effective weapon, which, to their surprise, did not vibrate when fired and had a good store.

Resource used to illustrate the note photo http://www.subsim.com

As usual, Vladimir Nagirnyak pored over the analysis.

Not far from the German city of Kiel, in the small village of Labe, there is a unique museum. This museum is unique in that it is a German submarine of the Second World War type VII, which has remained in the world in a single copy.

Photo 1. U 995 - German submarine museum

This locality was chosen for the installation of the museum for a reason - the fact is that there is a naval memorial in Laboe, which at first was dedicated to the dead German sailors on the battlefields of the First World War, then began to be considered a memorial dedicated to all German sailors who died during the First World War and the Second World Wars, and as a result, the German Maritime Union reclassified it as a monument to all the dead sailors of all nations and is a call for peace at sea.

Photo 2. Naval Memorial

History U 995

Let's go back to the submarine.

Photo 3. Entrance to the submarine

History reference:
At the end of the 42nd year, the production of a new Type VII submarine began at the Hamburg shipyard, which was launched in the middle of the 43rd year.
The new submarine was based in Kiel, not far from Laboe, where the crew was trained, and then went to the naval base in Trondheim, Norway, where she began to serve from the summer-autumn of 1944. During the remaining time of the war, U 995 made 9 sorties, the main purpose of which was the Allied convoys. At the end of the war, the submarine was out of order, which was the reason that the Allied forces did not destroy it during Operation Deadlight. After the end of the war, she came under the jurisdiction of Norway, was repaired and served for about 10 more years, and then given away for free to the German authorities, who towed her to Kiel and carried out repairs to turn her into a museum. In the early 70s, the grand opening of the museum took place, where the notorious Admiral Dönitz was the first of the visitors. To date, the submarine is visited annually by tens of thousands of people.

This information was presented in the information booklet on English language which can be taken when buying a ticket.

Inside the submarine

We go inside and see the aft torpedo room and the electric motor control room.

Photo 4. Aft torpedo room

Electric motors were used during the lift. Thanks to them, the submarine continued to move without immersion in water, but this had a noticeable effect on speed.

Photo 5. Electric motor control room

In the room with electric motors, you can see instruments and a control unit with a communication point where the orders of the senior were sent. officers from the bridge.

Electric motor control room

The diesel engine room is the heart of the submarine. A diesel engine is located here, followed by a mechanical engineer (usually 1-2 people). These sailors enjoyed greater privileges and were given more time to rest.

Submarine Heart

Are you still complaining about the size of your own kitchen? Then sympathize with the local "chef", who was supposed to cook dinner for a team of 40-50 people on a low-powered two-burner electric stove. It is very difficult to turn around in this space. Plus, the lighting is poor. The pan is fastened with a chain with a lock - apparently there were precedents to take it out.


Photo 6. Lunch from the chef

Photo 7

The number of beds was always less than the number of crew, and often two people shared one bed. This did not cause any inconvenience due to the fact that there was a shift method, according to which it turned out that one of the sailors was on duty, and the second rested, slept, had lunch and was engaged in other personal matters.

Photo 8. Regiment of an ordinary soldier

The largest room on the submarine is the control center and cabin.

Photo 9. Hatch to the submarine control center

Orders were given from here, a route was laid and the active life. In addition to following orders from above, each officer was aware that he must save the lives of his team. Navigation charts, a periscope, a radio room and other devices for monitoring the movement of the submarine are located here.


Immediately after the control center there is a radio room and a reception point, they are located parallel to the sleeping quarters of the officers of the submarine - thus it turns out that even during their rest they should be the first to receive information about the situation in the area, or orders from above, plus interceptions of allied radio signals. Interception is a responsible task, which, as a rule, was performed by people with excellent hearing and good reactions in order to catch the signal of the enemy as early as possible. Largely due to the decoding of the Enigma code by the Allied forces, German superiority in the Atlantic was lost.

Radio room - in addition to communication with the coast and other submarines great attention devoted to intercepting enemy signals

The officers were the only ones with their own regiment, plus some personal space. Personal space was expressed in a locker and turnkey compartments where they could store dress uniform, personal items, letters from home.

Officers' personal space

He seems to have told about everything, but one more question remains the main thing - what about a latrine? There is a latrine, of course. The officer staff has a personal one - with a washbasin, the rest of the crew has a common one. I provide a photo of the officer's amenities, it's a pity that through the glass.

Photo 10

The last room, and perhaps the most combat part of the submarine, is the torpedo room.

Photo 11. Torpedo room

One of the most responsible tasks was for the maintenance personnel of the torpedo room. Basically, the submarine had 5 torpedoes - 4 were loaded into the torpedo bays, and one was for reloading.

torpedo room

Torpedoes for U 995 weighed about 300 kg, had electric motor and when fired, they developed a speed of about 30 km per hour. Reloading the torpedo room was, perhaps, the most important work of the rank and file.

The torpedo room was the last one in the U 995 museum. At the exit you can find an automatic machine, as in many places in Europe, which can turn your 5 cent coin into a medallion with the image of a landmark for 1 euro. Not being a particular fan of this entourage, I nevertheless made a medallion for myself.

At the exit of the museum

Afterword

The trip to the museum is over. Visiting such places has always been a priority for me, because I have always been interested in how life was carried out during one of the largest and bloodiest conflicts of the 20th century. The U 995 submarine museum is not the largest, but it is unique. Unique theme that here you can fully immerse yourself in the atmosphere that reigns at a depth of hundreds of meters under water - when you can’t know for sure whether you will surface tomorrow or stay at the bottom sea ​​depths: without exact coordinates the place of your death and without a grave that relatives could visit.

How to get there:

From the city of Kiel, take bus number 100 to Laboe - we get off at the harbor stop and walk along the coast to the monument.
The cost of visiting the museum is 4.5 Euro.

If you happen to travel to the north of Germany, be sure to visit these places and feel the spirit of history.


Goodbye, Labe!