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Life inside a Swedish Stridsvagn 103. Sweden has remained a neutral country for the better part of two centuries. However, this is armed neutrality, and the Scandinavian country has spent a lot of time and money investing in military equipment to protect against possible aggression During the Cold War, Sweden needed a new tank that would emphasize the defensive nature of the Swedish military philosophy. The result was the Stridsvagn 103-a strange- looking but innovative chapter in the long and complex history of tank building Origin and name. Plans for the Stridsvagn 103 began in the mid- 1950s, when the Swedish military
was looking for a replacement for its main battle tank, the British Centurion. Several ideas were proposed, including the use of foreign designs. Sven Berge from the Swedish Armaments Authority proposed a domestic development, which was called "Alternative S", or the S-tank. After some modifications, the "Alternative S " was adopted as a replacement for the Centurion and became the Stridsvagn 103, which went into production in 1965 and entered service with the Swedish Army in 1967. The name Stridsvagn translates as "war chariot". Dimensions. After research during World War II showed that most tanks were destroyed by hits to the turret, the Stridsvagn got rid of this detail, placing the gun directly in
the hull in a fixed position. As a result, the tank has a low silhouette-only 7 feet (2.1 m), about 2.5 feet lower than the Centurion it replaced. It is also just under 12 feet wide and 29.5 feet long, and weighs 46.8 tons. Armament. The Stridsvagn 103 was armed with the 105 mm Bofors L/70 rifled gun, which used the same ammunition as the British 105 mm L7 gun mounted on later versions of the Centurion , the German Leopard 1, and others. It was fixed, pointing forward, which meant that the entire tank had to turn to fire at the enemy. This also meant that the cannon could only fire when the Stridsvagn was stationary, which is an obvious disadvantage.
However, this was not considered a major problem, as Swedish military doctrine assumed that their forces would almost certainly be outnumbered. And the winner of a tank duel was usually the one who hit the target first, so accuracy was the top priority Although it may seem unconventional, the fixed position of the main gun was nothing new and was used with great success, notably on the German Jagdpanther. There is a belief that the lack of a turret makes the Stridsvagn 103 a tank destroyer or assault gun, although it is generally classified as a main battle tank. The Stridsvagn 103 also used an automatic loader, which reduced the
need for additional crew members, could carry 50 shells, and had a rate of fire of approximately one round every 3 seconds. After firing, empty cartridges are automatically ejected from the rear of the machine through a special hatch. In addition to the main gun, there were also two 7.62 mm KSP 58 machine guns, as well as a third that could be mounted on the commander's turret. Armor. The Stridsvagn 103 was protected by sloping frontal armor about 4 inches (100 mm) thick. The innovative suspension system could also lower the vehicle by 5 inches, making the tank's profile even lower. It could also be equipped with a bulldozer blade to help dig trenches and take a " body-in-cover" position to avoid
detection by the enemy. This also increased the thickness of the frontal armor. A metal fence consisting of 32 welded vertical rods could be installed on the front of the tank as protection against shaped-charge shells in a combat situation. Fortunately, this has never been tested in practice. Suspension and transmission. Due to the lack of a turret, aiming the main gun was a big problem. To fix this, the Stridsvagn received a hydropneumatic suspension that could raise or lower the entire vehicle with an elevation or lowering angle of 22°. Much more than many other tanks of that era. The tank was also maneuverable enough to turn around its own axis to aid in guidance. The Stridsvagn 103's transmission
was automatic and could operate in reverse just as well as in forward gear. Engine and performance. Another innovative feature of the Stridsvagn was the engine, or rather, two engines. The first version of the Stridsvagn was powered by a 240 horsepower Rolls-Royce K60 diesel engine for propulsion and turning the tank for aiming. And a 300- horsepower Boeing GT502 gas turbine engine for high-speed bursts. It was later replaced by a Caterpillar 553 gas turbine engine in later models, which could generate 490 horsepower. This was the first case of using a turbine engine in a tank. This feature was later copied in the Soviet T-80 and American M1 Abrams tanks. The
Stridsvagn's maximum speed was 37 miles per hour on flat, open surfaces, moving on four rubber-coated rollers. The Stridsvagn was also amphibious. It came with a built-in float, which took about 25 minutes to install. Once in place, the tank could stay afloat, albeit at a much slower speed, just under 4 miles per hour. Crew. The crew of the Stridsvagn consisted of three people: a commander, a driver, and a radio operator who could also control the tank. The commander and driver sat at the front of the tank, the commander transmitting firing data to the driver, who turned the tank, aiming the gun. In addition, the commander had redundant controls and sighting devices, allowing him to act immediately if
necessary. The commander also had access to smoke grenade launchers that could conceal the Stridsvagn from the enemy if necessary. The radio operator sat in the rear of the tank, facing backwards. He also had controls that allowed him to drive the tank in reverse, keeping the thick frontal armor pointed at the enemy during the retreat. Initial plans for the Stridsvagn called for only two crew members, but the number was increased to three to facilitate guarding and field maintenance.
Production and modifications. The Stridsvagn was mass-produced from 1967 to 1971. During this time, 291 cars were manufactured. Three separate models were created. The first, designated Stridsvagn 103 A, were the initial series of vehicles. The 103 B model received a more powerful Caterpillar engine, while the 103 C had another engine upgrade, an updated fire control system, and a laser rangefinder. The final version of the 103 D had another fire control system upgrade, night vision devices, and a few minor changes to the suspension and engine.
Only one such model was produced, which was a modified version of the C, but it did not go into mass production Service. The Stridsvagn entered service in 1967 with the Swedish Army, which was the sole operator of this vehicle. The innovative design provided a low silhouette, making it difficult to hit a tank during tank combat. This, combined with ambush operations, made him an ideal choice for fighting enemy armed forces. However, the Stridsvagn 103 never saw combat, so its effectiveness remains only theoretical. The main rationale for the Stridsvagn 103 was the emphasis on main gun accuracy and avoidance of return fire. In the 1950s and 1960s, most tanks
lacked effective gyroscopic stabilizers and had to fire from a static position anyway, making a turretless tank a viable option However, by the 1970s, such stabilizers had become more common, allowing tanks to fire accurately while moving, and the lack of a rotating turret became more of a disadvantage than an advantage. The Stridsvagn 103 remained in service with the Swedish Army primarily as a training vehicle until it was withdrawn from service in 1997, when it was replaced by the Stridsvagn 122, a modified version of the German Leopard 2 Today, only the D variant, as well as several C variants, are in the Swedish Tank Museum in working condition, with several more units to be found in tank museums
around the world. Although the Stridsvagn 103 was innovative, it ultimately proved unpromising in tank building, and although it never saw combat, it still represents a unique page in the history of tank evolution. In 1945, with a flash of light, the world entered the nuclear age. For better or worse, humanity has managed to harness the limitless potential of nuclear energy. At the beginning of the Cold War, it was believed that splitting the atom would be the solution to even the most mundane problems. Thanks to the power of science and a good dose of creativity, American engineers applied nuclear energy to the design of the tank, or at least tried to do so.
Development. After World War II, the United States needed updated tanks in case the Cold War turned hot. At the defense conference, the "Operation Question Mark" project was proposed, designed to create next-generation tanks. The only limitation of the project was that the tank had to be ready for production by 1961, with the hope of creating something so unconventional that the Soviet Union would not have any opposition. This project resulted in several experimental tanks, including the sleek Rex, the lightweight Wasp, and the Falcon single-seat tank- helicopter hybrid.
Taking on the challenge, automobile manufacturer Chrysler began developing its own tank called the TV8. The concept envisioned a versatile design capable of performing various roles: amphibious for crossing waterways without bridges, a significant range that eliminated the need for constant refueling, and resilience to the nuclear landscape in which it could operate. Only one prototype of this revolutionary design was made before the project was shelved. Power plant. The only prototype TV8 was equipped with a 300 horsepower Chrysler 8-cylinder engine, which powered a pair of electric motors, which in turn
drove the track rollers. This was only used as a temporary measure to demonstrate proof of concept. The real power plant was to appear later. Several options were considered, including a gas turbine-electric drive, a hydrocarbon-fueled steam cycle, and something much more radical. The final version of TV8 was to be powered by an internal nuclear fission engine. The exact design of this engine is unknown, as it was never fully developed before the project was halted. However, it is conceivable that it would use the splitting of uranium atoms, which would generate heat, turning water into steam, which would turn a turbine to power the motors.
The concept of a nuclear power source has been successfully used on ships and submarines, but has never been applied to land-based technology. The reason for this was the issue of efficiency. Uranium has a high energy density: a pound of this element provides 108,000 times more energy than the same weight of diesel fuel, theoretically giving a car unlimited range. This would relieve logistical systems that would be at risk in the event of open war between nuclear superpowers. Construction.
TV8 was designed in two parts. The lower part is the tracks that powered the machine. Above it was a large and bulky-looking turret that housed everything else: weapons, ammunition, crew, nuclear reactor, transmission, and other components. These two parts could be separated and transported separately, which greatly facilitated the transportation of the tank over long distances. The turret itself consisted of two parts: the outer layer was smooth, except for the roof with a hatch for crew access, while the inner layer was armored, protecting the people and internal mechanisms. There was only air between the layers, which provided TV8 with positive buoyancy. Since the tank could float
on water, there was a water jet engine in the rear of the turret that could propel it through water. Dimensions. The TV8 was only built as a prototype, and it was more of a proof of concept than a practical combat platform. Given this, it was still a light tank weighing 25 tons. It also had a length of 8.8 m including the cannon, a width of 3.4 m and a height of 2.9 m. Armament. The TV8 was designed with the intention of countering Soviet tanks in the open fields of Europe. It was heavily armed with a 90mm T208 gun, which would be powerful enough to destroy enemy armored vehicles. The gun was fixed in place, unable to
independently change the angle of elevation or declination. However, a pair of hydraulic cylinders raised or lowered the entire tower as needed. Unfortunately, the exact configuration of this system has been lost to history. A hydraulic lever would also help load the cannon. There was also a proposal to use liquid fuel for the main gun instead of conventional gunpowder. Fuel was injected into a chamber behind the projectile and ignited, eliminating the need for cartridges. In addition, the liquid could be stored in tanks of any shape and size, which greatly simplified logistics compared to conventional shells. Due to technological limitations, this idea was abandoned. For protection against infantry, the tank had a pair of 30-
caliber machine guns mounted coaxially in the turret. It was also planned to install a 50-caliber machine gun on the roof of the tower. It was to be controlled remotely by a crew member from inside. Armor. The exact level of armor protection of the TV8 is difficult to determine, as the only prototype was a wooden mock-up, but some information can be gleaned from surviving drawings. Drawings indicate that the turret side plates were about 3 inches or 80 mm thick. The frontal part of the turret was about 2 and 3/4 inches or 70 mm thick. As with many tanks, protection was improved by sloping armor, a concept that was taken to its extremes here.
The front of the tower was conical in shape with a slope of 68°, and the sides were 45°. These are significantly steeper angles than conventional tanks, giving the TV8 its characteristic eggshell appearance. Crew. The TV8 was designed for four crew members, all of whom were to be housed inside the turret. The driver-mechanic was located in front on the left, next to the gun, while the gunner was located on the right side. The loader was to sit behind the gunner, and the commander was to sit behind the driver-mechanic. It is assumed that the driver saw outer space through a system of telescopes, although this cannot be confirmed due to the lack of specific data. It is known for certain that the commander could observe
the environment through a closed- circuit television camera system. In addition to providing a view of the outside world, this also meant reducing the number of openings, which protected the crew from being blinded during a nuclear explosion. Disadvantages. The TV8 was an experimental, radically new concept in tank building, a product of the boundless imagination of Cold War designers. Although innovative in concept, it was far from a practical model. The most important problem was the power plant. Theoretically, this was supposed to simplify logistics by providing a large range on a minimal amount of fuel. In practice, this would be a dangerous decision. Any nuclear reactor, no matter how well insulated,
would constantly expose the crew to radiation that would seep into the hull of the machine itself. Some nuclear ships, for example, may have up to 100 tons of lead shielding to protect the crew. The reactor on the tank would n't be that big, but any amount of lead sufficient to block radiation would add so much weight that the tank would become too heavy to operate effectively. As a result, crews would have to be constantly changed to avoid health problems due to radiation exposure. Repair crews would also be exposed to high doses of radiation and would need specialized equipment and protective gear for even the most basic maintenance. If a tank is knocked out on the battlefield or simply collides with an object,
there is no risk of a nuclear explosion, but the leakage of radioactive materials is inevitable. If this happens, the tank, as well as the surrounding area, will become radioactive, affecting the surviving crew members and the environment. Virtually everyone on the battlefield would receive lethal doses of radiation from the destruction or even damage of a single tank. Evacuation operations would be dangerous, if not impossible, as each piece of debris would become a miniature Chernobyl with consequences for decades to come. In addition to the nuclear fuel source, the tank's design had other shortcomings, namely the turret.
Its large size made the tank unstable and difficult to maneuver, and it was also an easy target for the enemy, offering no advantages over conventional configurations. There is also a risk of proliferation of nuclear materials. Nuclear materials are difficult to obtain and are carefully guarded by national governments. However, the tank's power plant could be easily stolen, and terrorist groups could use the radioactive core to create a " dirty bomb" or other malicious purposes . Overall, TV8 was a flawed concept that, while creative, had flaws that outweighed any potential benefits. It remains one of the great " ifs" in military history, more relevant to science fiction than the battlefield.
Some tanks are known for their speed, others for their firepower, and some are renowned for their ability to withstand damage Of the many types of tanks that participated in World War II, there is one that has none of these, and yet it has gained fame in recent years as an internet meme. Bob Semple's tank is one of the worst vehicles of the conflict, yet one that is adored by military enthusiasts around the world and on the internet. On the eve of World War II, the Japanese Empire was expanding rapidly, conquering vast parts of Asia and the South Pacific. Australia and New Zealand were potential targets of Japanese expansion and desperately needed tanks to bolster their arsenals. Unfortunately,
industrial capacity for the production of heavy military equipment was lacking, and tanks from Great Britain and the United States were unavailable. They needed to create their own armored forces from scratch, and quickly. Assessing the situation, Bob Sample, New Zealand's Minister of Public Works, proposed the idea of quickly creating a fleet of armored vehicles to repel the threat of a Japanese invasion. Although New Zealand did not have a sufficient number of tanks-their entire arsenal consisted of only six tiny Carden Loyd tankettes with Vickers machine guns-they did have a good number of farm tractors.
Since necessity is the mother of invention, that's how Bob Sample's tank was born. It was not so much designed as improvised. The American Caterpillar D8 tractor was already used by civilians as a universal construction machine. Semple considered ordering drawings from the United States, but due to lack of time, the engineers were forced to make do with what was at hand. The basic design of the tractor remained unchanged, but several modifications were made . The tracks were lengthened and the suspension system was modernized. The driver's controls were moved forward, and steel extensions were attached to the frame.
Armor plates for the tank were manufactured separately. The machine was to be used for its intended purpose, and if necessary, an armored hull was put on it. Bob Semple's tank, fully armored and ready for battle, weighed about 28 tons (approximately 25,000 kg), making it a light tank. Its square hull was 4.2 m long, 3.3 m wide, and a little over 3.5 m high, including the tower, which was later removed. Plans for Bob Sample's tank called for armament with six.303 caliber Bren machine guns Two were to be aimed forward, one on the port and starboard sides, one in the stern, and one in the turret.
Initially, the turret was planned to be armed with a larger gun: the British 40 mm 2-pounder, standard for the Empire, or a 37 mm gun. It is not known which 37mm gun was meant, possibly the American M3, but since they were not available , another Bren was used. It is also unknown whether the tower could rotate at all, and if so, how exactly. In the absence of drawings, it is impossible to determine whether a hydraulic, electric, or manual system was provided for rotating the tower. Furthermore, almost all video and photo footage shows the turret pointing forward, indicating that it could not move. In later stages of testing, the turrets were removed because they added an extra 2 feet to the
vehicle's already tall silhouette, and due to the lack of a more powerful gun, they were simply unnecessary. The exterior armor of Bob Sample's tank was a box-shaped shell of corrugated manganese steel about half an inch thick, similar to that used for roofing. Under it was a steel plate about a third of an inch thick. Corrugated steel was chosen after testing different types of armor plates. The curvature of the metal helped deflect.50 caliber bullets from a Vickers machine gun , and it had less penetration than other samples in the tests. The tank was powered by a six-cylinder diesel engine capable of generating 127 horsepower.
This was the same engine that was installed on the D8 bulldozer that Bob Sample's tank was built on, and it had not undergone any changes. With this powerplant, the tank had a top speed of about 15 miles per hour on flat, unobstructed surfaces . On rough terrain, in fact on anything that wasn't a road, the tank's speed dropped to 7 miles or 11 km per hour. With a full tank of fuel, Bob Sample's tank had a range of about 100 miles or 160 km under ideal conditions. The plans for Bob Sample's tank called for a crew of eight. It included a commander, a driver and six gunners. And while this was ideal, the crew was also described as six or seven people, with the number of gunners being reduced depending on the circumstances
The commander had to stand in the tower with the gunner or control the weapon independently. The driver was located at the front left, and the gunners were positioned around the hull, firing from spherical mounts in the outer armor. The gunner in the front center had to lie on a mattress directly above the engine casing. Development of the Bob Sample tank began in early 1940 by the New Zealand Department of Public Works. A wooden mock-up as a proof of concept was inspected by the military in June 1940, and a mild steel prototype was ready in July. After testing, the design needed to be refined because the prototype got stuck in a ditch and needed another tractor to pull it out.
Further tests were carried out until early 1941, when the final completed prototype was created. Army officials were not particularly enthusiastic about the tank, although two were nevertheless transferred for coastal defense in areas where a Japanese attack was likely. There were plans to produce more, but these plans were never realized, and the project was eventually canceled. The tank's combat capabilities were extremely limited. It was slow compared to other tanks of the era, had poor handling over rough terrain, would roll over when trying to cross ditches, and had to be stopped to change gears unless it was going
downhill. In addition, the suspension system was imperfect and caused the car to vibrate greatly, so much so that the weapon often jammed. Firing while moving was impossible, and the tank had to stop every time it needed to open fire. The only entrance to the tank was a door in the rear of the vehicle. Due to the lack of a hatch or any other openings, in the event of a fire or other emergency, the crew would not be able to evacuate quickly. Another flaw in an already poor design. The plan for Bob Semple's tank was to keep the armored hulls separate and use the tractors for their intended purpose until a Japanese invasion became imminent. In this case, the tractors were to be sent to warehouses, equipped with armor, and then
transferred to the likely landing zone. The tank was also used to boost morale, sending it to parades to showcase New Zealanders' ingenuity, but this backfired. The press ridiculed the tank as comical and a waste of time and valuable resources. The exact number of Bob Sample tanks built is unknown, but estimates range from three to four. It was never intended to fight enemy tanks. It was more of a mobile pillbox for fighting infantry, so they were planned to be used to defend the coast. However, when it became clear that the Japanese invasion would not occur, they were dismantled for scrap and the tractors returned to their original use, so they never saw action. Despite the
obvious shortcomings of his tank, Bob Semple was proud of his creation, noting that he had at least done something against the threat of Japanese invasion, stating: "I don't see anyone else with better ideas." Today, Bob Semple's tank has been forgotten, overshadowed by other tank designs from World War II, or it has become the butt of jokes. His legacy was limited to memes on social media and forum posts. The only remnant of Bob Sample's tank is a small piece of corrugated armour, preserved in the South Canterbury Museum in Timaru, New Zealand. Cross-section of a Fiat 2000 tank. Perhaps the most important technological achievement of World War I was the creation of the tank and how they
rolled relentlessly across "no man's land", forever changing the nature of warfare Tanks developed by the British, French, and Germans are the most famous and form the basis of modern armored vehicles, but several other countries, often forgotten, also contributed to the development of tanks in an attempt to gain an advantage on the battlefield. Italy decided to develop its own tank, which led to the Fiat 2000-an innovative, if forgotten, part of the Great War. Origins. Italy entered the war in 1915 on the side of the Entente powers, its main opponent was the Austro-Hungarian Empire, and most of the fighting took place in the harsh terrain of the Alps. As early as October 1915, the Italian automaker Fiat
began developing an armored vehicle that, it was hoped, would give the army an advantage over its opponents. However, the process was so slow that the government turned to the French, who supplied the Schneider CA1 and later the Renault FT17, which became the basis of Italy's tank forces. It was not until 1917 that the Fiat project was finally ready for testing. Compared to a 6-ton Renault or a 15- ton Schneider, the Fiat 2000 was a gigantic 40-ton behemoth of a car. Testing began in June 1917 with the first prototype. Although the machine was incomplete, the mechanisms of the main body were in place, but
the superstructure consisted of a wooden model, since the real metal parts were not ready. Later, a second prototype was created with some changes to the basic design. Only two prototypes of the Fiat 2000 were built, and although they were very similar, there were minor differences between them. The most noticeable difference is the armor plates: the metal protection of the first prototype was assembled from several armor plates welded together, while in the second prototype it was solid. The placement of weapons was also somewhat different: the machine guns of the first model were located directly in front and behind, while on the second they were located at the corners of the superstructure.
Dimensions. The Fiat 2000 was a huge car, one of the largest produced during World War I. It was much heavier than any other tank of that conflict, including the German A7V. It was a little over 7 meters long, 3 meters wide, and 4 meters high. The box-shaped design made the tank look like a pillbox, and many contemporary sources called this vehicle a mobile fortress. Armament. The Fiat 2000 was heavily armed and could fire extremely intensely. The main armament was a 65mm howitzer-a compact artillery piece designed for use in the mountains. The gun was located in a dome-shaped turret on top of the vehicle, which rotated 360°, with elevation angles from -10° to +75 °, giving the tank a wide
firing sector. For protection against infantry, the hull had numerous loopholes, in which up to eight 6.5 mm Fiat Revelli machine guns could be mounted Machine guns were placed in various configurations to protect the tank from all sides. Armor. The Fiat 2000's armor was thick by World War I standards: 10 to 15 mm on the sides and rear and up to 20 mm at the front, which was more solid than most contemporaries. The tank's design had a slight slope, but not enough to be considered truly rational armor, so protection depended only on the thickness and strength of the metal. Crew. The initial crew consisted of 10 people, although most of them serviced the machine guns; Since the simultaneous use of all weapons was
unlikely, the composition was usually reduced to eight. The driver-mechanic sat in the center in front and observed the terrain through a periscope or, if conditions permitted, through a large hatch in the front of the car. However, this put the driver and the rest of the crew at risk, so it was only done outside of combat situations. The crew entered through a hatch on the left side and took their seats in a compartment located above the engine, transmission and other mechanisms, separated by a partition. Thanks to the separate compartment, the crew had more room to maneuver compared to tanks from other countries. Powerplant and performance.
The car was powered by a six-cylinder Fiat A12 aircraft engine with a capacity of about 250 horsepower. Since the engine was originally used in aviation, the tank ran on aviation fuel. Due to its enormous weight, the Fiat 2000's maximum speed was about 6 km/h on a flat surface, which was approximately equal to the speed of brisk walking. This was not considered a disadvantage, since at that time tanks were seen as a means of supporting an infantry offensive, rather than as an independent striking force. Therefore, having a speed higher than the infantryman's rate of advance was unnecessary.
Service. Although the Fiat 2000 was innovative in its own way, it ultimately proved to be a failure. It was too large and cumbersome to be useful in the narrow mountain passes of the Alps, where the main battles of Italy were fought. Another problem that slowed down the process was the slow development speed. Although the idea originated as early as 1915, the first prototype was only tested in 1917, and it was just a hull without a proper superstructure. As the second prototype remained unfinished until February 1918, the program was closed on November 4, 1918, a few days before the end of hostilities. The second prototype was sent to the Piave River, where the last Austro- Hungarian offensive in Italy during the war took place
, although there is no evidence of its participation in the fighting. He was probably only there to conduct tests. After the war, no new Fiat 2000 prototypes were built, although they did participate in some battles. In 1919, uprisings in parts of Italian Africa led to the transfer of at least one tank to Libya. Sources do not give a clear answer whether both prototypes were shipped or only the second one. In any case, one or both tanks were part of the force sent to retake the city of Jarabub, although their role in this campaign remains a mystery. Despite this, Libyan dictator Muammar Gaddafi depicted the Fiat 2000 on a series of stamps, including one commemorating the 1913 battle -long before the Fiat 2000 or even the idea of a tank. The
ultimate fate of both prototypes is also a subject of debate and speculation among historians. The last known photograph of the first prototype dates from 1924, and only one tank is mentioned in the equipment inventory lists for 1925 and 1926 . It is known that a second prototype existed in the 1930s, so it is believed that the first was disposed of, although this cannot be confirmed. Back in 1934, the second prototype was modernized by replacing the front machine guns with 37 mm cannons. It was used for training and propaganda purposes, although its further fate is unknown. Shortly after this modernization, the last Fiat 2000 disappeared from documents and history, probably ending up in the scrap heap. At the
beginning of World War II, he disappeared without a trace. As this was only Italy's first attempt to develop its own tank, it was quite innovative and had features of modern tanks, such as a rotating turret. Ultimately, it proved unsuitable for combat and was significantly inferior to other tank designs. The next Italian tank to go into production was the Fiat 3000, based on the French Renault FT. At the time of its creation, tank design was still in its infancy, and the Fiat 2000 was a creative attempt to build an effective machine from scratch, an experiment that reflected the difficulties of establishing a new type of warfare that would later dominate battlefields around the world. In 2017, work began on creating a full-size replica
after the Italian military equipment restoration group Spa Militaire found and purchased a 1/5 scale wooden model. After raising crowdfunding, the group managed to build a fully functional replica of the original, which was completed in 2020. It is currently housed in the Museum of Historical Armed Forces 1914-1945 in Vicenza, Italy. In addition to being a museum exhibit, the tank was also planned to be commercialized, using it in films, for rental, and in other exhibitions, which would help finance the restoration and reproduction of other historic Italian tanks and vehicles.
