Supercavitating Torpedo

Explore Our Huge Range Of Scuba Diving Gear & Equipment Online at the best price. Free UK Delivery And Returns On All Orders Over £3 By Your Side from Book to Stay. 24h Customer Support when You Need it. Browse, Shortlist and Book. The Best Hotels. Great Prices. The Best Choice for You A supercavitating torpedo is a torpedo using the effect of supercavitation to create a bubble around the torpedo to move at high velocity under water. The following is a list of supercavitating torpedoes which have been developed or are in development. VA-111 Shkval. Hoot

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Supercavitating (SC) Torpedo: During the Cold War, the Soviet Union relied heavily on the submarine fleet to neutralize U.S.'s superiority in naval forces. For this reason, it has intensified its efforts to develop an irresistible torpedo to pose a threat to the gigantic naval power of the USA and thereby achieve a balance Video: Supercavitating Torpedo - The fastest torpedo ever. The development of supercavitating torpedo has taken torpedo countermeasures to a different level. After Russia developed VA-111 Shkval supercavitating torpedo, Russian scientists stated that it is not possible to defend against it

A supercavitating torpedo is a complex system that experiences extreme operating conditions. The name supercavitating torpedo is derived from the cavity of water vapor that is generated at the nose of the torpedo or cavitator 1 and engulfs the complete structure After Russia developed VA-111 Shkval supercavitating tor... The development of supercavitating torpedo has taken torpedo countermeasures to a different level The Chinese Navy and US Navy are reportedly working on their own supercavitating submarines using technical information obtained on the Russian VA-111 Shkval supercavitation torpedo.. A supercavitating propeller uses supercavitation to reduce water skin friction and increase propeller speed. The design is used in military applications, high-performance racing boats, and model racing boats

Supercavitating torpedoes have experienced limited use. As with many interesting technological advancements, torpedoes exploiting supercavitation were originally developed by the Germans during WWII. Subsequently they were abandoned and taken up by the Russians Supercavitation. Supercavitating torpedos are rocket-propelled and ride inside an air bubble through the waves. The bubble they fly though is produced by internally-stored gas that is ejected out..

6 Dec. 2019 -- One of the most innovative underwater weapons developed by the Soviet Union was the VA-111 Shkval (Squall) supercavitating torpedo. Highly classified, Shkval was virtually unknown. Called supercavitation, it envelopes a submerged vessel inside an air bubble to avoid problems caused by water drag. A Soviet supercavitation torpedo called Shakval was able to reach a speed of. Supercavitating torpedos. Supercavitating torpedos on the other hand travel extremely fast—hundreds of kilometers an hour. Torpedos of all types are slowed down by drag caused by friction with..

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Indeed, the Soviets actually built the world's first supercavitating torpedo in the 1960s called the Shkval. Capable of unprecedented speeds, it massively disrupted the undersea warfare. The supercavitating torpedo is also traveling at high speed in a bubble of fizzing seawater, it must make a tremendous racket while approaching, there really isn't anything covert about it. JohnBooty 55 days ago. The largest factor, among many Any submarine that launches a supercavitating torpedo will instantly give away its approximate position. That having been said, such a fast-moving weapon could conceivably destroy the enemy before it has time to act on the information, as the enemy suddenly has a both an enemy submarine and a 200 knot torpedo to contend with

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  1. Made in Chin
  2. A supercavitating torpedo is a complex high speed undersea weapon that is exposed to extreme operating conditions due to the weapons speed. To successfully design a torpedo that can survive in this environment, it is necessary to con-sider the torpedo shell as a critical component
  3. Hoot (Persian: حوت ‎; Whale) is an Iranian supercavitation torpedo claimed to travel at approximately 360 km/h (220 mph), several times faster than a conventional torpedo. It was claimed to have been successfully test-fired from a surface ship against a dummy submarine during the Iranian military exercise Great Prophet (پيامبر اعظم(ص ) on 2 April 2006 and 3 April 2006
  4. Korean Supercavitating Torpedo. As reportedby Navy Recognition website, South Koreadisplayed a supercavitating torpedoit's developing at the MADEX 2017 International Maritime Defense IndustryExhibition held in October 2017 (1). Development began in 2013 and at sea tests will take place around 2020
  5. VA-111 Sjkval (från ryska: шквал, svallvåg) är en rysk raketdriven torped som kan uppnå en hastighet över 200 knop (370 km/h) [1] genom utnyttjande av superkavitationseffekten.. Design och egenskaper. Hastigheten hos VA-111 överträffar den hos alla standardtorpeder som för närvarande används av NATO.Den höga hastigheten uppnås tack vare superkavitation vilket innebär att.
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  1. Russia developing Khishchnik high-speed torpedo to replace VA-111 Shkval supercavitating torpedo The Elektropribor Design Bureau in Saratov is developing a high-speed torpedo dubbed Khishchnik (Russian for 'raptor') and designed to replace the Shkval, expert Vladimir Tuchkov writes in an article with the Svobodnaya Pressa online news agency
  2. USSR/Russia has had supercavitating rocket torpedoes since the Cold War. USN also developed a good one prototype but decided not to deploy, preferring the mark 48 ADCAP torpedo. USN right now.
  3. is a technique that incorporates the creation of artificial air/gas bubbles around underwater objects or vehicles to greatly reduce friction drag
  4. Defense Review has already discussed the potential threat posed by Russian supercavitating torpedoes like the VA-111 Shkval Supercavitating Rocket Torpedo, but combining them with supercavitating supersonic submarines would create real problems for us (USA). And, it looks like the news just keeps getting better
  5. ishing, dynamics and stability of supercavitating vehicles, water entry and hydrodynamic performances of hydrofoils, ventilated cavities after a disc and under the ship bottom
  6. When a torpedo travels at this speed, the flow around the body separates and a cavity is formed. This cavity generation due to high speeds is called supercavitation. And the drag force acting on this supercavitating torpedo dictates the thrust requirements for the propulsion system, to maintain a required cavity at the operating speed
  7. Traveling through gas the torpedo encounters much less drag, allowing it to move at speeds of up 200 knots. This process is known as supercavitation [7]. The trick with maintaining supercavitation is keeping the torpedo enclosed in the gas bubble

Supercavitating torpedo - Wikipedi

The USSR's research resulted in the Shkval torpedo, which uses a special nose cone to create the supercavitation envelope, allowing it to travel through the water at speeds of up to 200 knots. The supercavitating design being developed for Khishchnik might also feed into the Kanyon project, a giant nuclear-powered torpedo with a nuclear warhead that is intended to attack coastal targets

The new large-caliber Predator-class supercavitating torpedo will be equipped with a hydrojet engine not on magnesium but on aluminum (with more energy) Dyusha, Shkval was not made of aluminum even before the VA-111 was finished only now, I will give a quote from Bozin on a related topic Download Citation | Supercavitating Torpedo | Described Supercavitating Torpedo development at the Office of Naval Research | Find, read and cite all the research you need on ResearchGat In principle, supercavitating objects can be maneuvered using various methods, including the following: Drag fins that project through the bubble into the surrounding liquid [2] (p. 22) A tilted object nose Gas injected asymmetrically near the nose to distort the cavity's geometry Vectoring rocket. In 2004, German weapons manufacturer Diehl BGT Defence announced their own supercavitating torpedo, Barracuda, now officially named Superkavitierender Unterwasserlaufkörper or supercavitating underwater running body (English translation). According to Diehl, it reaches more than 400 kilometres per hour (250 mph).[6

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The torpedo controls its direction using four fins that skim the inner surface of the supercavitation envelope. To change direction, the fin or fins on the inside of the desired turn are extended, and the opposing fins are retracted Unterwasserlaufkorper Supercavitating underwater - travelling munition Barracuda Unnamed prototype Supercavitating Torpedo - A rocket torpedo that swims in an The VA - 111 Shkval from Russian: шквал, squall torpedo and its descendants are supercavitating torpedoes originally developed by the Soviet Union. They substantially reduces the skin friction drag on the supercavitating object. A. Nammo has modernized a major innovation, 30mm supercavitating bullets (aka: shells, rounds, ammunition). These armor-piercing bullets could be fired from a helicopter, UAV-helicopter, small ship, patrol boat, land vehicle, water surface unmanned vehicle or LDUUV. They could be used against, mini or larger submarines, mines, incoming torpedos,.

VA-111 Shkval underwater rocket . In 1995 it was revealed that Russia had developed an exceptionally high-speed unguided underwater missile which has no equivalent in the West The problem holding back ordinary torpedoes was drag. Any object, no matter how streamlined, suffers resistance as it moves through a fluid. One source of drag is skin friction, the force required. This Russian torpedo is unique and the fastest in the world. Search locations, channels, topics, people... Cancel. Download APP. Sign in. Sign in. Home. Coronavirus. Original. Headlines. MY CHANNELS. Add location. TOP CHANNELS. Putin's Secret Weapon: Russia's 200 Knot Supercavitating Torpedoes Just How Dangerous Are Supercavitating Torpedoes to the U.S. Navy? Posted by.

I don't see the advantage of supercavitating manned submersables, although I have seen more than one interesting ideas for supercavitating technology in LCS ASW design boards. One such unit would be about the size of NETFIRES and include 15 - 2 stage super cavitating torpedo weapons that would intercept heavier torpedos, acting as a point defense underwater weapon called 'supercavitating', and, since the liquid phase does not contact the moving body through most of its length, skin drag is almost negligible. Several new and projected underwater vehicles exploit supercavitation as a means to achieve extremely high sub- merged speeds and low drag (Miller, 1995)

VA-111 Shkval - Wikipedi

SUPERCAVITATING TORPEDO The nose of a supercavitating torpedo uses gas nozzles that continually expel an envelope of water vapour around the torpedo as it speeds through the ocean. This bubble of gas a 'super cavity'--prevents the skin of the torpedo from contacting the water, eliminating almost all drag and friction and allo wing the projectile to slide seamlessly through the water at great. One of the most promising ways to reduce drag resistance is by filling water vapour or gas to isolate the underwater vehicle, one of which is well known as supercavitating drag reduction ( Arndt et al., 2005, Ceccio, 2010, Arndt, 2013 ). In a supercavitating flow, the cavitator contacts with water constantly The SST-722 Starlight Typhoon is a heavyweight supercavitating submarine-launched torpedo developed in Carthage and in service with the Punic Navy.The Starlight Typhoon is the first supercavitating torpedo in active Carthaginian service, designed to supplement the SST-720 Double Spark and SST-721 Master Spark heavyweight torpedoes as the primary anti-ship and anti-submarine armament of Punic.

A supercavitating underwater projectile adapted to be fired from a gun or the like, comprising a front end or nose portion and a rear end portion. An auxiliary rocket motor is disposed within the rear end portion of the projectile for providing additional thrust after the projectile has been fired. Vents are disposed within the projectile and are in communication with the rocket motor and the. However, it is sometimes useful and does not cause damage when the bubbles collapse away from machinery, such as in supercavitation. The VA-111 Shkval (from шквал, squall) torpedo and its descendants are supercavitating torpedoes originally developed by the Soviet Union. Rocket propulsion has been implemented successfully by the Soviet Union, for example in the VA-111 Shkval—and has. Why use Torpedo when you have true supercavitating bullets? In the underwater world, a torpedo is a truly invincible weapon. But if you have to use a weapon for both air and underwater, a torpedo is a bad choice. I came across an interesting question in Quora lately Like any weapon, there are drawbacks. For one, the gas bubble and the rocket engine are very noisy. Any submarine that launches a supercavitating torpedo will instantly give away its approximate position. That having been said, such a fast-moving weapon could conceivably destroy the enemy before it has time to act on the information, as the enemy suddenly has a both an enemy submarine and a. MADEX 2017: South Korea Developing a Supercavitating Torpedo At MADEX 2017, the International Maritime Defense Industry Exhibition held in October 2017 in Busan, South Korea's Agency for Defense Development (ADD) stand was featuring a supercavitating underwater test vehicle

The VA-111 Shkval (from Russian: шквал — squall) torpedo and its descendants are supercavitating torpedoes developed by the Soviet Union. They are capable of speeds in excess of 200 knots (370 km/h) However, the supercavitating torpedo may also be travelling fast enough to give its intended victim much less time to take effective countermeasures. A drawback that had been pointed out in several articles is that the Shkval and its peers only have ranges of several kilometers, whereas a number of modern torpedoes, like the US Mark 48, has a range of over 30 nautical miles In April 2006 Iran conducted a series of military exercises in the Strait of Hormuz.Iran claimed to successfully test the world's fastest underwater torpedo, called the Hoot. The Hoot is a supercavitating torpedo with a special nose designed to reduce its drag and increase its speed.[ii] Virtually undetectable to ships' radar systems,[iii] a supercavitating torpedo allegedly achieves. In fact, the torpedo is so big it can be carried only by specially modified submarines. which is a form of propulsion that would not work within the gas cavity around a supercavitating torpedo

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Russian super weapon wrongly reported as Supercavitating Poseidon Intercontinental Nuclear-armed Autonomous Torpedo Russian state news agency TASS has recently reported that the Poseidon weapon uses supercavitation, and claimed a maximum speed in excess of 200 kmph (108 knots) The Russians have had a supercavitating torpedo, the Shkval VA-111, in active service since the 1990s. The 6,000-pound weapon launches from its torpedo tube at more than 50 mph,. For several years, the United States Navy has supported basic research and development involving supercavitating high-speed bodies. Under this program, the theory of high-Mach-number underwater flows has been investigated and first-principles modeling of cavity development and body dynamics have been addressed. To complement these analytical efforts, a sophisticated experimental program has. Why doesn't the US Navy have supercavitating torpedoes? The Russians have one, the shkval I/II, and actually the Iranians have one, a copied version called the hoot, or whale, even though the Russians claim it cannot be reversed engineered. The Russian Navy is the primary user of the Shkval. A downgraded Shkval, the Shkval-E went to an international arms fairs in 1995, and both China, Iran and. One of the most innovative underwater weapons developed by the Soviet Union was the VA-111 Shkval (Squall) supercavitating torpedo. Highly classified, Shkval was virtually unknown before the end of the Cold War and only became common knowledge in the mid-1990s

Penguins fly underwater like supercavitating rocket torpedoes. As you can see at the end of the vid below, as the penguins head for the surface at high speed, and by the 1970s they were field testing a rocket-powered torpedo called the Shkval that encased itself in a gas bubble to allow for underwater speeds of over 230 miles per hour design of a supercavitating torpedo. It is considered to be somewhat crude and unrefined because it is unguided, it can only travel along a straight trajectory and it has a range of about 5 miles. There are no control surfaces on the torpedo and only warhead detonation 2 This page was last edited on 7 January 2019, at 02:09. Files are available under licenses specified on their description page. All structured data from the file and property namespaces is available under the Creative Commons CC0 License; all unstructured text is available under the Creative Commons Attribution-ShareAlike License; additional terms may apply The Russian VA-111 Shkval supercavitating torpedo is an example of a rocket propulsion application. Rocket propulsion has been implemented successfully by the Soviet Union, for example in the VA-111 Shkval—and has been recently revived in Russian and German torpedoes, as it is especially suitable for supercavitating devices Supercavitating, rocket-powered torpedo (red) travelling through the sea in a bubble of its own creation. The flattened nose creates areas of very low pressure that result in bubbles (cavities). When these merge into a bubble that encloses the projectile, it is called supercavitation. Gas is expelled at the nose to help with the bubble creation. The cavity (containing water vapour.

Supercavitating torpedo can break the speed barrier and attain higher speed. But supercavitating phenomenon has its drawbacks which present challenges in modeling and control a supercavitating torpedo. Firstly, in this thesis, modeling and designing a controller to maneuver of a supercavitating torpedo is presented Today we are all familiar with the Russian VA-111 'Shkval' supercavitating torpedo. The best that Soviet engineers could manage was pedestrian 230mph (200kts) for about 10 miles. So imagine sitting inside a one-man midget submarine averaging 300mph for thousands of miles,. In 2004, German weapons manufacturer Diehl BGT Defence announced their own supercavitating torpedo, Barracuda, now officially named Superkavitierender Unterwasserlaufkörper or supercavitating underwater running body (English translation). According to Diehl, it reaches more than 400 kilometres per hour (250 mph). [4

The allure of supercavitating torpedoes - Naval Technolog

Rather than push conventional torpedo technology a bit further, the Soviets decided to try to leapfrog the Americans with a radical solution. The problem holding back ordinary torpedoes was drag In 2005, Germany announced the development of the Barracuda supercavitating torpedo with a speed of 400 km/h, and, two years ago, the Iranian chief of naval operations mentioned a torpedo travelling at 320 km/h. However, these are not weapons ready for combat, rather prototypes undergoing the trials

A gamechanger weapon: Supercavitating Torpedo - Naval Pos

Rocket propulsion can be used for sustained operation, with the possibility of tapping high pressure gas to route to the object's nose in order to enhance the cavitation bubble. An example of rocket propulsion is the Russian VA-111 Shkval supercavitating torpedo Innovative maritime applications are possible using MEA. This product transforms the possibilities for supercavitating projectiles, with greater stability in air thanks to spin-stabilisation and full or near full-calibre rounds, Mine Counter Measures (MCM), and torpedo defence solutions are now real options The research led to the construction of underwater supercavitating rifles for use by elite Russian Spetznaz troops, and in the mid 1970's to the creation of the worlds first supercavitating torpedo. First appearing in 1977, the original VA-111 Shkval is some 26 ft (8 m) long and is thought to have a range of around 5 miles (8 kms)

Supercavitating flow interacting with a pressure wave In this case, the supercavitation bubble impacted by a pressure wave is numerically investigated. Initially, a blunt head cylinder with radius of 10 mm is immersed in a uniform water flow at pressure of 105Pa and velocity of 100 m/s. The cylinder is at the angle of attack of 0 Alyanak et al. presented the optimal structural configuration for a supercavitating torpedo using both radial and longitudinal stiffeners. The optimal stiffener dimensions were presented, along with the optimal number of each kind. However, the overall torpedo dimensions were constant, and the model was a simple cylinder with a conical nose

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Video: Supercavitating Torpedo - The fastest torpedo ever

7-barrel Torpedo Launcher; The GOOhN featured two 533mm 7-tube torpedo launchers on its arm. These torpedoes are rocket-propelled and can be used on land and in the sea. The torpedo launchers can be used in MS mode or Cruising mode. 1030mm Mk.70 Supercavitating Torpedo; A type of torpedo larger and faster than normal ones Boat. not Torpedo. Carrying a pair of torpedos in the water with supercavitating propellers on the front does not mean the boats supercavitate. Claiming a catamaran can go through the water would require more than just the torpedos to supercavitate. RTFA

Optimum design of a supercavitating torpedo considering

Supercavitating torpedo technology faces an uncertain future in the post- Cold War period. German manufacturer Diehl-BGT worked on a hybrid, surface-submarine launched supercavitating weapon in the early 2000s, but the project apparently did not make it past the prototype stage Variable Shape Cavitator Design for a Supercavitating Torpedo. Overview of the ONR Supercavitating High-Speed Bodies Program. Kam Ng; AIAA Guidance, Navigation, and Control Conference and Exhibit June 2012. 10th AIAA/ISSMO Multidisciplinary Analysis and Optimization Conference Caleb Larson Security, Just ask Germany. The German Supertorpedo In the 2000s, a German firm developed a torpedo that was faster than high-speed trains A German company supposedly tested a 500 mph (800 kph) version of a supercavitating torpedo [the Barracuda] in 2005. The supercavitating underwater missile is a technology demonstration program for close-in defence against underwater targets. It is equipped with a solid-propellant rocket motor,.

As the torpedo advances, it continues to vaporize the water in front of it, creating a thin bubble of gas. Travelling through the gas, the torpedo finds much less drag, which allows it to move at speeds of up to 200 knots. This process is known as supercavitation nationalinterest.org - This Russian torpedo is unique and the fastest in the world.Key point: If close enough, this speedy weapon could take out an enemy warship with great Putin's Secret Weapon: Russia's 200 Knot Supercavitating Torpedoes - Flipboar

Supercavitating torpedo; Related Research Articles. Cavitation is a phenomenon in which rapid changes of pressure in a liquid lead to the formation of small vapor-filled cavities in places where the pressure is relatively low. A hydrofoil is a lifting surface, or foil, that operates in water Explore Supercavitation with Free Download of Seminar Report and PPT in PDF and DOC Format. Also Explore the Seminar Topics Paper on Supercavitation with Abstract or Synopsis, Documentation on Advantages and Disadvantages, Base Paper Presentation Slides for IEEE Final Year Mechanical Engineering ME or Production Automobile Students for the year 2019 2020 Hydrodynamics of Supercavitating Bodies at an Angle of Attacks under Conditions of Considerable Effect of Fluid Weightiness and Closeness of Free Border V. Kochin1, V. Moroz1, V. Serebryakov1, and N. Nechitailo2 1. Institute of Hydromechanics of National Academy of Sciences 8/4 Zheliabov Str., 03680 Kiev, Ukraine 2

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The supercavitating torpedo had a high speed, so its ability to turn was poor. Using this weakness, Mark 55 could catch the supercavitating torpedo by spraying underwater bombs like a net. Twenty-four medium and large Mark 55 interceptor torpedoes, reaching 8m, were launched. Soon, they launched underwater bombs to where the Black Shark. The Barracuda is a supercavitating torpedo that has been under development by Diehl BGT Defence in Germany. The weapon is designed as a close-in defense against underwater threats. Diehl BGT Defence has designated the program the Superkavitierender Unterwasserlaufkorper,or supercavitating underwater running object Appears 230mph super-torpedo tech is making comeback. Dr. Gareth Evans, Naval Technology 20 June 2017 Alongside directed energy weapons and electromagnetic rail guns, supercavitating torpedoes repeatedly feature at the top of the wish list of must-have capabilities for any self-respecting navy of the future - and it is easy to see why Supercavitation has its drawbacks. It is really hard to control and maneuver a supercavitating vehicle. The first part of this work deals with modeling of a supercavitating torpedo. Nonlinear equations of motion are derived in detail. The latter part of the work deals with finding inner-loop controllers to maneuver the torpedo In theory, a supercavitating vessel could reach the speed of sound underwater, or about 5,800km/h, which would reduce the journey time for a transatlantic underwater cruise to less than an hour, and for a transpacific journey to about 100 minutes, according to a report by California Institute of Technology in 2001

How ships of the future could sail on bubble tunnel; - CNN

The torpedo warning system is towed behind the ship. When the TWS detects an enemy weapon an operator on the ship decides whether or not to launch the CAT, NAVSEA told USNI News The VA-111 Shkval (from Russian: шквал — squall) torpedo and its descendants are supercavitating torpedoes originally developed by the Soviet Union. They are capable of speeds in excess of 200 knots (370 km/h or 230 miles/h). Our Torpedo: Japan Quartz with Sweep Second, Domed Mineral Crystal Lens, Luminous Dial, Hand Facing the daily intelligentized contrail guided torpedo and mine, the small caliber supercavitation projectile technology has provided a new method for the short-range defense of surface vessel. As the nature supercavition projectile is a kind of uncontrolled, unpowered underwater weapon, the formation and stability of cavitation are more significative for performing the properties of projectile Supercavitation is the use of cavitation effects to create a bubble of gas inside a liquid large enough to encompass an object traveling through the liquid, greatly reducing the skin friction drag on the object and enabling achievement of very high speeds. Current applications are mainly limited to projectiles or very fast torpedoes, but in principle the technique could be extended to include. In 2004, Germany weapons manufacturer Diehl BGT Defence announced their own supercavitating torpedo, the Barracuda, now officially named Superkavitierender Unterwasserlaufkörper (English: supercavitating underwater running body). According to Diehl, it reaches speeds greater than 400 kilometres per hour (250 mph)


This collection is dedicated to the 70th jubilee of Yu. N. Savchenko, and presents experimental, theoretical, and numerical investigations written by an international group of well-known authors Medien in der Kategorie VA-111 Shkval Folgende 9 Dateien sind in dieser Kategorie, von 9 insgesamt

Supercavitation - Wikipedi

A boat is copying the tech behind a super-fast Russian torpedo by riding a foam tunnel through the water. A U.S. boat builder has designed a supercavitating vessel it aims to sell to the navy Issuu is a digital publishing platform that makes it simple to publish magazines, catalogs, newspapers, books, and more online. Easily share your publications and get them in front of Issuu's.

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