The weakness of the Storm torpedo? The principle of the Buran torpedo

I'm the landlord, and due to the word limit, I'm here to reply to the 4th floor. Do you know how to kill Storm in **? The effect of shooting a normal torpedo in the direction of the storm and detonating it when it gets close is that I wonder if this is really possible.

For the 4th floor, I have questions about each of them: 1, the bubble is not his Achilles' heel here, his weakness is that he is too fast, once the speed direction of the torpedo itself deviates due to the agitation of the water flow in the surrounding space, is such a speed of the water flow enough to dismember him? Ever seen a shell fall into the water?

I think it's possible! Can anyone have a physical formula to prove it? Also, is this deviation enough to reduce its hit rate?

Because of the reason for his poor guidance capabilities. 2. You say that the reaction time is not enough, but ** is like this: let the submarine move slowly in the direction where the torpedo came from (you ask me how to turn in 60 seconds?)

Didn't the enemy submarine expose itself long before it came into range? Then turn off the engine to launch the torpedo, use the recoil of the torpedo to stop yourself, and urgently drain the water at the moment of detonation, because the submarine is near the center, although there will be a strong vibration, but a large number of bubbles generated by the ** will hide the whereabouts of the submarine, and the emergency drainage has the effect of evading! With such poor guidance capabilities and such a short distance, the storm should be uncured, right?

Then there is the counterattack, where the submarine comes to the surface before the bubble disappears and launches an auto-homing anti-submarine missile! Enemy submarines within 8 kilometers and have already exposed their direction may not be able to escape, right? In the process, our side's whereabouts were completely hidden after the torpedo was launched, and even the final counterattack was carried out by the missiles independently.

The point here is that the submarine should be as close to the center as possible! 3. How to find out? How do you know it's a storm?

Distances up to 8 km, speeds of 100 meters per second, and more! The loading and activation of the Storm is significantly different from the sound of other torpedoes (because it is very noisy), and the reason why the United States sank the Kursk was because the loading sound of the Storm was detected, and there were no other targets within 8 kilometers.

The so-called Storm torpedoes were never equipped with troops and, most likely, there was no real production at all. Supercavitation technology is promising, but it is not possible to put it into practice now. Not to mention more than 20 years ago.

The Soviets didn't boast about it, he forgot to say that this kind of thing is actually a torpedo that flies all the time, and it can't be guided at all.

The weak point of the Storm torpedo was that the range was too close.

The range of the Buran torpedo is only 7-10 km.

The British sailfish torpedo had a low-speed range of 40 km.

American MK48 torpedoes have a range of 46 km.

So the United States never took the Buran torpedo to heart.

Do you know what the anti-submarine radius of the aircraft carrier is? ~

The Tempest is for submarines!

It can only be sailed directly, and loud noise is the Achilles heel of the storm torpedo.

Returning to the landlord: Yes, it's better that the torpedo warhead is bigger.

Poor concealment is also his fatal flaw.

A cross-sectional view of the principle of the Buran torpedo is shown in the atlas. Around the main rocket engine on the central shaft of the rear of the torpedo there are nozzles of 8 small rocket engines, on which thrust vector control can be implemented on the thrust of 8 small rocket engines and the position of 2 or 4 of them. With 8 folding brake arms protruding from the side of the torpedo casing, only a few of them can be extended to control the direction of the torpedo's travel.

The phenomenon of super cavitation has aroused widespread interest among military experts.

The "Buran" torpedo was developed by the Ukrainian Institute of Liquid Mechanics and is meters long and weighs 2697 kilograms. The casing tapered from the tail to the head, the head part is the warhead, and in the center of the tail is a large-bore solid rocket engine nozzle, surrounded by 8 small starting rocket nozzles, which accelerate the blizzard to supercavitation speed, and then the main engine begins to work. There is also a guidance spool in the tail section, which releases the wire when the torpedo is navigating in the water, which is used to control the movement of the torpedo and the detonation of the warhead.

The head of the torpedo is an extremely important cavitation generator, which is in the form of a circular or elliptical flat plate, tilted forward into an "angle of attack" to create lift that supports the front of the mine. There are 4 pop-up sliders at 2 3 places from the head, which form a certain angle backwards, close to the inner wall of the air pocket, and support the rear of the thunder body to swing in the air pocket.

The "Tempest" torpedo is a supercavitating torpedo with a body length of meters, a diameter of 533 mm, a weight of 2600 kg, a warhead charge of 250 kg, a speed of 200 knots, a range of 15000 meters, and a maximum depth of 400 meters. The torpedo body gradually thickens from head to tail, the head part is the warhead, the tail part is the engine, the tail part is the rocket engine nozzle in the center of the tail, and there are 8 small starting rockets around it.