Bullet spins like a top - Visual illustration of the gyroscopic stabilization of bullets
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- Опубликовано: 9 апр 2024
- The magnificient and deadly dance of bullets. Their spin imparts a gyroscopical stabilization to them, which allows them to travel faster and more precisely to their targets. The stabiliting effects of the spin is desgined to prevent the bullet from losing its stability in flight. One it penetrates a more viscious environment than air, such as water or a human body, the spin is no longer sufficient to keep the bullet stable.
A Crocodile Tear Productions video
Music: "The other side of the door", Kevin MacLeod (incompetech.com)
Licensed under Creative Commons: By Attribution 4.0 License creativecommons.org/licenses/b...
rifle - pistol - assault rifle - ammunition - rifling - spinning - stabilization - gyroscope - WWII - world war II - victims - WWII -1944 - gunshot injuries - bullet wounds - cartridge - casing - .45 caliber - 11.43mm - calibre -physics demonstration - firing range - firearm - gyroscopical - spinning - 
Развлечения
Yes they do , with a twist of the land's and grooves ! 🤨🥴
Interestingly enough if you fire a pistol at a frozen lake at the right angle, the bullet will actually bounce straight up and then begin to spin like a supersonic top on the ice. Its pretty amazing to see.
Thank you Jean-Loup. Whenever you make it to Seattle, there’s a meal and cold beverage waiting for you! 🍻 🍽️
Thank you.
@@CrocodileTearstay away from Seattle! 🤮
@@adrielburned6924 What is wrong with Seattle?
Simply explained , well done 😊
The end flights of an arrow do the same, adds spin to the shaft. A hard spinning shaft always gets the job done.
They’re called fletchings, also arrows wobble quite substantially during flight, fun fact lol.
No. Arrows don't primarily rely on spin and you don't want them to spin as it reduces range. Bullets use gyroscopic forces to stabilize an object with the center of aerodynamic force in front of the center of gravity. An arrow has a heavy tip and light feathers at the rear. The former shifts COG forward, the later shifts the center of forces back, until they cross and the arrow becomes stable. If you try to use a stick without a tip or feathers, it will just tumble.
If you want to know if a projectile can rely on aerodynamic stability or needs spin, fix a string to its balance point and spin it through the air. If the nose moves into the wind, it's stable, if not, it needs spin stabilization.
Hey. I have a small question. Do you ever do diggings near Odessa? My great grandfather fought in the romanian army and died from a shell hitting him but we never got his body back. If u did diggings there did u find any bodies?
No, but there are surely ukranian digging groups operating there
Prime reason why barrels tend to have rifling to increase or help the gyroscopic spin of the bullet as it exits the chamber.
It’s the only reason…
That's a big one.
Trop d'la balle :)
Ca donne envie de rouler de grosses pelles ruclips.net/video/ui7_5TxxhTM/видео.html
i just read an article about your work in gaza (la times)
i am a dietician and will be studying medicine next year and i hope i will be able to specialise in forensic medicine some day. imo it's the most interesting field.
just wondering if you have any videos regarding your work in medicine?
Hi. No, I have never made any videos about medicine for the moment because then my hospital would probably get involved and want to control what I say and make sure my words correspond to the image they want to project, etc.
@@CrocodileTear
oh i understand 100%, sounds similar to the teaching hospital i currently work at lol
anyyyyways thanks for your videos :)
Beautyful? Is that British English? Kind of like colour vs color? 😂😂😊😊😊
I guess that would be French Canadian 😄?