Couple of selected quotes from the article:![]()
At the top of this list should be the long-range missile system called ATACMS. It fires missiles that can travel nearly 200 miles and would thus allow Ukrainian forces to attack Russian airfields and ammunition sites in Crimea and elsewhere that are now out of range and offer sanctuary for Russian soldiers using long-range weapons to attack Ukrainian towns.
First the author opines that russian airfield used to attack Ukrainian towns located elsewere (read inside russia) should be legit target for Ukraine while using US weapons.Eventually, either in later stages of this war or for enhanced deterrence after the war, Ukraine’s air force will need to switch from Soviet- or Russian-made planes to U.S. fighter aircraft. In return for receiving these weapons, Ukrainian President Volodymyr Zelenskyy could sign a legally binding agreement to not use these weapons to strike targets inside Russia.
Talking about drones:
With my language skills as a foreigner, the correct answer is all of them. Because tanker crew in my uninformed opinion refers to ship crews, like those manning oil tankers, and none of them is forced to steer the ship into a war zone.Which tanker crews have a choice?
I would assume it would depend with survival rate of the infantry, statistics varying far more (anything between 0% and 100%) than for the tank crew.I'm baffled why, given modern anti-tank weapons, anyone with a choice can be persuaded to lock themselves into one on a battlefield. Risk is one thing but it's also the apparent lack of agency that would drive me crazy. I have read that in WWII, proportionally more tank crew survived than infantry. Would that still be true?
lolWith my language skills as a foreigner, the correct answer is all of them. Because tanker crew in my uninformed opinion refers to ship crews, like those manning oil tankers, and none of them is forced to steer the ship into a war zone.
Tank crews would be another matter. No choice being given for them at least after they have been trained for that position, might be different before training.
So the Americans failed in Afghanistan, before them so did the Soviets and before them the Brits ... going back to Alexander. Afghanistan is a good place to find failure.
Timing for one, ATACMS can be active next week, planes takes months at least.Go figure how that would work.
No, Alexander succeeded in Afghanistan. His policy was to kill all men over 5 and under 60, unless they joined his army... which he then marched into India.So the Americans failed in Afghanistan, before them so did the Soviets and before them the Brits ... going back to Alexander. Afghanistan is a good place to find failure.
Read a book called “Tip Of The Spear” about front line fighters in WWII. This topic was of substantial interest to me at the time as despite being Airborne & Ranger Infantry qualified, I was branched into Armored Cavalry.I'm baffled why, given modern anti-tank weapons, anyone with a choice can be persuaded to lock themselves into one on a battlefield. Risk is one thing but it's also the apparent lack of agency that would drive me crazy. I have read that in WWII, proportionally more tank crew survived than infantry. Would that still be true?
You a DAT?Never heard of HVAPDS rounds made of steel before, only depleted uranium or tungsten (also known as wolfram), both having more than double the density of steel, allowing less diameter for the same mass and length, thus focusing the impact for less target area for better penetration. Is steel for that kind of use something that belongs to the history rather than present time?
A shaped charge forms copper in a solid state by explosives to form a thin high velocity projectile. It's not even melted to liquid, not vaporized to gaseous form, and most certainly not even anywhere close to temperatures where a gaseous form of hot copper would become a plasma. Thus it does not melt through any armor, just penetrating through like any high velocity impact would. The change of shape of the copper during the penetration does heat it up more than the forming explosion in to liquid state, and melts the copper afterwards, leaving some marks of melted armor in to the hole it already created.
The problem with ceramics is it brakes up by the first impact, allowing second impact to penetrate if hit at the same damaged area before it is fixed. A metal armor would absorb the projectile making it part of the armor if it's thick enough to prevent a penetration. The advantage of using ceramics is significantly lighter weight than an all metal armor capable of the same protection level.
EDIT: added a link and a quote for well sourced facts.
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Shaped charge - Wikipedia
en.wikipedia.org