The B-2 is not made for war. It takes way too many hours technical, specialized maintenance for each hour it is airborne. Something like each flight results in a week of maintenance. Plus we don’t have a lot of B2’s in our stable. Loses taken in any conflict that lady more than a month would quickly diminish the B2’s to a token force which it pretty much already is. Then comes the cost and difficulty that comes with trying to replace any. I think the way to go is a couple planes that stand way off and control two two drone teams each. The drones can do maneuvers humans can’t. No need for the systems a pilot requires is another benefit. With the drones sensors, the drone launched drone sensors, the control plane sensors, and EWACs sensors all networked would be formidable. If any ordnance launched from any vehicle can be guided via the overall battle net new forms of combat along with new tactics result.
@@michaelruther9175 it can be found on radar. The people that maintain it call it a hanger do to every B2 needing several to tens of hours of involved, detailed, and costly maintenance for every single hour it is in operation. If this maintenance lags the stealth quality degrades. One of the maintenance tasks is a “stealth putty/caulk” that starts blowing off from the very moment it takes to flight which means it’s radar cross section increases with as it operates. Also, the heat signature may be dealt with some, but it still has a very clear IR signature that can be picked up from the rear at ranges that allow enemies to eliminate the B2 before reaching target. Our stealth aircraft is the main reason Russian and Chinese planes feature IR sensors facing forward. The B2 is slow as pouring a cold jar of coal pitch. Drones can fly longer, be smaller, pull G’s humans can’t, take risks humans shouldn’t, and won’t lose a highly trained individual who can provide intelligence to enemies that a drone can’t, and a drone does not take years and millions to train and does not cost the billions a B2’s purchase price is.
@@211212112 I worked with Northrop years ago. The company did a radar return test. It would show up on radar at about 20 miles, which would be too late to respond with getting a fighter jet into the air. ✌️
One of these would look good flying over Putin's "secret" mansion.
KingDom Khmer love ✈ B2😍
🙏✈🙏😉
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so beautifully black B-2s...
keep up america can make it more B-2s planes
Kool 👍
Tập chân chân bị nguồn lực
The B-2 is not made for war. It takes way too many hours technical, specialized maintenance for each hour it is airborne. Something like each flight results in a week of maintenance. Plus we don’t have a lot of B2’s in our stable. Loses taken in any conflict that lady more than a month would quickly diminish the B2’s to a token force which it pretty much already is. Then comes the cost and difficulty that comes with trying to replace any. I think the way to go is a couple planes that stand way off and control two two drone teams each. The drones can do maneuvers humans can’t. No need for the systems a pilot requires is another benefit. With the drones sensors, the drone launched drone sensors, the control plane sensors, and EWACs sensors all networked would be formidable. If any ordnance launched from any vehicle can be guided via the overall battle net new forms of combat along with new tactics result.
If not for what the hell is it for?
The stealth bomber will go more than half way around the world and deliver a bomb load without being found on radar. No drone can do that.
@@08grampa profit
@@michaelruther9175 it can be found on radar. The people that maintain it call it a hanger do to every B2 needing several to tens of hours of involved, detailed, and costly maintenance for every single hour it is in operation. If this maintenance lags the stealth quality degrades. One of the maintenance tasks is a “stealth putty/caulk” that starts blowing off from the very moment it takes to flight which means it’s radar cross section increases with as it operates. Also, the heat signature may be dealt with some, but it still has a very clear IR signature that can be picked up from the rear at ranges that allow enemies to eliminate the B2 before reaching target. Our stealth aircraft is the main reason Russian and Chinese planes feature IR sensors facing forward. The B2 is slow as pouring a cold jar of coal pitch. Drones can fly longer, be smaller, pull G’s humans can’t, take risks humans shouldn’t, and won’t lose a highly trained individual who can provide intelligence to enemies that a drone can’t, and a drone does not take years and millions to train and does not cost the billions a B2’s purchase price is.
@@211212112 I worked with Northrop years ago. The company did a radar return test. It would show up on radar at about 20 miles, which would be too late to respond with getting a fighter jet into the air. ✌️
is it true that they fly 90% simulator because operating the B2 is so expensive ?
Compared to this most russian stuff looks like toys
hi B...
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why complain in here comment about a word '' E X - V E ''...
not important a word
فاته الزمن عندا روسيا والصين
تخلعوا بيها الدوال العربية و
💙
👍👍👍
DRDO SHOULD MAKE FOUR OR FIVE B2 BOMBER
🚩
Arakan
Tekrar havalaniniz
🧐
김승남
Unfortunately aircraft