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Breaking: B-21 Bomber takes flight

Let us see.

F-117A (Sortie – Engaged – Loss) ratio in Operation Allied Force = 743 – 2 – 1

F-117A = 2nd generation stealth in American terms with limited sensor systems and without EW capabilities

B-2A (Sortie – Engaged – Loss) ratio in Operation Allied Force = 49 – 0 – 0

B-2A = 4th generation stealth in American terms with significant sensor systems and EW capabilities

Yugoslavian air defenses were able to shoot down only 2 combat aircraft of NATO in Operation Allied Force (F-117A = 1; F-16A Block 15 = 1). B-2A delivered significant blows to Yugoslavian air defenses and made it much safer for the other aircraft to operate over the country by extension:

During Allied Force, the air war over Serbia, six B-2s conducted 45 sorties out of 9,211 Air Force fighter and bomber sorties in the entire war—less than a half of one percent—but they struck 33 percent of the targets in the first eight weeks of combat.

1KU0c4J.png


B-2A is capable of penetrating an IMAD setup while passing through:

Conventional-vs-Stealth.png


Source: The Radar Game: Understanding Stealth and Aircraft Survivability.


Geometric shaping of B-2A is a nearly perfect radar waves deflecting mechanism and VLO in true sense of the word because even the fuselage and tail fins are eliminated altogether. B-2A also features substantial amount of radar waves absorbing materials within the frame. Even the engines are completely buried within the frame and exhaust systems are located on the top. Sheer size of the aircraft provided sufficient room to accommodate incredible stealthy characteristics. B-2A ticks all the boxes of frustrating detection possibilities with a radar system (or even a network of radar systems) across a number of bands including VHF because its returns are weak even in the Mie or Rayleigh region where resonance effects are more pronounced. The upcoming B-21 Raider expands on this incredible design yet further, and to what extent would be an understatement.

B-2A makes it possible to attack, degrade, and destroy increasingly sophisticated defenses and infrastructure of a region in limited sorties. To bomb a country back to the stone age if necessary.

View attachment 988148

This comparison shows that just two B-2A are sufficient to produce "battlefield effects" that would take multiple aircraft to replicate otherwise. And there is no need to use refueling tankers for B-2A.

- Costs are reduced.
- Complexity is reduced.
- Probability of suffering losses is reduced.

I don't have to read the brochure, mate! Obviously, the Yanks are going to thump their chest like a bunch of primates and claim it to be the greatest thing since sliced bread!

It's all military propaganda.

Now, I'm no "war tactician" or whatever but from what I can tell, they'd have been much better off spending B-21's enormous R&D budget on hypersonic ICBMs or something which, for all intents and purposes, are un-interceptable by conventional means.

Even their fleet of fancy aircraft carriers is at the mercy of 'Mother' Russia and China's hypersonic missile systems, like the Avangard and DF-27s, both of which can carry tactical nukes.
 
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No idea why Yanks have a hard-on for flying wing aircrafts. Even Nazis ditched them due to their instability and lack of air maneuverability. These things are essentially sitting ducks, once detected, so everything rides on their stealth capabilities.

Speaking of which, the 'stealth' capabilities of these types of aircrafts isn't exactly foolproof. Yugoslavian army was able to detect an F-117 - a so called "stealth bomber" - with their obsolete Soveit-era long wavelength radar, which was later shot down. From what I'm seeing, the 'Yugos' pinpointed its located the moment it opened its bomb bays:



At over half a billion dollar a pop, I doubt the USAF would risk deploying these fancy B-21s in hairy situations. Plus, it'd be a one-way trip, if the 1999's incident was any indicator!

Also, multi-static radar systems are a thing (the reason Yanks ditched the F-117 in the first place, thought they won't admit it) and a country like China can surely afford a couple of 'em!
Something you don't know about F-117 shot down.

The manage to detect it because they literally able to see it as the F-117A had been flying sorties over the same area numerous of time, and the Slav had positioned asset in the area just basically waiting on the F-117A to appear. However, they still would not be able to shoot it down except for that fact that Zelko (the pilot of the F-117A) open the bomb bay door and prepare to drop the ordinant at the same time Col Dani power up his SA-3, that give the SA-3 a window to put a firing solution in, and that's how that F-117A was shot down.

 
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Let us see.

F-117A (Sortie – Engaged – Loss) ratio in Operation Allied Force = 743 – 2 – 1

F-117A = 2nd generation stealth in American terms with limited sensor systems and without EW capabilities

B-2A (Sortie – Engaged – Loss) ratio in Operation Allied Force = 49 – 0 – 0

B-2A = 4th generation stealth in American terms with significant sensor systems and EW capabilities

Yugoslavian air defenses were able to shoot down only 2 combat aircraft of NATO in Operation Allied Force (F-117A = 1; F-16A Block 15 = 1). B-2A delivered significant blows to Yugoslavian air defenses and made it much safer for the other aircraft to operate over the country by extension:

During Allied Force, the air war over Serbia, six B-2s conducted 45 sorties out of 9,211 Air Force fighter and bomber sorties in the entire war—less than a half of one percent—but they struck 33 percent of the targets in the first eight weeks of combat.

1KU0c4J.png


B-2A is capable of penetrating an IMAD setup while passing through:

Conventional-vs-Stealth.png


Source: The Radar Game: Understanding Stealth and Aircraft Survivability.


Geometric shaping of B-2A is a nearly perfect radar waves deflecting mechanism and VLO in true sense of the word because even the fuselage and tail fins are eliminated altogether. B-2A also features substantial amount of radar waves absorbing materials within the frame. Even the engines are completely buried within the frame and exhaust systems are located on the top. Sheer size of the aircraft provided sufficient room to accommodate incredible stealthy characteristics. B-2A ticks all the boxes of frustrating detection possibilities with a radar system (or even a network of radar systems) across a number of bands including VHF because its returns are weak even in the Mie or Rayleigh region where resonance effects are more pronounced. The upcoming B-21 Raider expands on this incredible design yet further, and to what extent would be an understatement.

B-2A makes it possible to attack, degrade, and destroy increasingly sophisticated defenses and infrastructure of a region in limited sorties. To bomb a country back to the stone age if necessary.

View attachment 988148

This comparison shows that just two B-2A are sufficient to produce "battlefield effects" that would take multiple aircraft to replicate otherwise. And there is no need to use refueling tankers for B-2A.

- Costs are reduced.
- Complexity is reduced.
- Probability of suffering losses is reduced.
lol, this is similar to the effect of "Artillery and MLRS" is mature to a point where they can attack target and affect a wide range of area. Then why army still needs tanks........These type of question are most frequently asked by people who have no idea how military actually works.

Why? Because it gives you another dimension of attack, it gives your enemy something else to think about. Your problem started to explode expediently when you introduce one more variable into the equation, instead of needing to take care of US fixed ICBM base, and their sub launch fleet, you also need to think about how to defend a B-2/B-21 strike. And in case of a first strike against US military, you need to shred your force to include these long range bomber base as one of the factors. And that mean you dilute your force.

And everytime when you have to dilute your force, that's go against your capability.
 
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I don't have to read the brochure, mate! Obviously, the Yanks are going to thump their chest like a bunch of primates and claim it to be the greatest thing since sliced bread!

It's all military propaganda.

Now, I'm no "war tactician" or whatever but from what I can tell, they'd have been much better off spending B-21's enormous R&D budget on hypersonic ICBMs or something which, for all intents and purposes, are un-interceptable by conventional means.

Even their fleet of fancy aircraft carriers is at the mercy of 'Mother' Russia and China's hypersonic missile systems, like the Avangard and DF-27s, both of which can carry tactical nukes.

Why don't you sell all your military equipment and just invest in missiles since you somehow think that will solve every military situation.
 
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Has not helped Russia significantly in Ukraine…
It's predecessor the B2's only claim to fame besides exorbitant cost, half a billion a pop is bombing some sandal wearing half starving farmer carrying a 70 year old rifle.

In near peer adversary air space, it will be a sitting duck
 
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Due to advancements in radar technology, early warning satellites, AI and super computing, i would be very reluctant to put my eggs in a subsonic system like the B-21, especially for nuclear delivery element.
My man what would you put your money in then lol?
In another thread I saw your comment stating that carrier fleets are getting redundant, now b21 bombers are redundant. The Chinese air defence in Pakistan couldn't stop brahmos, b21 plays in a different field.
 
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It's predecessor the B2's only claim to fame besides exorbitant cost, half a billion a pop is bombing some sandal wearing half starving farmer carrying a 70 year old rifle.

In near peer adversary air space, it will be a sitting duck

..and what bomber in the World's current inventories would be a better plan?

If you can't name one then sit down. No use standing up and criticizing if you can't name a better alternative plan. Having something is better than your nothing.
 
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