SR-72 Hypersonic Strike Aircraft Reveled
http://theaviationist.com/2013/11/01/sr-72-unveiled/#.UnPKTRD9Uep
www.aviationweek.com/Article.aspx?id=/article-xml/awx_11_01_2013_p0-632731.xml&p=1
And thats why I think its time for MIG-32Austin wrote:Seems like Russian Air Defence Radars and SAM will have new challenges in decades ahead
SR-72 Hypersonic Strike Aircraft Reveled
http://theaviationist.com/2013/11/01/sr-72-unveiled/#.UnPKTRD9Uep
www.aviationweek.com/Article.aspx?id=/article-xml/awx_11_01_2013_p0-632731.xml&p=1
Austin wrote:Seems like Russian Air Defence Radars and SAM will have new challenges in decades ahead
SR-72 Hypersonic Strike Aircraft Reveled
http://theaviationist.com/2013/11/01/sr-72-unveiled/#.UnPKTRD9Uep
www.aviationweek.com/Article.aspx?id=/article-xml/awx_11_01_2013_p0-632731.xml&p=1
I dont get what you say Mindstorm.Mindstorm wrote:Aviationweek's level of information's control and accuracy has gone truly down vertically in the latest years .![]()
That for not say that ,some decades ago, "smoke and mirror" capabilities of US operatives was without any doubt immensely better than today.......in particular when the aim was to divert or conceal the true direction followed in the most strategically important military development programs........what a shame.
I agree... most of their VHS AESA ground based systems are designed to fold up and unfold rapidly... the slowest taking about 40-50 minutes, with the new ones taking 20 minutes or less.I seriously doubt that it takes 5 hours to deploy this radar. Its a mistake. 20 min at max.
?And thats why I think its time for MIG-32
Most of the S-300 family should be able to engage mach 6 targets... S-400 and S-500 would eat them for breakfast... especially when they will cost so much to make and put into service there wont be that many of them anyway.And that's why S-500 is being developed.
And that's why PVO and space forces have been merged.
The future of strategic aviation has been clear for a while: Hypersonic bombers, hypersonic missiles, hypersonic everything. Stealth will still be there...but in the back seat.
No, but a situation where like in past, Russia will have 500 supersonic/hypersonic interceptors in the form of MIG-32 and US, about 30 SR-72s.GarryB wrote:
?And thats why I think its time for MIG-32
A MIG bomber?
I simply mean that cyclic reclycling of ,at best, "Vaporware" Crap......Austin wrote:I dont get what you say Mindstorm.Mindstorm wrote:Aviationweek's level of information's control and accuracy has gone truly down vertically in the latest years .![]()
That for not say that ,some decades ago, "smoke and mirror" capabilities of US operatives was without any doubt immensely better than today.......in particular when the aim was to divert or conceal the true direction followed in the most strategically important military development programs........what a shame.
AW&ST latest issue that covers US Hypersonic Program
http://in.zinio.com/reader.jsp?issue=416284053&e=true
In the 90's S-300PMU2 was advertised with a capable of dealing with target speed of upto Mach 8“Adversaries are working on ways of countering stealth,” Leland says. “This is the counter to counter stealth. This is the way because when you come in both high and fast it’s all but impossible for our adversaries to intercept a vehicle or a missile like this. The time it takes to detect – and then try to intercept – we’ve gone by.”
Marketing of course keeps them invincible... Remember it is both stealthy and fast so when one is obviously not going to be effective then they pretend the other is the reason it will get through.So how does something like an object which travels at Mach 6 be it Hypersonic Missile or Aircraft avoid a S-300PMU2 like system assuming it in the effective range of the SAM ?
Do the manouver hard and follow unpredictable path at that speed ? Making computation to intercept such target all but impossible ? Or do they have other trick up their sleeve.
Actually it's not that bad of an idea. LO in RF bands coupled with high speed will serve to impair the reaction time of a radar-guided SAM system. The massive IR signature will obviously preclude the aircraft from actually being "stealthy" but the speed, RF LO and altitude combination will make a difference if done properly. Nobody should confuse this with the plane being invincible but assuming that it'll always be obliterated is just as ridiculous.GarryB wrote:Marketing of course keeps them invincible... Remember it is both stealthy and fast so when one is obviously not going to be effective then they pretend the other is the reason it will get through.
GarryB wrote:Can imagine in the future a whole lot of barrage balloons around Moscow at high altitude... they wont be hanging cables below them... they can be fitted with IR sensors and laser rangefinders and could drop buckets of nails in the path of incoming enemy hypersonic aircraft... the kinetic impact alone will do the job...
Depends on how big it is. JSF or F-22 size? you'll find it. Closer to B-1B size? LO for the VHF-bands works a lot better.GarryB wrote:BTW it will be amusing because the only altitude they could fly at hypersonic speeds would be very high altitudes, which means all those long wave radars will be ideal for spotting these new aircraft at max range.
Hell, a FLANKER could probably get an IRST hit at a few hundred miles.GarryB wrote:Satellites could probably spot them from their heat signature... friction heated skin and engine exhaust...
B-1B size would need huge amount of power to push it to sustained Mach 6.SOC wrote:Depends on how big it is. JSF or F-22 size? you'll find it. Closer to B-1B size? LO for the VHF-bands works a lot better.
A bit larger than the SR-71 and you are getting close to B-1B size. The SR was 107 feet long, the Bone 146. Either way you're still likely closer to Bone size than JSF size.Austin wrote:Likely the bird will be SR-71 size or slightly larger as the propulsion looks more complicated and needs space.
If you want the shaping to help against long wave radar then you need a B-2 width aircraft and very simply we are talking arrowheads here... a Mach 6 B-1B arrowhead is very pointy because of the shock cone its nose generates and the body of the aircraft passes through... to make it B-2 size the wingtips will be out in the air and generate enormous drag... you can't have both... either B-2 width and therefore VHF stealth or mach 6 flight speed and Mig-23/F-111 arrow shape.Depends on how big it is. JSF or F-22 size? you'll find it. Closer to B-1B size? LO for the VHF-bands works a lot better.
5. The SR-71 was capable of going faster than Mach 3.0 and did on occasion. The limiting factor was not Mach speed but compressor inlet temperature (CIT). Also, 85,000 feet or so is nowhere near lower space orbit.Vann7 wrote:
5)It is possible the plane will not be able to fly lower than mach 3.0.. and keep its high altitude. (The SR-71 had to keep a constant speed of mach 3.0 not higher to not blow the engines not lower to not fall from lower space orbit in order to continue)
6)At mach 3.0 the heat was so extreme in the SR-71 that it was said the plane had to be done in special plastics heat resistance materials ,and that the plane literary becomes larger in size when flying because of the heat. In the case of the SR-72 it could literary become a ball of fire to IR Sensors and even visible at clear nights by naked eye from the earth surface.. So probabilities it will be stealthy are not very high.
8)Another issue the SR-72 will face is a legal one. There is a treaty between US and Russia to not deploy weapons that could be controlled from space..Since the drone will carry missiles ,it will end the pact ,and justify Russia to militarize the space and this will not be convenient for US. You could for example store free fall bombs or missiles with nuclear warhead in satellites and drop them at any country and they will never know what hit them or be able to predict effectively is trajectory for being launched from space.
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