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"An F-117 was also detected by a British ship during the first Gulf War, in this case because the wavelength of the radar was twice the length of the aircraft. This caused the entire aircraft to act as a dipole, leading to a very strong radar return" Hello derrick The F-117 is over 20m long, so was the radar transmitter 40m wide? Seems unlikely! Guinnog 20:42, 19 April 2006 (UTC) It says elsewhere that components inside Stealth planes may acts dipoles. That makes the dipole about 1m say, which is reasonable for a radar antenna. But if this is true ( and I can't see why the British radar might be unique )then Stealth planes are easy to detect in any case . 145.253.108.22 14:08, 20 February 2007 (UTC)
40m wide radar transmitter? Read this: Wavelength 72.220.222.195 —Preceding signed but undated comment was added at 01:47, 30 September 2007 (UTC)
The wavelength does not have to be twice the length of the aircraft. All it has to be is larger than the aircraft for Rayleigh scattering to occur. At that point only the general configuration of the aircraft matters. The waveform pushes from side to side and then the aircraft acts as a dipole scattering energy in almost every direction. This is why the F-35 is able to be tracked by L-Band radar while the much larger B-2 isn't.
Mark Lincoln ( talk) 13:00, 4 September 2016 (UTC)
It seems to me that there has been an effort by some editors to elongate the list. Honestly, US is the only stealth aircraft producing country currently.
It's unnecessary to put aircrafts that "kinda" look stealthy. Some of them aren't stealthy at all.
( Wikimachine 04:58, 7 July 2006 (UTC))
We must differentiate between the few "full" stealth aircraft like the F-117 and B2 and the many limited radar signature (reduced RCS) planes like F-22, JSF, MiG 1-44 or Rafale. Because of the great cost and awkwardness of operation with true full stealth, the future of manned combat planes is with reduced RCS. Unmanned planes are more likely to become full stealth however, as the lack of a cockpit and canopy simplifies stealth design and their lower manouverability and lack of onboard brain means complete non-detection is more desirable. In a manned plane you can count on the pilot to do impressive aerobatics if needed, to save his/her own precious rear from a SAM. So full stealth is less desirable there, they choose supercruise instead.
So I split the manned list into full stealth and reduced RCS paragraphs and also added the Rafale, which is low RCS (and quite beautiful, as you would expect from a chic french airplane).
The swedes claim JAS-39 Gripen is low radar observability, which is laughable if you look at its boxy air intakes, so I did not include that. 195.70.32.136 18:45, 11 August 2006 (UTC)
So because you THINK that swedes are not a reliable source you remove it? what makes them less reliable then USA sources????? anyway Gripen has a very low RCS because it's way smaller then any other current fighter. The RCS is lower then a F-16C/D. Which is a joke because it's way easy for a radar to detect a F-16. But because USA sources say it's low radar observability you include it? stop your american bs in wikipedia. —Preceding unsigned comment added by 89.214.69.229 ( talk) 00:13, 7 February 2010 (UTC)
That "full" stealth F-117 was tracked with a modified P-18 and nailed by a visually guided C-125 (SAM-3) The F-117 was removed from service as fast as possible when the F-22 came along.
Mark Lincoln ( talk) 13:04, 4 September 2016 (UTC)
What's full stealth? Give a citation for it, or it's getting deleted. This article is a horrible accumulation of original research and speculation. Not suprising given the secret nature of it, but still, this is fairly bad. -- Mmx1 22:35, 11 August 2006 (UTC) Stealth is the science of reduced radar cross-section,reduced dependence on aerofoil lift and reduced dependence on chemical propulsion. Demonstrated on B2A during 1999 UK. This article almost seems like disinformation. One of the potential drawbacks is defecting? This has never happened with any stealth aircraft. Only a Mig 25 that I am aware of (not stealth, though advanced for its time). Also, bombers like the B-2 very rarely circumnavigate the globe on an 19 hour flight based on a tactical mission. Instead many such aircraft B-1's, B-2's are on standbye in and around hot spot regions. The article also refers to shooting a stealth down with a canon mounted on an airliner. That is hard to do if you can't detect a plane on radar. The days of sacrificing performance for stealth are over...as evidenced by newer designssuch as the F/A - 22 an YF-23. Survivable future combat systems will combine stealth (visual, acoustic, ir, and radar) combined with supercruise and high performance to render a very low probability of intercept. Future stealth aircraft will be very lethal combat systems. 143.166.255.17 01:40, 16 August 2006 (UTC)Hans
The only "full stealth" aircraft is one hidden in a very deep hangar with it's engine off. Design can reduce visibility in certain aspects and frequencies. The more you reduce the visibility the more you compromise other capabilities. For example the designers of the F-35 settled for a higher RCS and huge infrared emission to the rear aspect. The designers of the F-117A went to great trouble to limit the rear aspect RCS and infrared signature. Exiting from a CAS gun run in afterburner wasn't an option with the F-117. I just hope the F-35 can outrun a manpad.
Reducing the RCS of an AESA radar by having it fixed restricts the search area to 120 degrees making it manually steerable allows a wider search but increases RCS. You pay your money and take your choice.
To be very stealthy you can't emit at all. To be effective you have to use Low Probability of Intercept emissions. When LPI radar systems were first introduced 20 some years ago they had a big advantage over intercept receivers. That is changing rapidly and many of the vaunted capabilities of the F-22 and F-35 may already be becoming liabilities. The problem being that because passive interception of signals does not give the presence of the receiver away the first notification that you are being passively tracked might be fatal.
During WWII the British started using jamming techniques against German radar so the Germans had a system called Klein Heidelberg–Parasit which was passive and used the British Chain Home radar transmissions as part of a bistatic radar to track British bombers. The British didn't notice the transmission which Klein Heidelberg–Parasit depended upon because they were British. During the cold war the USA used Soviet radio stations in a similar fashion to track Soviet missile launches. Not only might emissions from LPI radars be intercepted; civilian or other VHF transmissions which can detect fighter sized aircraft might well be used by hitchhiker bistatic systems to detect and even track stealth aircraft.
The game is on and has been since the 1990s.
Is "Full Stealth" possible? Bury it deep and never turn it on.
Mark Lincoln ( talk) 13:50, 4 September 2016 (UTC)
I've tagged this more accurately. Not only does it read like a school essay, it also contains enough bullet points that Jimbo may start having to ration them. Paragraphs, people. Sourced, verified paragraphs. Chris Cunningham 00:30, 14 October 2006 (UTC)
"In July 1999 two days prior to the Royal International Air Tattoo at RAF Fairford UK, a single B2A Spirit penetrated UK airspace at 01.30 hours. Passing overhead reporting point Whisky Delta 2 at approx. 250 feet it was traveling at just above stalling speed and was completely silent. The anterior half of the aircraft structure was covered in a green-white condensation cloud." I noticed this tacked into a bulletted bit in the Drawbacks section. Da hell is this? Dxco 01:37, 30 December 2006 (UTC)
Where the hell do we get 'plasma screens' on russian aricraft? Is there a basis for this ( apart form watching too much Star Trek )? 145.253.108.22 14:10, 20 February 2007 (UTC)
see http://en.wikipedia.org/wiki/Plasma_stealth ric — Preceding unsigned comment added by 87.114.220.220 ( talk) 08:50, 11 May 2012 (UTC)
User:69.88.253.62 added this in-page on 19:14, 7 March 2007:
[I don't have enough time to incorporate this fact in, but the F-117 is able to carry AIM-9's. Someone with more time should be able to fix this.]
Chris Cunningham 20:41, 7 March 2007 (UTC)
Can stealth aircraft glide relatively silently, with engines off? kabbelen 22:31, 22 March 2007 (UTC)
The list of full stealh manned vehicles does no include the B-2. I assume this was just an oversight. Rugz 19:12, 17 April 2007 (UTC)
Theoretically the AIM9 could be used for defense, but the F117 would be toast when the wingman (or wingmen) of whatever was being shot at would see the trail of the missile, likely the aircraft, and have a nice clear radar return from the open weapons bay. The F117 at the same time can't hit afterburners to get out of dodge, and some opposing aircraft could likely do barrel rolls around an F117 attempting a max angle of attack turn. Aki Korhonen 03:48, 4 October 2007 (UTC)
One of the basic wikipedia guidelines is that all articles should consist of referenced material only. i.e. content should be backed up by citing reliable sources in order to prevent "original research". Please see Wikipedia:Attribution, Wikipedia:Original research. In this case, theorising as to what the real purpose of the AIM9 is would constitute "original research" and should not be included in the article. -- Deon Steyn 07:07, 11 October 2007 (UTC)
The reason that the sidewinder question comes up so often with the F117 is that long ago, back when it was still a newly-revealed black project, there were still alot of details being kept quiet about it. When asked "What weapons can it carry?" the usual answer was something along the lines of "Well it has the standard attachemnt points so anything in the current inventory.", then someone would ask "What? Even Sidewinders?" and whoever it was would just be like "See my previous answer." couple this with the fact that it was designated as a "Fighter" to help conceal its true nature back when it was fully-secret and that is the origin of the sidewinder question. 94.175.244.252 ( talk) 11:43, 7 April 2015 (UTC)
I would like to remove this entire section. It really is meaningless. What is the threshold for inclusion in this list?? I would also like to thin out the full stealth list. Some of those entries are pretty suspect. Any objections/comments???-- Downtrip ( talk) 05:02, 10 January 2008 (UTC)
I disagree because there isn't such a thing as full stealth. Therefore "stealth" planes like B-2 have just a reduced RCS. Anyway, almost any airplane today is designed with the focus of reducing stealth. That doesn't mean it's a stealth aircraft. For example F-22 is NOT stealth it can be easily detected by radars. Of course, more difficult to detect, but still easy, this is very different from truly stealth aircraft like B-2. USA DoD refers to F-22 as a SEMI-stealth aircraft. And then there's the case where measures were taken to reduce RCS. for example F-18 superhornet. any radar can detect it. it's a common aircraft. the only thing is that the RCS is lower then the previous F-18. or for example the grippen, which has a RCS even more reduced then the superhornet despite the fact it doesn't have any stealth characteristics. I agree that it must be re written or if not, removed.
Anyway, the list should be STEALTH: F-117 B-2
and SEMI-STEALTH: F-22 F-35 Su PAK FA
nothing more fits on the list. F-16? it must be a joke. Anyway, the point is, every plane developed and or redesigned or upgraded has a "REDUCED STEALTH". that doesn't mean whatsoever that is stealth or semi stealth. an F-18 despite having a reduced stealth, it can be detected hundreds of miles away from a radar. That is not true for truly semi stealth aircrafts like the F-22. and even completely different for full stealth ones like B-2 and F-117 (and even those can be dectected in certain conductions but that's another discussion). —Preceding
unsigned comment added by
95.69.70.156 (
talk)
16:01, 7 February 2010 (UTC)
Can we please discuss changes made by the editor User:Downtrip, because the situation is teetering on an edit war. I don't agree with two paragraphs added by this user. The first centre on the intro to which has added a blurb on the F22 when the F22 is but one example of stealth aircraft and not even a very good one at that (it's a compromise). If an example HAS to be cited an F117 would be more appropriate. Can we rather keep the section as it was? My second concern is with the capabilities claimed following directly on the new example of the F22.
an aircraft can be made whose characteristics are such that even the most powerful and sophisticated radars cannot detect them at a great enough distance or track them accurately enough or soon enough to be able to effectively fire upon the stealthy aircraft before it makes its attack
There is no citation provided for this dubious statement. I don't see how anyone can make claims pertaining to the capabilities of the most powerful and sophisticated radars. These capabilities would be highly classified and vary between many companies and nations. Without citation this section had to be changed. — Deon Steyn ( talk) 05:45, 29 January 2008 (UTC)
This section discusses the role of passive radar against stealth designs and the use of TV and FM radio frequencies in particular. People keep changing the section to state that the use of these frequencies causes resonance. This is not true. TV signals typically have a wavelength of a few centimetres and FM has a wavelength of about 3m. An aircraft which is 20 or 30m in length will not have significant resonance. Far more relevant is the fact that it is difficult to make light-weight radar absorbent paints and materials at these frequencies, where designs typically rely on coatings being a quarter wavelength thick, or need ferrite, etc. A small cruise missile could plausibly resonant at FM frequencies, but not the type of aircraft being discussed here. Resonance is more likely at HF, where the major structures on the aircraft could be half a wavelength or so in size. Although remember, resonance can work against you as well as for you... Paul ( talk) 06:51, 29 January 2008 (UTC)
There no longer is any practical compromise in stealth designs when it comes to performance. Should you wish to include a statement to the contrary it should be backed up with a source. Your opinion is not enough. The B-2 can fly 12000 miles and drop 80 SDBs. Two of them can wreck an airforce, sink a battle fleet or decimate a mechanized division in a single mission. The F-22 can be used to take out enemy air defenses or attain air supremacy. They perform two totally different missions and they have different capabilities due to the missions they perform. The level of stealth in relation to th B-2 and F-22 is irrelevant to the missions they perform. They are both said to be stealthy enough. The USAF did state 2 years ago that the B-2 had a much greater level of stealth than an F-117, in fact twice as good. The F-35 is even stealthier then the B-2. In fact the F-22 is stealthier still.-- Downtrip ( talk) 04:40, 15 February 2008 (UTC)
Here is a link that backs up what I am saying above. http://www.strategypage.com/htmw/htairfo/articles/20051125.aspx —Preceding unsigned comment added by Downtrip ( talk • contribs) 04:41, 15 February 2008 (UTC)
Okay, thanks for the link about the B2. The fact remains that if you built an aircraft with today's technology and you had absolutely no interest in it's stealthiness you would build an aicraft that performed much better than one which had to make concessions to stealth (funny materials, shapes etc.). — Deon Steyn ( talk) 21:37, 15 February 2008 (UTC)
It would be interesting to have the generations of stealth mentioned. 1st gen = SR71, 2nd is F117, 3rd is B2, 4th os F22. http://www.defenselink.mil/transcripts/transcript.aspx?transcriptid=597 AThousandYoung ( talk) 11:52, 21 July 2008 (UTC)
It seems like there is a large amount of vandalism occurring on this page. Would it be worth requesting a protect? —Preceding unsigned comment added by 64.9.97.44 ( talk) 19:54, 7 October 2008 (UTC)
Since "Stealth Bomber" redirects here, shouldn't we include a prominent reference to the B2 Spirit in the lead for researchers wanting to read more about this aircraft (the B2)? When one types "stealth bomber" into an internet search engine, this aircraft comes up almost without exception. To my knowledge, this is the only stealth heavy bomber in service to date. Please educate me if this is not the case. I suppose in the alternative we could redirect "Stealth Bomber" to the B2 article. Critical Chris ( talk) 19:15, 20 October 2008 (UTC)
Any reason the JAS 39 is not in the RCS section? —Preceding unsigned comment added by 67.164.195.240 ( talk) 05:09, 22 November 2008 (UTC)
yes there is. Gripen is not an american plane, therefore it doesn't belong in this article. This article is full of american bs. The grippen wasn't design with any kind of stealth characteristic in mind. it doesn't have any technology intended for that objective. But that doesn't mean anything, the Gripen is known for example to have an RCS LOWER then the new F-18 superhornet wich was designed with some stealth characteristics in mind in order to reduce RCS. So, like wikipedia is ruled by narrommindded americans, all sources of information that are not american will be disputed, even if they are indeed very credible and the usa ones are not. For example, saying F-22 is a stealth aircraft is a false assumption, even USA DoD doesn't use that terminology. It's semi-stealth, that's what they say and that's what is true. If some Sweden or Saab claims something about Gripen RCS you will see here a shitload of rants disputing that claim even if they are totally true. That would never happen in the case of the F-18 for example. The examples and perspective in this article deal primarily with North America and do not represent a worldwide view of the subject. that's why there's no gripen on the list and that's why there's a list. —Preceding unsigned comment added by 188.140.95.103 ( talk) 21:46, 7 February 2010 (UTC)
The article as it currently stands asserts in two places that this late-WW2 German experimental plane had 'stealth' characteristics. As far as I'm aware, 'looking a bit like a B-19' is not a stealth characteristic as such; does anyone have anything to back these claims up, or should they just be removed? AlexTiefling ( talk) 14:56, 30 January 2009 (UTC)
Straight from the National Geographic website detailing the special that will be airing on June 28 about this aircraft comes the following statement by the producer of the project, Michael Jorgensen. He describes his communication with the curator of the Smithsonian Institution's holding facility for artifacts (emphasis mine):
The observations of someone in such a position at a prestigious museum institution who has examined both the remains of the aircraft in question and "many primary and secondary sources" detailing the history of its design and construction would seem to carry more weight than the interview of the designer decades after the fact by a single author who might be trying to add some attention-grabbing material to pump up his latest book (and confirm his theories). It certainly appears that the issue is far from being an open and shut case, and hard facts are clearly difficult to come by on this particular subject. At any rate, speculation does not belong in an encyclopedic article. ViperNerd ( talk) 10:03, 16 June 2009 (UTC)
Have the curator analysed the glue beteween veeners? No! Why should the Hortens apply glue on the skin? The need the glue between the veeners for bonding and the glue beteen the veeners are black. When this layer are conductiv then acts this as a multilayer RAM. At time is only secure the cone material damped HF. "A team of engineers from Northrop-Grumman ran electromagnetic tests on the V3's multilayer wooden center-section nose cones. The cones are three-fourths of an inch thick and made up of thin sheets of veneer. The team concluded that there was indeed some form of conducting element in the glue, as the radar signal slowed down considerably as it passed through the cone." -- HDP ( talk) 07:27, 17 July 2009 (UTC)
I watched a documentary on the Horten Ho 229 a couple of days ago where the company that manufactures many stealth aircraft tested the aircraft using the same design and materials. They concluded that it was indeed built for stealth and that it did greatly reduce its Radar returns. Therefore, I think you can class the Horten Ho 229 as the first stealth aircraft. -- Plane Person ( talk) 17:25, 6 August 2009 (UTC)
Well after the Northrop Grumman re-creating of the Ho 229, which clearly revealed that the Ho 229 has stealth abilitys, has been succeeded and results were published, i will remove the consenus tag. StoneProphet ( talk) 02:23, 9 August 2009 (UTC)
Looks like Ho 229 is still a topic here that sees edits and reversals (though not war level, thankfully). The question is whether any aspect of the design was influenced by an interest in reducing observability. The form does coincide significantly with common modern forms, but reduced drag and structural costs alone are entirely sufficient to explain the choice of the form without relying on rcs intentions. The only other claim involves carbon added to the glue. This originates from a late-life claim by one of the Horton brothers that they had considered trying to add carbon to reduce returns. As I understand it, he never claimed they did, it was simply something they pondered. The claim was initially supported up by radar tests done by natl Geo channel in association with some Northrop people. They did find that for some reason, the returns of the original were less than the prepared comparison sample. They interpreted this as supporting Horton's claim. However, they did not investigate the materials themselves, nor did they necessarily compare otherwise equivalent samples. It simply was not a well controlled experiment and therefore not robust results. These results were later refuted by actual investigations studies of the original materials, which found no evidence whatsoever of hypothesised included carbon. It was a fascinating plane no matter what but it was not intentionally stealthy. Please read significantly into the background before adding it, or qualify any claims. Fitzhugh ( talk) 01:46, 10 June 2018 (UTC)
Scientific articles, specifically "Technical Study of the Bat Wing Ship (The Horten Ho 229 V3)", confirm that it did not have stealth characteristics. Edited the article to refer to stealth as "claims" and clarified that no evidence of low RCS, either as built or with charcoal added, was discovered. CP/M comm | Wikipedia Neutrality Project| 12:33, 14 April 2023 (UTC)
How long was this technology in development or available for military deployment before it was revealed to the public? -- Beland ( talk) 23:58, 28 February 2009 (UTC)
Ok, this little edit war was not helpful. Both of you are on notice that WP:EDITWAR policy will be applied evenly and swiftly if the edit warring returns in 73 hours or beyond.
Discuss things here, don't push the article contents back and forth. Please assume good faith about each other's intentions. Thank you. Georgewilliamherbert ( talk) 10:18, 23 May 2009 (UTC)
Are there verifiable sources for the section entitled - Limitations? Specifically, the limitations, which are briefly discussed are: Instability of design, Dogfighting ability, Electromagnetic emissions, Vulnerable modes of flight, Reduced payload, Cost of maintenance, Sensitive skin, and, Cost of operations. I can easily see that these are limitations, but are there any sources to which I can refer? Ti-30X ( talk) 23:06, 18 July 2009 (UTC)
I added the PAK DA (note* not the PAK-FA) in the list, but I'm unsure whether it is meant to have full stealth or just reduced RCS [4]. Anyone have any ideas on where to put this entry? 72.229.156.157 ( talk) 09:40, 20 January 2010 (UTC)
http://defence-data.com/features/fpage37.htm is unavailable, but it's on the Wayback Machine at http://web.archive.org/web/20071116065249/http://defence-data.com/features/fpage37.htm - can someone more skilled with the ref syntax please have a look at this? (The footnote looks a little ugly in its current form, too, which would be worth fixing if someone has the time.) Same issue as in Talk:Jindalee_Operational_Radar_Network. Thanks! Rosuav ( talk) 16:31, 12 February 2010 (UTC)
the AMCA (advanced medium combat aircraft) is a fully stealth manned 5th gen fighter jet and is not the on list it should be added ASAP — Preceding unsigned comment added by Buklaodord ( talk • contribs) 10:54, 16 January 2011 (UTC)
Are these designs different, or is it the same thing? We need more reliable info, preferably something not in Chinese. 99.236.221.124 ( talk) 20:30, 20 January 2011 (UTC)
The more i learn about stealth planes the more i believe that they are paper tigers.
1.high maintenance: The F-22 Raptor needs 30 hours of maintenance for every 1 hour of flying.
2.limited loadout: The F-22 Raptor in order to remain stealthy could only carry 6 missile's or bombs and with the F-35 it goes down to 4.
How can a plane be a effective warmachine when after every mission it going to take a better part of a day to turn it around and that only to drop 2 bombs somewhere ? —Preceding unsigned comment added by 78.21.214.42 ( talk) 18:08, 5 February 2011 (UTC)
Considering that fact that most, if not all, recent and future aircraft are designed to have smaller RCS from at least the frontal aspect it is becoming somewhat pointless to list them all here. The listed aircraft should contribute to this article as prime examples, that being said I believe that the following aircraft should be removed unless an argument is presented showing how listing actually contributes to an article on stealth aircraft.
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"The techniques of achieving low maneuverability, or stealth as it's popularly known, are fairly well understood."
"Testing performed in early 2009 by the Northrop-Grumman Corporation established that this compound, along with the aircraft's shape, would have rendered the Ho 229 virtually invisible to Britain's Chain Home early warning radar, provided the aircraft was traveling at high speed (approximately 550 mph (890 km/h)) at extremely low altitude (50–100 feet)."
This entire statement is worthy only of ridicule.
Chain Home was a long-wave radar able to detect only large reflections. This was aided by the fact that the aircraft it faced had propellers, as nothing returns radar like a prop disk. But more to the point, CH was able to detect targets only if they were significantly above the horizon - thousands of feet typically. In fact, the Chain Home Low that was introduced to fill this gap was only able to cover down to about 500 ft. So the fact that the Ho 229 would be "virtually invisible" to CH at "50–100 feet" is an entirely moronic statement - CH couldn't detect any aircraft at 50–100 feet. I'm surprised they didn't add the requirement for the CH units to be turned off and pointed in the wrong direction!
I don't understand why this issue with the Ho 229 keeps coming up. The Shepelev/Ottens book talks about all of this in depth and explores the source of the myth. The Horton's designed the layout before the introduction of radar, yet the claim continues to be made that it was some sort of stealth effort, normally with the weasel-words as found in this article about "maybe". The "carbon impregnated plywood" is a fabrication (in more ways than one), a confusion with a filler material that was chosen because it was cheap and light.
Simply put, there is zero evidence that the Horton's put one iota of effort into stealthiness, and lots and lots of evidence, including direct statements by them, that it did not include any such design. Is there any reason this section should not be re-written, or removed entirely?
Maury Markowitz ( talk) 19:30, 24 August 2011 (UTC)
Is the IRST (infrared tracking)not becoming the achilles heels of the stealth fighter ?
http://www.fas.org/spp/aircraft/part06.htm — Preceding unsigned comment added by 213.118.173.93 ( talk) 19:58, 26 October 2011 (UTC)
When F117 is downed, 13 pieces of passive radio locator "Tamara" (probably modified a used by Yogoslav (Serbian) Army.Probably they use TV transmitters and Celular telephony transmitters for "illumination" of targets.maybe it is reson why NATO attacked all TV and rdaio transmitters.Where are Tamara-s now, it is question. — Preceding unsigned comment added by 94.250.88.238 ( talk) 09:02, 13 May 2013 (UTC)
The Stealth article includes a bald assertion that fighters need afterburners. Perhaps, but only to get to where the combat is in a hurry - or get away from it - at a vast cost in fuel.
According to most authorities in print (far too many to cite) despite increasing aircraft speeds real-life air an individual aircraft's speed in an engagement (dogfight) rarely if ever rises above mach 1 due to multiple factors but principally loss of momentum due to aggressive manoeuvres intended to bring weapons to bear/lose weapons lock by an opponent.
These days non-afterburning engines - developed for fuel economy/long range/long loiter characteristics - are discussed primarily in connection to new-in-service USAAF fighters such as the F22 Raptor but so-called 'supercruise' engines have been around - and in use in military aircraft - since the early 1950s.
(See Wikipedia articles: Supercruise; English Electric Lightning mach 2 interceptor; BAC TSR-2 tactical strike/reconnaisance aircraft... and the Concorde airliner, which used the engines developed for TSR-2.)
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The work of the Horton brothers had absolutely no influence on the Northrop flying wing designs. In fact the opposite was true to the extent that the Horton brothers used the success of the N-1M to strengthen support for their efforts. This is not to disparage the Horton brothers, it was just that they were doing their thing and Northrop was doing his with no influence either way. Jack Northrop refused to hire them after the war disparaging them as mere "glider designers."
Mark Lincoln ( talk) 20:36, 28 August 2016 (UTC)
There is no credible evidence the Ho 229 was designed to have stealth capabilities. There is no mention of any carbon impregnated glue before 1983 when the claim was first made following discussions of stealth technology in the US press.
In a magazine article "Ala volante Caza 'Horten IX', (Flying Wing Fighter "Horten IX") " published by Revista Nacional de Aeronautica, (now: Aeroespacio, Revista Nacional Aeronautica y Espacial)," May 1950 issue, pages 19-20; Buenos Aires, Argentina, Doctor Reimar Horten did make note of the poor radar reflection of wood construction but made no claim that the aircraft was configured to affect radar cross section. Nor was any mention made that any special radar absorbing glue was used. The Ho 229 V3 does not have any radar absorbing glue. Nor does any aspect of it's design aside from the incidental use of wood evidence any consideration of lowering the radar cross section of the aircraft.
The publicity model made by Northrop in no way represented the Ho 229 V3 beyond basic shape and even then it did not have the wing panel joints and fasteners of the actual aircraft. Nor did it model the actual construction of the real airplane in any detail. The airplane had a center section composed of of welded steel tubing creating many corner reflectors and the wings contained numerous aluminum fuel tanks. The landing gear was metal. The Ho 229 made no attempt to conceal the engine compressor and turbines which would have clearly been detectable by the centimetric radars common in late WW II. In the bomber role the bombs were to be externally stored - not stealthy. There was no stealth treatment for joints, controls, doors, or canopy. If it had a low RCS to VHF radar it was entirely coincidental. Even the use of wood was accidental as original plans to use metal were abandoned for the more available wood after Reinmar learned the high speed Me-163 had wood wings.
In his 1950 article, 33 years before he claimed stealth glue would be used, Reinmar Horton made no such claim alluding merely to low radar reflection as one of the advantages he saw in wood construction: "Today the pilot has the assurance of recognizing, even at night, an airplane flying many kilometers far, by means of the radar. In the past, planes were covered with camouflage paintings, and with the advent of radar, the already considered antique wood constructions, turned into something modern again. As reflection of electric waves on metallic surfaces is good, such is the image on the radar screen; on the contrary, on wood surfaces, that reflection is little, these resulting barely visible on the radar. A fighter must use the surprise factor, especially at night; to do that, the plane must be built in wood, not only for the above mentioned circumstance, but also because the wood surface resistance to impacts is not necessary inferior to that of metallic surfaces, as was shown by tests. Also, those resistances are regarded of secondary importance, because with modern big gage guns, an impact means practically a total loss. "
Given that there is no evidence of any treatment in terms of aircraft shape, design detail, or construction aside from the incidental (and not uncommon at that late stage of the war) substitution of wood for metal. And that no claim of any "stealth" treatment was made until almost four decades after the airplane was designed; it is not correct to consider the Ho. 299 a "stealth design." The absence of any evidence of radar absorbing materials or other attempts to reduce the radar cross section of the production prototype Ho 299 V3 seems conclusive.
Mark Lincoln ( talk) 12:21, 4 September 2016 (UTC)
Is "increasing the odds of an aircraft" means increasing aircraft's design's strangeness? At Last ... ( talk) 09:43, 19 November 2016 (UTC)
I have a source on the web that contradicts this sentence. It reads "...Because of the unique flying characteristics of the flying wing configuration, Irv Waaland and his team of [B-2] engineers extensively interviewed the engineers from the YB-49 like William Sears and Irv Ashkenas as well as the chief test pilot in those days, Max Stanley (he had flown the XB-35, the prop-driven antecedent of the YB-49, on its maiden flight). In fact, Max Stanley was cleared for the B-2 program which was one of the most classified programs at the time. He often flew the flight control simulator and provided input to the [B-2] design team which saved them extensive time and effort." [1]
Furthermore, here is a source indicating that the reduced RCS of the YB-49 was noted during its flight test program (fifth paragraph second sentence) [2]
Seems to me that there were connections between the YB-49 and B-2 programs. Wikkileaker ( talk) 21:34, 6 December 2016 (UTC)
References
Could the all-black paint schemes of historical aircraft intended for night operation, Such as the P-61 Black Widow, be considered a form of Stealth? Such night-fighters often also had things like exhaust shrouds to hide engine flames.
It makes sense to me to define "stealth" as any measure intended to reduce visibility when in operational use, and to define "camoflague" as a measure to hide the aircraft when it's not in operational use, ie on the ground. Or does "stealth" only refer to radar-defeating measures? There is a gray area here. Are there any other thoughts on this matter? Catsmeat ( talk) 10:58, 22 June 2017 (UTC)
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Yehudi lights (for visual invisibility at long ranges) should be added. — Preceding unsigned comment added by 193.25.39.46 ( talk) 13:44, 14 March 2018 (UTC)
While it certainly might work technically I don't think wiki should be including stuff that seems a bit unlikely to be worth using in practice. The NASA work used the sun as a light source, so your stealth detector would only work as the aircraft flew across the sun. The sun covers 1 part in 90000 of the sky, so 89999 out of 90000 times you won't spot the plane. Not exactly world shattering odds. And to also point out the bleeding obvious, the shadow of the plane is far more obvious than the schlieren waves. https://www.nasa.gov/feature/ground-based-schlieren-technique-looks-to-the-sun-and-moon I think we can delete the entire section with no loss to wiki's integrity. Greglocock ( talk) 07:51, 29 July 2018 (UTC)
A wooden replica of the Horten was tested, to some extent, for radar cross section. It did not have the underlying metal frame, and it did not have engines. Metal reflects radar much better than wood. Any claim that the Horten definitely had a reduced RCS cannot rely on a test of a wooden mockup. Greglocock ( talk) 00:24, 18 December 2018 (UTC)
Hi, Robin here. Since then I have added many sources; it should be okay now, the edit war is over ;) Robin Amnesty Thailand ( talk) 16:42, 9 April 2019 (UTC)RobinAmnestyThailand
As we know the Northrop experiment with the full sized 229 model proves little, and the Smithsonian Institute didn't find any RAM on the 229 prototype. What does Myhra actually claim in his book? Greglocock ( talk) 16:37, 5 January 2019 (UTC)
She claims that the XVIII (not the Ho 229) would have been almost impossible to notice to US radars in New York because of its flying wing design and buried engines, especially if flying at low or very high altitude Robin Amnesty Thailand ( talk) 16:44, 9 April 2019 (UTC)RobinAmnestyThailand
There's a lot of entries in the list which have comments like 'composite materials' or 'swoopy shape' and so on. Unless you can provide an RS for a particular feature on a particular aircraft being there for stealth then I think the feature should not be mentioned, and if it is the only justification for the a/c being on the list it should be deleted. Otherwise it is WP:SYNTH. Greglocock ( talk) 20:29, 3 March 2019 (UTC)
Someone added the Kamov Ka-58 in the list of stealth aircraft in development. It is indeed correct that Kamov is currently developing a new high-speed stealthy helicopter (see Stealth helicopter), but I cannot find anywhere that its name would be Ka-58, I think the designation is still unkown because the development is still very early (I don't think we will see a prototype fly soon at all). Therefore I think we should change the name to High Speed Kamov, or Stealth Kamov, or unnamed Kamov. What do you think? Robin Amnesty Thailand ( talk) 16:49, 9 April 2019 (UTC)RobinAmnestyThailand
hi i am a huge fan of nighthawk f-17 Nighthawk|Lincoln] — Preceding unsigned comment added by 75.162.125.215 ( talk) 23:07, 17 October 2019 (UTC)
Can we also mention the YB-35 & YB-49 in sections on early stealth aircraft/part stealth aircraft 12.13.17.154 ( talk) 18:37, 11 October 2022 (UTC)
A box thing about the Linke-Hofmann R.I is showing an image of the X-47B, instead of an image of the Linke-Hofmann R.I. The same image of the X-47B is properly used in a correct context further down. AntonOresten ( talk) 22:11, 15 November 2022 (UTC)
The Aircraft Wikiproject, WP:AIR has long held a consensus that sortable tables are a good thing, as not every reader's desired details or ordering can be anticipated. This applies where each list entry contains multiple factoids such as type, nationality, class, etc. The list here does, so I updated it accordingly. This has been reverted by FOX 52 ( talk · contribs) ont hew grounds that it confuses them. Should we conform to established project consensus, to one confused editor's preference, or build a local consensus here? — Cheers, Steelpillow ( Talk) 08:36, 5 May 2023 (UTC)
This article is about Stealth aircraft, their design, limitations...etc. so I feel that we should only list a few examples - and personally I only find sortable(s) useful on large number items (country populations, monetary events, world currencies) - FOX 52 talk!
The loyal wingman, known as the collaborative combat aircraft or CCA in the US, is a new clas of drone being developed in various countries. They are by definition stealthy, so should be included here. In the list of stealth types, I have started to treat it as a distinct battlefiled role, alongside fighter, bomber, attack, etc. If anubody disagrees with this, please come and discuss it here. — Cheers, Steelpillow ( Talk) 16:53, 8 May 2023 (UTC)