an AESA is akin to a semi-transparent straw, degraded performance at the edges of the modest field of view,
swashplate changes all that, making EF AESA superior to all but possibly PAK-FA & GaN Gripen
I don’t know if I’d rate if ahead of a APG-77 or APG-81 just because they have no swash plate, not the GaAs version anyway. The Gripen NG radar is GaN but it is also very small compared to Captor-E. The Radar 2 variant will likely be superior, since they’re both GaN and coming from UK branch of the same company at roughly the same time and Radar 2 is bigger and has some QinetiQ EW goodies incorporated.
http://www.leonardocompany.com/documents/63265270/65495828/mm07819_Raven_ES05_LQ_.pdf?download_file
http://www.leonardocompany.com/-/captor-e-radar
Still focused on d*ck size rather than how to use it ?
What!?
Are you talking about radar performance, or overall?
If you are talking about radar performance I would be surprised if the older SH radar would “remain” a peer to a future Typhoon GaN radar; unless of course the SH is scheduled to get a significant radar upgrade in the near future.
I think he’s talking about the export GaAs radar from following the conversation. The F-16 and F-18SH radars are both smaller, although the F-18SH is closer in size (1368 modules). Captor-E is circa 1,500 although I saw 1,424 quoted somewhere.
Do you have any recent sources for “radar 2”? Are you sure it will ever be implemented?
I understand how you could not be bothered by the Swiss — in particular when they start doing things that don’t support your view of the superior Typhoon… — or is it only with Radar 2 that it will be superior?
Both Rafale and Typhoon have their weaknesses, and I already said it is beneficial to have a larger radar, so I am not sure what you are referring to.
Rafale most likely will fly in Indian colors — I agree it is an open question whether it will fly in Swiss colors, that was not the point, the point was that the Typhoon will not even enter into the race. If the upgraded Typhoon is so superior to the Rafale, isn’t it a bit strange that they keep the Rafale in but drops the Typhoon? In particular if all it takes to understand the superiority of Typhoon is to read a few articles about the future upgrades…. Seems strange if the Eurofighter marketing department did not bother to update the Swiss on the fantastic new capabilities of the Typhoon….
Yes, QinetiQ have put in far too much work already for it to be disregarded and the current plan is 2021. We could have GaAs base model AESA in 2 years but we are holding off for the more advanced version, hence why Kuwait will have AESA first. It should also be noted that it is not standalone according to RUSI, it is to be integrated with the DASS upgrade and IRST system. It will function as part of the DASS both passively and offensively.
All I’m saying is that they can’t predict how good a future Typhoon will be without evaluating it, it’s like predicting how good a Gripen E will be without an eval, and I’m not sure how many of the UK advancements will be for export. And it’s a small contract, limited cash purchase, likely to be a Gripen for a multitude of reasons. Rafale is there to make the bid competitive.
Well I don’t know, looking back you’ve kind of tried twist it into a positive, greater good, kind of thing.
I don’t know, that contract signing for India just keeps dragging and dragging. The Swiss can’t possibly know how good the upgraded Typhoon will perform as of now, no one really does at this point, it’s also possible that it’s now ruled out as part of the bid process rules, or that it’s too expensive for their limited budget. Looking at the last eval, the Typhoon lost mainly on EW, Detection, Acquistion and SA and often not by a huge margin. Well every one of those things is being greatly improved, so I don’t think it can be rationally ruled as being worse at this stage. Nobody has such knowledge of the future.
wait ?
is it confirmed EF will get an GaN AESA ?even with GaAs AESA the EF radar will out-do almost all other fighter radars , and certainly rafale radar
Export for Kuwait in 2018/2019 will be GaAs and basic radar functionality only (as per RBE2-AA). Radar 2 is UK-only, no partner nations, and will be GaN with RF attack and cyberwarfare. Partner nation Captor-E (Radar 1+) will be slight more advanced than export variant but still GaAs. Italy has also expressed interest in Radar 2 but nothing concrete.
Right, so by 2021 the EW will be even more impressive; it will have a huge GaN radar, and several other improvements.
However the Swiss are not impressed:
http://www.janes.com/article/58331/switzerland-adds-hornets-to-fighter-replacement-plans
So in spite of all the improvements to the Typhoon, the Swiss are not interested in even evaluating it once more.
To be honest, if there is one person here very much looking like a “fanboy” right now, that is Starfish.
Or would you argue that it’s the Swiss air force that is full of Rafale and Gripen fanboys…? 🙂
It will be interesting to see who will win the next round in Switzerland; the technical eval will no doubt be won by the F-35 (if it is invited), and Rafale will be pushed down to second, followed by the Gripen E, however when cost and ToT is included in the assessment, who knows? Will Dassault manage to reduce costs (due to exports between now and 2025) sufficiently to compete against the F-35? Or will the budget be so small that Gripen E will again be selected?
The only thing we know for sure is that the super-duper-Typhoon will never fly in Swiss colors (or Indian colors for that matter..).
Well the bad news is that Radar 2 won’t be for export, certainly not with the RF attack and cyberwarfare functions, so it’s likely irrelevant to the Swiss. Also not really sure how they can judge an aircraft standard that they can’t possibly have analysed yet. Maybe they just don’t want the cost of repeating the full eval. I’m not really to bothered about the Swiss though, I’m more interested in domestic capability and it’s only a very small order.
Me? And not all the Rafale guys trying to deny that it has any weaknesses.:D
Heh, I’m not massively sure the Rafale will ever fly in Indian or Swiss colours either.
What makes you think Rafale will beat Gripen E technically anyway? Sure it’s not the 6th gen aircraft marketeers claimed but it will be a very modern Gen 4.5 fighter.
As indicated in the report, a single “Mission Essential Tasks” like “engagment” can include up to 10 subtacks and you don’t know what they are and how they are weighted.
And again, this chart is for the Air Policing mission only: a peace time A2A mission which is not very demending in term of engagement (single target interception, low threat for the interceptor).
It depends on the nature of the intercept, it’s not always an airliner with a malfunctioning transponder.
The principle engagement tool will always be the radar.
Because it hasn’t even been introduced yet and we already know what’s going to replace that “technology”.
And we know that hypersonic robot planes with lasers are going to replace fighters, so everything currently being worked on for manned fighters is rubbish right?
If they offered C-7 they will use C-7 statistics O master of the truthbending.
Also the Gripen doesn’t have the same kinematics than the Typhoon, or maybe the Gripen wasn’t considered able to make use of the range of the C-7 in certain conditions (for instance radar lock against ECM protected targets shorter than the missile range, making missile range moot)., or maybe the absence of IRST to engage only after positive identification…Fact of the matter is that there are so many variables that influence engagement capabilites, and radar range is far from being the only important one. Using it as a proof of the superiority of one radar on the other is total bull, especially when other grades which are directly related to radar show the preference of the Swiss Air Force to the RBE2 (be it PESA or AESA).
In other words you are again attempting to twist the truth.
Nic
They didn’t though AFAIK.
And how ironic that a Rafale fan should accuse someone of truth bending. Others tried bend the truth by introducing the AMRAAM explanation, I explained that it was relevant because the Gripen had AMRAAM too.
Right, so the Typhoon’s kinematics alone (altitude and speed) took it from 5.5 to 8 on engagement? Given that the Gripen can do M2.0, what the hell is the Typhoon? Firefox?
Or maybe this, or maybe that, or maybe, just maybe, it means exactly what it says! I would have thought the RBE2-AA would have had better ECM resistant if that was a factor.
I didn’t say the radar was superior, overall, it was worse on detection and acquisition but the larger antenna proved advantageous for engagement where scan rate wasn’t much of a factor.
Actually other grades like detection, could relate to ESM, if I too were a truth bending master.
In other words, you don’t like one axis of eval chart you previously championed, so you dismiss it. At least I can accept where the Typhoon has weaknesses. You’re demonstrating a lack of maturity.
Nope but it’s pretty obvious that the swash plate is a dead end, as logic dictates that the future will be “smart skin” with 360° multifunction GaN coverage.
Nic
It’s not a dead end at all, the small radar is the real dead end for the next 20 years. JFC, it’s like saying, “radars and smart skin are a dead end, ESP is the future.” Get it somewhere even moderately close to production, or at least a proven technology, then we’ll discuss it. If smart skin is the future, then a small aircraft is also a dead end.
For the next 2 decade a swash-plate radar and 2-way data link will enable the pilot to go evasive much sooner and hence improve survivability.
It’s comparable enough in that it does a decent job in this regard.
Pffft… hardly. A missile seeker is only effective out to about 20-25km, IRST is effective out to 90-150km depending on target size.
The EW is very impressive right now, we can only wait to see what the EF comes up with in 2021.
Not sure. Its safe to assume that it will be C and A compliant. The JSM for example cannot be carried internally on the B from what I understand.
I know, this is why I hope the UK decides to go half-half on As and Cs. Either that or they take the hacksaw to the missiles, cut 20cm out and then weld the two larger pieces back together.;)
“kinematic performance” does not normally refer to the max speed….
You are actually right, one should not just assume that “Detection” refers to the radar only; perhaps it is something more than that.
Regarding “engagement”, why don’t you back up your definition of the word?
Here is one definition, probably written by somebody who knows much more about this than either of us:
http://www.f-16.net/glossary-E.html
Unless you can come up with something better than “you are wrong” I suggest we end this silly discussion right here.
In terms of increasing the range of a launched missile, it actually does, speed and height, it’s really that simple.
Engagement means only one thing in air combat. And that definition pretty much backs up my version. The EF can get in a position to launch first because the radar can gain lock from a greater range. Gripen C with the exact same missile only scores 5.5 vs 8 for the EF. I would have to argue that the ability to get into a firing position first is maybe being underrated.
http://www.ausairpower.net/APA-Engagement-Fire-Control.html
Engagement and Fire Control Radars
Perhaps it’s also just a coincidence that Detection, ID, Acquisition and Engagement are all next to each other.
It’s only silly because people such as yourself are unwilling to accept any weaknesses in their fan aircraft, even those that come out in an eval that they themselves use in the first place. You don’t see me arguing about what detection means, or debating the QRA figure.
To be precise, from the apperance of Aim-9 Lima & Mike and on the other side of the R-73 NO PLANE both in West than East has been designed with sustained turn as a prime requisite and also the later versions of F-16 happily left it go.
So your consideration about the age difference between the Su-27 and the Typhoon just doesn’t make sense as we are here comparing just a single flight paramether, and one that have been somewhat shifted from main focus, and not the whole package.Just take another paramether, like the climb rate, this instead essential for an A2A plane and you will found how Typhoon reach 315mt/sec, Su-27 about 300m/sec, our old F-104S 277m/sec while of all teen fighters just the F-15 is credited with something more than 254m/sec…
Change it into max speed and F-15 would jump to the top and Typhoon to the bottom…
Neither STR nor ITR is considered a primary design focus right now. Stealth is designed to kill from BVR and HMCS+HOBS+LOAL ticks off the WVR eventuality. Designing for STR and ITR compromises stealth and isn’t going to add much to WVR either, so whilst it’s fun to discuss the issues, they’re just not considered key ingredients anymore. It’s all Stealth + SA + Networking. So when someone is fiddling around with aero mods it’s probably to do with flight characteristics with a given load-out but of course they won’t want to admit that, because it makes them look less competent, so they sell it as a performance enhancement….. on an aircraft that already max’d out the score sheet in that area. It’s pretty clear of all the complaints the Swiss had with the EF, performance was not one.