I don’t think it’s worth the time let alone effort to debate whether the Rafale will replace existing types in AG roles and others or not. It will, that’s the plan being pursuit and there is no plan B other than introducing UCAVs at some point in time which might take their share. That airdefence is stated in the first position proves absolutely nothing and is most likely just coincidence and not intentional to “highlight” priorities. And I believe our French collegues here might be able to point you to the right source stating that 3 out of 5 major operational requirements were related to AG, while the other 2 were related to AA. Given the number of platforms the Rafale replaces and taking their roles into account it’s save to conclude that AG was a greater priority, albeit they didn’t sacrifice much of AA capability to achieve this, thanks to a smart design benefiting from advanced technologies. The Typhoon is undeniably more leaned towards AA in comparison from a requirements and actual development perspective, but from a design perspective there isn’t too much of a difference as far as balance is concerned. The Typhoon trades the ability for heavy weapons carriage plus significant fuel carriage, for conformal carriage of AAMs and basically excellent payload capabilities for AA and lighter AG/AA weapon mixes. Rafale trades conformal AA carriage and AA loadout to a lesser extend for an arrangement that allows for the carriage of multiple large stores including large drop tanks plus heavy weapons and it trades a more powerful radar for sufficient downwards visbility for carrier operations. Other than these factors there isn’t anything particularly critical that makes a real difference to balance and that could be considered as a design inherent limitation. Overall I tend to give the Rafale a slight edge in balance, but the difference isn’t that significant from a pure design perspective, at least IMHO.
just my 2ct
And it only affected the 10 batch 1 Rafales. Batch 2 examples were immediately upgraded after F3 was cleared. Albeit it was too a large extend a software upgrade, like F-35’s block 3 upgrade will be largely software driven, possibly obsolescence and hardware fixes are of course likely.
Because the UK’s fleet of Lightning IIs is limited, it makes sense to use them to penetrate the IADS and locate targets for Storm Shadows, Spears or other standoff weapons carried by Typhoons. If Lightning II uses omnidirectional Link -16 it immediately becomes a SAM magnet. This is why LPI communications between Lightning II and Typhoon makes sense. The Typhoons, being outside the reach of the IADS threat, can act as a communications gateway to other RAF and RN assets. Leverage the stealth and sensors of Lightning II and the load-carrying capability of Typhoon.
It makes little sense if you sent in an F-35 for searching targets for Storm Shadow or SPEAR equipped Typhoons. The latter is not overly long ranged and would be better employed by the F-35 itself if it can carry it. The former in return is a weapon designed to take out high priority pre-planned targets.
Wrt to LPI DL sure it would make sense, albeit it’s doubtful that a LINK16 using platform “immediately” becomes a “missile magnet”, at least at this point in time and most likely over the coming years as well. As said interoperability is given via LINK16 and might be given if other DLs might be integrated in the future. SATCOM is offer for Typhoon, but no ordered by anyone yet.
Yes, the Europeans produced fewer early production aircraft, but they are much smaller programs in general as well. The 10 Rafales subject to upgrade are something like 10% of the total Rafale production so far.
When you consider that the F-35 program is structured to deliver far greater numbers of aircraft its early production models are not a huge percentage of the total. Additionally, these aircraft were always intended to be upgraded to the full standard. This is a planned part of the program, always was.
As for them only being funded for upgrade to Block III, that is the full production standard. No aircraft design ever stands completely still and the F-35 is no exception. Block III is where they chose to draw the line. I expect eventually they will receive further upgrades, as will all other F-35s.
As for the F-35 being a more expensive program than the European designs… it is. It is also a far more technologically ambitious program of far greater scale. If the US set out to produce a 4th generation fighter in the 90s we know what that program would look like, the Super Hornet, and it came in on time and budget and the Navy is thrilled with its performance.
The number of “early” aircraft i.e. LRIP wouldn’t be much less if lesser at all in comparison to the early variants of the Rafale. You compare projected total numbers of the F-35 with delivered numbers of the Rafale which is flawed. You need to take into account the number of aircraft delivered in pre-default configuration vs projected or actual total numbers. (Projected numbers are subject to change)
Both Rafale and Typhoon programs took a concurrent approach like the F-35 program, but the extend of overlapping is different. Early Rafales and Typhoons were always meant to be upgraded to the “final” configuration reflecting the agreed configuration as laid out in the weapon system performance specification. In case of the Rafale it’s F3, in case of the Typhoon it’s block 5 and in case of the F-35 it’s block 3. Actually not much of a difference at all.
As far as the Super Hornet is concerned I agree, but I beg to differ on one point, the SH wasn’t a clean sheet design. It greatly benefited from the legacy Hornet with the initial F/A-18E/F block I sharing 90% avionics commonality and avionics account for most of the delays and costs of modern military aircraft programs.
Why spend money developing exotic ground attack capabilities for Typhoon when Lightning II will provide them? That money would be better spent providing interoperability between Typhoon and Lightning II through LPI data links and SATCOM.
This view ignores 2 fundamental facts:
1.) The Tornado GR.4 force is slatted for retirement before the F-35B will become operational and would thus leave a capability gap until the F-35B is ready at some time in the feature, yet to be confirmed.
2.) While the UK hasn’t made up its mind on the quantities of F-35Bs, it is said that RAF & RN may have to cope with only around 50 airframes which might be insufficient, so a duplication of capabilities or at least a certain overlapping might be unavoidable.
Interoperability will be given via LINK16, albeit an LPI-link would be desirable, but such a link shouldn’t necessarily be limited to Typhoon <=> F-35 as it would be short sighted.
lol
http://rafalenews.blogspot.com/2012/01/new-life-for-rafale-m-f1.html
There you have it, 10 early model Rafale’s were stuck in storage waiting for money to bring them up to current production standard. The money was eventually found, but it was not built into the program as it is for the F-35. (Which as has already been explained in this thread has money built into the budget to upgrade early F-35s, and costs will be split between Lockheed and the Pentagon.)
Think about it, these planes were delivered as late as 2002, flew for only 6 years before being mothballed, and here we are in 2013 and it will still be years before the last of the early production Rafales will be brought up to standard. (Literally 17 years after it was delivered…)
Here are some nice pictures showing the extent of work being done:
http://www.meretmarine.com/fr/content/la-renovation-des-rafale-f1-commence
Clear enough for you? :confused:
Same wasn’t true for the 48 batch 2 Rafales or the T1 Typhoons pre block as you were talking about European designs. And retrofits for the F-35 might be budgeted for block 3, but not beyond and one of the reasons for reducing LRIP quantities was to avoid costly retrofits for fixing bugs arising from premature production. And in contrast to LM European companies deliver aircraft at relatively stable prices and they did so from the very beginning, even while they had to cope with much smaller orders and production rates that are evena far cry from F-35 LRIP build rates. LM needs to build a few hundred jets first, then several dozen a year to “guarantee” a halfway stable and lower price. If LM had to work with funds and projected numbers that European manufacturers have to work with the F-35 program would be long dead. So much about apples and apples.
Indeed, retrofit costs are built into the program, something that was not done with the early model Rafales or Eurofighters for instance…
And you are aware of the contractual agreements of the European programs? Doubtful! And for someone criticising people for “not knowing about costs” you are surprisingly clueless. Comparing apples with oranges and call it apples with apples.
To add to what Paralay said:
N-011 is the predecessor of the N-011M with a slotted planar array vs passive electronically scanned array with a mechanical gimbaling system. The N-011 was designed for the Su-27M/T-10M also famously known as Su-35 Super Flanker or Flanker E.
The N-011M was flight tested on the last Su-27M pre-production aircraft and ultimately fitted to the Su-30MKI and its derivatives MKM & MKA and has been further developed ever since.
The Zhuk-27 was reportedly the original N-001 radar fitted to the Su-27 and some of its derivatives.
It’s over when it’s over i.e. a contract is signed between the UAE and one of the manufacturers who wins the award. Until then I wouldn’t give too much credit to the media gossip.
As often the truth lies somewhere in the middle. Hopsalot isn’t wrong per se. In reality many RWRs doesn’t detect a radar before the radar detects the target, but that is always dependent on the circumstances and variables. More sophisticated RWRs will likely hold an edge over contemporary radars when it comes to “first detection”, but as Hopsalot pointed out correctly that depends on the targets RCS, atmospherical conditions and geometry. The RWR has the advantage of dealing with a stronger signal, the radar holds the advantage of having a larger gain due to its sheer aperture size advantage if everything else is the same. The geometry is another crucial factor. All fix aerials have a “preferred” direction and the greater the angle deviation the smaller the sensitivity and the smaller the subsequent range performance of the receiving device. It’s noteworthy that the same is true for fix radar apertures as well. At the end no one can say for sure that radar X will detect target A, before RWR Y of target A will detect radar X’s transmissions and the other way round, even less so at what distances unless all variables are known.
Just my 2ct
Thanks for the reply Aereo, I was of the impression that 111 received its first aircraft in May 2006 and I’m still looking for the exact date.
Welcome Aereo.
A good first post! Maybe you can answer a question to which I have found no answer up to date!? Do you know the official inauguration date of Escuadron 111?
T1s are more capable in AG at this point in time due to the Austere AG capabilities introduced under CP193 (i.e. Litening 3 and EPW II integration). With the Drop 1 & 2 enhancements in place further enhancements have been introduced to boost AG capabilities. That’s not available to current T2s, but it will change with the introduction of the P1E upgrade for T2 examples, albeit some P1E changes wrt to the MMI for AG will be or have been ported to T1s already, before P1E is actually released to the customers.
Scorpion, is there a place i can find a clear sum up of drops, tranches, blocks, SPs, PEs etc. about Eurofighter? Tried to follow your discussion with JL on starstreak, but got lost somewhere…
Thank you 😎
There is no public summary out there that could be regarded as accurate, complete and up to date. You’ll find some sides that provide such an overview, but most are outdated.
If I find some time, I may compile a basic overview, but I can’t say when yet.
Thank you for the answer.
Apologies if these are very broad questions.1- Can the T1 block 5 be upgraded to something better.
2- What sort of missions does the T1 B5 carry out.
3- Is it expensive to operate.
4- Is the t1 b5 a good air to air plane at leat comparable to the F-15.Regards
1 – Block 5 doesn’t say to much. Capability is defined by PSCs and SRPs, T1 AC have evolved continuously and they are still being upgraded with the next major step being the T1 Evolution Package 1 which is centred around Drop 3 and will include a number of other changes, including further induction of T2 hardware to increase commonality/interchangability
2 – Those that are permitted by their weapon options; The Litening 3 LDP is softwarewise integrated on all Typhoon’s since SRP 4.3 and additional changes have been introduced with Drops 1 & 2 (UK only, soon GE) and will be part of T1EP1 (refer to 1)
3 – Depends on the definition of expensive, but it ain’t cheap in any case
4 – superior in most aspects and thus overall at this point in time
Do the pilots of the T1 B5 wear the BAE guardian HMD helmet and if so, do the Spanish pilots use it as part of their flight gear.
Thank you all.
No it’s the HEA aka HMSS aka Striker. How far the Spanish have progressed with HEA introduction is unknown to me, but it’s available per se.
@Lighting
I have not seen a reference about R2Q, only T2Q (for T2 AC only). But it might be that some T1 compliant variant will be inducted on T1s latter. It’s noteworthy that some T2 radar LRIs are being requalified on T2s. Can’t go into details…
R2P is thus far the lattest and used by the GAF (interim clearance) and RAF and IIRC AMI. It will be introduced for all with T1EP1 (including Spain and Austria).