I also hope that the unveiling of China's new 6th generation aircraft will encourage more neighbouring countries to join GCAP and may it lead to its early completion. For Japan, year 2035 now seems dangerously late in timetable.
 
I also hope that the unveiling of China's new 6th generation aircraft will encourage more neighbouring countries to join GCAP and may it lead to its early completion. For Japan, year 2035 now seems dangerously late in timetable.

It's interesting how this might affect things. Japan has already been very keen to meet the IOC deadline and that has affected partnerships. On the one hand it now makes meeting the deadline even more desperate. On the other hand the need to keep up with China technologically and possible increasing interest from partners might mean extra funding is needed.

Relatedly there were also questions early on about high-tech vs exportability, I think Justin Bronk mentioned this in a select committee meeting. There was also a seperate comment at an airshow IIRC that the Japanese had been more cautious from an engineering perspective than the other partners. I wonder if this will change the calculation.

At least it seems likely that there won't be any problems getting Japan to throw money at the project.


Also, re: beyond the Asia-Pacific. While China has so far been reluctant to sell top end aircraft, eventually derivatives may be sold to China's allies. So everyone will need to pay attention.
 
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Well, now everyone in the Asia-Pacific is shitting their pants, good news for GCAP? Emphasises the wisdom of joining up with Japan and thus needing to be seen as competitive with China.
But do UK and Italy need to be competitive with China? Or does this just force a lot more cost and risk into the programme?
 
But do UK and Italy need to be competitive with China? Or does this just force a lot more cost and risk into the programme?

It's a common question, but I'm not sure it's actually a killer point anymore. As I mentioned above, simply not being next to China may not prevent counties facing Chinese-developed planes in future.
 
It's a common question, but I'm not sure it's actually a killer point anymore. As I mentioned above, simply not being next to China may not prevent counties facing Chinese-developed planes in future.
Yeah, but those are more likely to be JF-17s or J-35s if any at all? Plenty of countries buy combat aircraft that aren't aiming for the top worldwide position.
 
India (Intive to part GCAP) and Australia is in interesting GCAP, who else interest in Asia-Pacific? It is great choice as GCAP is focus long range as prefect for UK and Japan, Australia, Indian as lots open water arounds. And Italy cover wholes Mediterranean sea.

I'm aware Saudi Arabia is interesting.

It is seem positive so far.
No chance for India. Their technical capabilities are all-around inferior to that of GCAP partner countries, and they have very heavy emphasis on "Make in India", transfer of technology and workshare, domestic participation and localization. These two aspects are not compatible with one another. Same reason for which they quite FGFA, and are solely pursuing AMCA, conceived and managed by themselves. And it seems like AMCA will be ready around the time GCAP will be ready, albeit they are not comparable platforms.

I also hope that the unveiling of China's new 6th generation aircraft will encourage more neighbouring countries to join GCAP and may it lead to its early completion. For Japan, year 2035 now seems dangerously late in timetable.
Can't understand why you're in such a panic mode. The recently revealed CAC and SAC aircrafts are most probably technology demonstrators/pre-EMD prototypes. In that sense, GCAP is only a couple of years late compared to the Chinese effort, as BAE Tempest demonstrator is slated for 2027 maiden flight.

Also, more countries joining GCAP is the direct opposite of what GCAP partners would need to progress GCAP development faster, not to mention there's only one country in the Indo-Pacific region(Aussies) that is in the right optimum to join GCAP.
 
The serial number points to the 11th plane manufactured and the overflight of an urban area underline a relative confidence in the level of development.
We also have seen Chinese FBW much less reliable than what was given to see here.

The J-20 flying prototypes were 2010-2017 but then followed by 2101 and a twin seat 2032. I dont think you should read too much into it having 11 in the name.
 
The serial number points to the 11th plane manufactured and the overflight of an urban area underline a relative confidence in the level of development.
We also have seen Chinese FBW much less reliable than what was given to see here.
The Chinese have gained FBW actuation experience from reverse engineering the FBW actuation system from the 777 and other platforms including the Russian system used in the SU-27 as examples. Do to the critical nature of FBW reliability, I'm sure they have much improved their FBW systems. A few years ago, I downloaded images of the FBW actuators used in the various, newer Russian military jets from I think, their only aircraft actuation supplier. The servoactuators do look kind of "industrial" and would seem to be much heavier than Western type units. The Russians also use variants of the same baseline-design actuators for most their FBW military jets. More than likely these variants revolved around bore, stroke and different control laws naturally.
 
The Chinese have gained FBW actuation experience from reverse engineering the FBW actuation system from the 777 and other platforms including the Russian system used in the SU-27 as examples. Do to the critical nature of FBW reliability, I'm sure they have much improved their FBW systems. A few years ago, I downloaded images of the FBW actuators used in the various, newer Russian military jets from I think, their only aircraft actuation supplier. The servoactuators do look kind of "industrial" and would seem to be much heavier than Western type units. The Russians also use variants of the same baseline-design actuators for most their FBW military jets. More than likely these variants revolved around bore, stroke and different control laws naturally.
hydraulics are hydraulics. Aviation just uses higher strength cylinder bores so they can be lighter than industrial units of the same strength. Or uses screw jack units for things that don't need a fast response speed.

Electrical actuators are where things get interesting.
 
I will have to dig out some of the images of the Russian FBW actuators, very interesting and look similar to the Tornado units, definitely beefier than our US supplier actuators. 3000 psig uses aluminum or high-strength steel. If going to 5000 psig then its usually Titanium for strength and light weight but high-strength steel is an option.

Current aircraft hydro system pressures are 3000, 4000 and 5000 psig. In regards to electromechanical actuators, maybe but EMA failure modes (gear train jamming) are a big concern, that is why no Western manned aircraft use them especially on commercial transports, only unmanned platforms. Electrohydrostatic actuators (i.e. F-35) are very large and are electrical power hogs but the F-35 still requires a distributed hydro system (landing gears, bay doors, etc). USAF and LM have been wrestling to get EHA weight and power consumption reduced but required horsepower is horsepower.

The Chinese may be the first to use EMAs on a high performance manned platform or maybe EHAs, the Chinese seem to be bold enough to try. EMAs and EHAs use electric motors and are not efficient at holding static hinge moments, electric motors are the most efficient when operating at there optimum design points.
 

Looks like Japan is taking airframe design lead including influencing the size of the IWB which is going to be larger than the F-35. The UK is taking electronics systems lead, and Italy is taking flight systems lead.

防衛省関係者によりますと、日本は、軽量化やステルス性の向上に欠かせない複合材の技術力などを生かして、主に機体のデザインを担う方向で調整が進んでいるということです。

また、ステルス性を保つにはミサイルや爆弾などを機内に格納する必要があるということで、最新鋭のF35戦闘機より多く格納できるようなデザインを検討したいとしています。

一方、イギリスは電子システムを、イタリアは機体制御を、それぞれ主に担う方向です。

According to a Defense Ministry official, Japan is making adjustments to take the lead in designing the aircraft, taking advantage of its composite material technology, which is essential for weight reduction and improving stealth.

In addition, since missiles and bombs need to be stored inside the aircraft to maintain stealth, they would like to consider a design that can store more than the latest F35 fighter jet.

Meanwhile, the UK is mainly in charge of the electronic system, and Italy is in charge of aircraft control.

It does make sense with how much Japan has put into composite airframe construction and their new adhesive bonding method. The two things I am most interested in is if there will be significant design changes to what we have seen so far as those were all early concept designs and how Japan taking over IWB capacity will affect the size such as fitting in large AShMs like the new MHI design.
1735505677557.png

ab.PNG

Also this spacebattles forum thread was pointed out to me recently and apparently Japan had a significant role in the RAM and insulation ceramics for the F-22, so it will be interesting to see how the technology has progressed since then. 1648273767243.png

Obviously there will be crossover along the 3 system designs, but I really hope the other aspects of pre-GCAP F-X work is retained as there were some interesting designs there too.
 
It does make sense with how much Japan has put into composite airframe construction and their new adhesive bonding method
Most composite bonding process, be it secondary bonding, co-bonding or co-curing, needs an adhesive. If it's a metal to composite bonding like in the case of main wing box, it's always the case. In that sense, the "new adhesive bonding method" is actually nothing new. The co-cured main wings for F-2 were first at the time, but not anymore.

What's actually new is that they are trying to expand the co-curing application to top-sheet(by that I mean the wing surface pre-preg) of the wing as well as the fuselage. Until F-2 they couldn't do that for the wing upper surface and the fuselage, so I think this just shows Japanse confidence concerning their experiences as well as advances in manufacturing technology gained starting with F-2 and continued with B787, etc.

Though the Brits (as noted on the BAE EAP thread) as well as Italians are very advanced in composite materials and structures as well, so I think there could be great synergies. Same story for avionics and FLCS.
 

Looks like Japan is taking airframe design lead including influencing the size of the IWB which is going to be larger than the F-35. The UK is taking electronics systems lead, and Italy is taking flight systems lead.

防衛省関係者によりますと、日本は、軽量化やステルス性の向上に欠かせない複合材の技術力などを生かして、主に機体のデザインを担う方向で調整が進んでいるということです。

また、ステルス性を保つにはミサイルや爆弾などを機内に格納する必要があるということで、最新鋭のF35戦闘機より多く格納できるようなデザインを検討したいとしています。

一方、イギリスは電子システムを、イタリアは機体制御を、それぞれ主に担う方向です。

According to a Defense Ministry official, Japan is making adjustments to take the lead in designing the aircraft, taking advantage of its composite material technology, which is essential for weight reduction and improving stealth.

In addition, since missiles and bombs need to be stored inside the aircraft to maintain stealth, they would like to consider a design that can store more than the latest F35 fighter jet.

Meanwhile, the UK is mainly in charge of the electronic system, and Italy is in charge of aircraft control.

It does make sense with how much Japan has put into composite airframe construction and their new adhesive bonding method. The two things I am most interested in is if there will be significant design changes to what we have seen so far as those were all early concept designs and how Japan taking over IWB capacity will affect the size such as fitting in large AShMs like the new MHI design.
I'm not surprised, the F-35 bays are about as small as you can pack a reasonable strike package into. 2x BVRAAMs, 1x ARM, 1x large bomb or 4x SDBs.

I'm honestly expecting something on the order of the old ATA bay capacity, 2x BVRAAMs, 2x ARMs, and 2x Large bombs (or other options for smaller bombs). And probably more AAM space than just 2x.
 
I will have to dig out some of the images of the Russian FBW actuators, very interesting and look similar to the Tornado units, definitely beefier than our US supplier actuators. 3000 psig uses aluminum or high-strength steel. If going to 5000 psig then its usually Titanium for strength and light weight but high-strength steel is an option.

Current aircraft hydro system pressures are 3000, 4000 and 5000 psig. In regards to electromechanical actuators, maybe but EMA failure modes (gear train jamming) are a big concern, that is why no Western manned aircraft use them especially on commercial transports, only unmanned platforms. Electrohydrostatic actuators (i.e. F-35) are very large and are electrical power hogs but the F-35 still requires a distributed hydro system (landing gears, bay doors, etc). USAF and LM have been wrestling to get EHA weight and power consumption reduced but required horsepower is horsepower.

The Chinese may be the first to use EMAs on a high performance manned platform or maybe EHAs, the Chinese seem to be bold enough to try. EMAs and EHAs use electric motors and are not efficient at holding static hinge moments, electric motors are the most efficient when operating at there optimum design points.

FWIW, the Flanker family has 4000psi/280bar hydraulics, the Su-57 has 5000psi/350bar (like Rafale).
 
I'm not surprised, the F-35 bays are about as small as you can pack a reasonable strike package into. 2x BVRAAMs, 1x ARM, 1x large bomb or 4x SDBs.

I'm honestly expecting something on the order of the old ATA bay capacity, 2x BVRAAMs, 2x ARMs, and 2x Large bombs (or other options for smaller bombs). And probably more AAM space than just 2x.

BAE have been testing the flexible weapons bay for years now...

 
i'd say Leonardo has a lot of experience in the field and it's going to be improved tenfold by working with the japanese companies, i'm sure the FCS is going to be very effective and i hope we sell many GCAPs when it comes, Leonardo really needs the revenue
Good point!

OTOH "The M-346's digital flight control system will be provided by Teleavio and Marconi Italiana in collaboration with BAE Systems. "

On Eurofighter, [DASA/EADS/Airbus] in charge if DFCS development "in collaboration with BAE Systems." meant BAE Systems Rochester largely running the show.
 
I'm not surprised, the F-35 bays are about as small as you can pack a reasonable strike package into. 2x BVRAAMs, 1x ARM, 1x large bomb or 4x SDBs.

I'm honestly expecting something on the order of the old ATA bay capacity, 2x BVRAAMs, 2x ARMs, and 2x Large bombs (or other options for smaller bombs). And probably more AAM space than just 2x.

I think they Possible around (might be bit big)
Two for main iwb = 6.15m x 1.15m for asm-3 x 0.65-0.75m (fc-asm)
IWB cross 2 weapon to fit this ASM-3 Kai (6m) L x 0.95m w / FC-ASW (0.48m)

two for side iwb = 4.1m x 0.45m x 0.45m
side iwb use (meteor / aam-4) or 2 sraam / 4x spear 3


ASM-3
Length
6 meters (20 feet)
Width
950 millimeters
Missile body diameter
350 millimeters
Mass
940 kilograms (2,070 pounds)

5.2m x 0.6m x 0.5m for estimate for fc-asw

also possible focus 2 lay depth for paveway iv/jdam-j (quicksink)/ spear 3 (3 layer?)

maybe im wrong
 
I think they Possible around (might be bit big)
Two for main iwb = 6.15m x 1.15m for asm-3 x 0.65-0.75m (fc-asm)
IWB cross 2 weapon to fit this ASM-3 Kai (6m) L x 0.95m w / FC-ASW (0.48m)

two for side iwb = 4.1m x 0.45m x 0.45m
side iwb use (meteor / aam-4) or 2 sraam / 4x spear 3
So you're thinking 2x ASM-3 and 2x BVRAAMs?

Or 2x ASM-3 plus 2x FC-ASW in the main bay(s) and 2x BVRAAMs in the side bays?
 
So you're thinking 2x ASM-3 and 2x BVRAAMs?

Or 2x ASM-3 plus 2x FC-ASW in the main bay(s) and 2x BVRAAMs in the side bays?

i think it could be main weapon bay
2x ASM-3 only
or
2 fc-asw + 2 braam

as my estimated as i thinks they would like go this size ASM-3 as basic size for iwb is as FC/asw more slim diameter yet big depth than ASM-3 L600cmxW95cmxH(D)35cm vs Fc/ASW rumours (L)520-600cmx(W)62cm-46cmx(D/H)46cm add 20cm ish width + depth spacer fc/asw got enough space for aam-4/meteor (20cm/17.8cm) which asm-3 wide body but less depth.

maybe one square 68cm2 with 53cmx34cm

modular bay will easy install rapid loading differential configuration weapon to different mechanical drop weapons

side weapon bay
1x or 2x braam

as estimated side weapon; 290-370cm x 17.9cm/20cm/16.6cm x 17.9cm/ 20cm/16.6cm (aam-4 / meteor / asraam ) so add 20cm so 310-390cm x 60cm might add 2 braam (+20cm) each side weapon bay so can 2 row spearsx2 line (4 spears) 180cmx18cmx18cm in one side.
 
1735945183898.png
Apparently F-X was already planned to have 8 internal missiles before it became a much larger airframe with GCAP so we are at least looking at a minimum of 8 and potential for 10.

I think the ideal scenario would be 2 main strike bays that could carry 4 MRMs each, 1 large SSMs each, or 2 AIM-174Bs each with the traditional SRM side bays being upgraded to carry MRMs. Alternative would be 3 MRMs each, 1 large SSM, or 1 MRM and AIM-174B each with the SRM bays carrying 2 MRMs each like djpowell said.

Alternatively, instead of adding AIM-174B capability, it would be interesting if Japan did their own version with an air launched Type 03 Kai as it's only 4.9m long.
 
1735967667941.png
So the Japanese ATLA released archived docs from the 2024 symposium and there was one on the XF9 which now puts the thrust at 153 kN (1.53 is certainly a typo) after improvements on the engine. The original wet thrust was 147 kN, so this officially puts it above the 15 ton figure and only 3 kN less than the F119 while being 18cm shorter and 30cm slimmer.
 
The serial number points to the 11th plane manufactured and the overflight of an urban area underline a relative confidence in the level of development.
We also have seen Chinese FBW much less reliable than what was given to see here.


No, to in case I sound rude, but that‘s a lack of understanding of the CHinese numerical system: 20 stands for J-20, the third digit for the x-th variant of that type (= for the J-20 demonstrators, 1 for the true prototypes, … 3 for the J-20S and 5 for the J-20A) and only the final, fourth digit shows the number built.
 
UK, Italy invite India to join GCAP 6th generation fighter programme
Defence Forces Newsroom December 28, 2024 62


In a move that could significantly reshape the landscape of international defence collaboration, the UK and Italy have expressed their support for inviting India to join the Global Combat Air Programme (GCAP). This ambitious initiative, which already includes Japan, aims to develop a sixth-generation stealth fighter by 2035. This is not the first time India has been approached to participate. Two years ago, the UK extended an initial invitation for India to join Project Tempest, the precursor to the current GCAP.

 
UK, Italy invite India to join GCAP 6th generation fighter programme
Defence Forces Newsroom December 28, 2024 62


In a move that could significantly reshape the landscape of international defence collaboration, the UK and Italy have expressed their support for inviting India to join the Global Combat Air Programme (GCAP). This ambitious initiative, which already includes Japan, aims to develop a sixth-generation stealth fighter by 2035. This is not the first time India has been approached to participate. Two years ago, the UK extended an initial invitation for India to join Project Tempest, the precursor to the current GCAP.

A Brazilian source that quotes defense.in which is just a blog forum not too different from here with no actual announcement from any of the main GCAP nations? The defense.in article gives no actual source and actually has another post talking about how India wont join GCAP.

It's not a surprise that its fake either. Realistically who wants India on as a partner for a 6th gen program when they are still struggling to put out their 4th gen in any meaningful capacity 40 years down the line from when the project started. This isn't even a one time issue as basically every single big defense program from India from planes, helicopters, tanks, and even service rifles all deliver 20-30 years late. This is the exact opposite approach that GCAP is trying to take with deliver times.

Also what would India even add to GCAP? Things like Tejas had French help, Arjun had German help, and both underdelivered with massive delays. Even with western support in their domestic programs, they get dragged down by their domestic industry. At least with the Saudi offer, they could offer a sizable capital contribution and weren't expected to make unreasonable demands. Every joint program India does, they require massive domestic industry participation, so I don't think they would want to be told to just sit down and pay up.
 
A Brazilian source that quotes defense.in which is just a blog forum not too different from here with no actual announcement from any of the main GCAP nations? The defense.in article gives no actual source and actually has another post talking about how India wont join GCAP.

It's not a surprise that its fake either. Realistically who wants India on as a partner for a 6th gen program when they are still struggling to put out their 4th gen in any meaningful capacity 40 years down the line from when the project started. This isn't even a one time issue as basically every single big defense program from India from planes, helicopters, tanks, and even service rifles all deliver 20-30 years late. This is the exact opposite approach that GCAP is trying to take with deliver times.

Also what would India even add to GCAP? Things like Tejas had French help, Arjun had German help, and both underdelivered with massive delays. Even with western support in their domestic programs, they get dragged down by their domestic industry. At least with the Saudi offer, they could offer a sizable capital contribution and weren't expected to make unreasonable demands. Every joint program India does, they require massive domestic industry participation, so I don't think they would want to be told to just sit down and pay up.
Such a move could also influence other nations to consider joining, further broadening GCAP’s international reach. For now, Germany’s alignment remains firmly with FCAS.

Meanwhile, the United Kingdom also previously invited India to collaborate on the Tempest program, the precursor to GCAP, but the prospects of India joining the initiative remain slim at present.

However, the slow progress of India’s fifth-generation fighter program could change the dynamics in the future, potentially leading to a reconsideration of the GCAP option.

In a similar line, Shashank S. Patel, an India-based geopolitical and defense analyst, told EurAsian Times that India’s most significant challenge lies in the successful domestic development of the Advanced Medium Combat Aircraft (AMCA) before 2030.

With an urgent need to upgrade its air combat capabilities, India has been compelled to procure advanced fighter jets from foreign manufacturers, a factor that may affect its interest in pursuing participation in the GCAP initiative.
He said, “As the members of GCAP agreed to expansion, it is a certain possibility that India will get an invite to join this sixth-gen fighter jet program. India’s inclusion will shorten the time elapsed for completion of the project by some years compared to the planned launch in the mid-years of the next decade. It is not a baffling defense enigma that India is open to scrolling such proposals, as India-France held such talks in the past to materialize such joint development initiatives.”

Patel argued, “It is obviously in favor of Indian air capabilities to join such next-gen tech initiatives, which will enhance the current rolling of fifth-gen fighters as well as establish its own elite cohort of countries of sixth-gen fighters of the future. The core lies in ‘how early and when this multinational grouping develops supersonic 130kN+ thrust class engines to propel such jets’.

Another key factor that may influence India’s decision is the current state of the Indian Air Force’s combat aircraft fleet, which has reached an unprecedented low. The IAF is currently operating with just 31 squadrons, a number not seen since the 1965 India-Pakistan war.

The authorized strength for the IAF is set at 42 squadrons, a target intended to reflect the strategic threat levels at India’s borders. However, the force has been steadily shrinking due to the retirement of aging Soviet-era aircraft, with replacements failing to be inducted at a pace necessary to maintain operational readiness.

Compounding this challenge is the IAF’s ongoing struggle with the Medium Multi-role Combat Aircraft (MMRCA) acquisition process. India’s request for information (RFI) to acquire 114 fighters has yet to make significant progress, further delaying the replenishment of its fleet.

Meanwhile, India’s adversaries, such as China and Pakistan, continue to develop or acquire advanced fighter technology. China now operates two stealth fighter jets, while Pakistan is in the process of acquiring J-35 stealth aircraft from China.
Business Standard learns that a UK delegation, including Ministry of Defence (MoD) officials and executives from British defence giant BAE Systems, who will arrive on February 18 for the Aero India 2019 exhibition in Bengaluru, will brief Indian MoD and IAF officials and gauge the potential for collaboration.


The U.K.-headquartered firm will lead “Team Tempest,” which also includes engine-maker Rolls-Royce, Italian defense contractor Leonardo, and the European missile consortium MBDA. The aircraft will have two engines hidden away deep inside the airframe to help keep its radar and infrared signatures as low as possible. Rolls-Royce says they are working on an engine design that will leverage composite materials and advanced manufacturing processes to be lightweight, have better thermal management, and still keep costs low. The powerplants will have digital controls for more precise power management and to readily provide maintenance personnel with information about whether components need replacement and other aspects of the system’s “health.”

Britain has promised to help transfer advanced technology to produce fighter jets in India — the first concrete attempt by the West to move India away from its dependence on Russian arms.

The move was announced by Prime Minister Boris Johnson when he visited his Indian counterpart Narendra Modi in New Delhi last week, when India and the UK reiterated their commitment to cooperate on defense and security issues.




Details of the project were not released but U.S. defense publication Defense News reported that the offer likely relates to the U.K.’s sixth-generation Tempest Future Combat Air System program.

 
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The move was announced by Prime Minister Boris Johnson when he visited his Indian counterpart Narendra Modi in New Delhi last week, when India and the UK reiterated their commitment to cooperate on defense and security issues.
We're now on our third PM since Boris, who hasn't been in power since 2022 and was generally regarded as a disastrous clown by even his own MPs. While Truss and Sunak might have considered themselves slightly bound by Boris's promises, Starmer represents a complete change of government.
 
India’s most significant challenge lies in the successful domestic development of the Advanced Medium Combat Aircraft (AMCA) before 2030.
India’s inclusion will shorten the time elapsed for completion of the project by some years compared to the planned launch in the mid-years of the next decade.
So if India is struggling to even put out AMCA a "5th gen" program before 2030, then how would their inclusion speed up GCAP? Even if AMCA does hit that 2030 IOC mark that doesn't mean anything as Tejas has only delivered 2 sqr worth of aircraft after a decade after its IOC and 24 years after its first flight. Everything is just about how it will benefit India and the only way they said they could benefit GCAP is directly contradictory to what the trend has been with Indian programs.

India is just blatantly a 100x worse partnership than what the Saudis would provide and even then GCAP is still cautious about letting them in as a financial partner.
 
Such a move could also influence other nations to consider joining, further broadening GCAP’s international reach. For now, Germany’s alignment remains firmly with FCAS.

Meanwhile, the United Kingdom also previously invited India to collaborate on the Tempest program, the precursor to GCAP, but the prospects of India joining the initiative remain slim at present.

However, the slow progress of India’s fifth-generation fighter program could change the dynamics in the future, potentially leading to a reconsideration of the GCAP option.

In a similar line, Shashank S. Patel, an India-based geopolitical and defense analyst, told EurAsian Times that India’s most significant challenge lies in the successful domestic development of the Advanced Medium Combat Aircraft (AMCA) before 2030.

With an urgent need to upgrade its air combat capabilities, India has been compelled to procure advanced fighter jets from foreign manufacturers, a factor that may affect its interest in pursuing participation in the GCAP initiative.
He said, “As the members of GCAP agreed to expansion, it is a certain possibility that India will get an invite to join this sixth-gen fighter jet program. India’s inclusion will shorten the time elapsed for completion of the project by some years compared to the planned launch in the mid-years of the next decade. It is not a baffling defense enigma that India is open to scrolling such proposals, as India-France held such talks in the past to materialize such joint development initiatives.”

Patel argued, “It is obviously in favor of Indian air capabilities to join such next-gen tech initiatives, which will enhance the current rolling of fifth-gen fighters as well as establish its own elite cohort of countries of sixth-gen fighters of the future. The core lies in ‘how early and when this multinational grouping develops supersonic 130kN+ thrust class engines to propel such jets’.

Another key factor that may influence India’s decision is the current state of the Indian Air Force’s combat aircraft fleet, which has reached an unprecedented low. The IAF is currently operating with just 31 squadrons, a number not seen since the 1965 India-Pakistan war.

The authorized strength for the IAF is set at 42 squadrons, a target intended to reflect the strategic threat levels at India’s borders. However, the force has been steadily shrinking due to the retirement of aging Soviet-era aircraft, with replacements failing to be inducted at a pace necessary to maintain operational readiness.

Compounding this challenge is the IAF’s ongoing struggle with the Medium Multi-role Combat Aircraft (MMRCA) acquisition process. India’s request for information (RFI) to acquire 114 fighters has yet to make significant progress, further delaying the replenishment of its fleet.

Meanwhile, India’s adversaries, such as China and Pakistan, continue to develop or acquire advanced fighter technology. China now operates two stealth fighter jets, while Pakistan is in the process of acquiring J-35 stealth aircraft from China.
Business Standard learns that a UK delegation, including Ministry of Defence (MoD) officials and executives from British defence giant BAE Systems, who will arrive on February 18 for the Aero India 2019 exhibition in Bengaluru, will brief Indian MoD and IAF officials and gauge the potential for collaboration.


The U.K.-headquartered firm will lead “Team Tempest,” which also includes engine-maker Rolls-Royce, Italian defense contractor Leonardo, and the European missile consortium MBDA. The aircraft will have two engines hidden away deep inside the airframe to help keep its radar and infrared signatures as low as possible. Rolls-Royce says they are working on an engine design that will leverage composite materials and advanced manufacturing processes to be lightweight, have better thermal management, and still keep costs low. The powerplants will have digital controls for more precise power management and to readily provide maintenance personnel with information about whether components need replacement and other aspects of the system’s “health.”

Britain has promised to help transfer advanced technology to produce fighter jets in India — the first concrete attempt by the West to move India away from its dependence on Russian arms.

The move was announced by Prime Minister Boris Johnson when he visited his Indian counterpart Narendra Modi in New Delhi last week, when India and the UK reiterated their commitment to cooperate on defense and security issues.




Details of the project were not released but U.S. defense publication Defense News reported that the offer likely relates to the U.K.’s sixth-generation Tempest Future Combat Air System program.

Army recognition, euroasiatime and CNBC wouldn't be stuff i called good sources as atleast the first two just write whatever sells the best and are allways trying to be the quickest now matter how wrong they are. The only big advantage india brings is an large airforce which needs to be replaced.
 
Business Standard learns that a UK delegation, including Ministry of Defence (MoD) officials and executives from British defence giant BAE Systems, who will arrive on February 18 for the Aero India 2019 exhibition in Bengaluru, will brief Indian MoD and IAF officials and gauge the potential for collaboration.
That's not inviting India to join Tempest, it's inviting India to hire BAE Systems to consult on AMCA.
 
DWG #1339. Leonardo has hoovered up so many ancient names. One, SELEX, itself had digested much of the UK avionics industry. Great lumps of Elliott/Marconi, Ferranti are there. FIAR (now in Leonardo) shared Tornado's AFCS with Elliott.
While they'd passed beyond using the name, I spent my career with what was once Elliott Avionics. GEC Avionics when I joined, then Marconi Avionics, then BAE Systems Electronic Systems (under BAE Systems North America). The ex-Elliotts/GEC/Marconi flight control division definitely went to BAE Systems, not Leonardo - they got the sensors side of things at Edinburgh, BAE got the Rochester divisions doing displays and controls. Italian involvement in the software side of the Typhoon DFCS was half-a-dozen seconded engineers or so, a good percentage of whom switched to BAE Systems rather than relocate back to Italy, so how much recent experience Leonardo have in ab initio DFCS development I'm not clear on.
 

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