The comment section under the video on Youtube is puke worthy...
The recent GE engine delays and news pushed by pro-Russian lobbies for buying Su57 have totally branwashed many people...
People see Russia as a friend. The reality of how they protect their tech and create market for their weapons is not thought out by most. Question is whether the IAF is ready to bite the bullet and support the indigenous path like the Navy did it long back and come out Atmanirbhar or will keep importing? If the IAF is ready to tread this path, I don't think the political class of today will have issue with that.May be they could put their effort in Super Sukhoi Upgrade and increasing the number of MK2's to be ordered. Since the follow on order for Tejas MK1A is placed, think of the next variant of Tejas with Kaveri engine (KDE+New Afterburner as well.)LakshmanPST wrote: ↑28 Sep 2025 12:50The comment section under the video on Youtube is puke worthy...
The recent GE engine delays and news pushed by pro-Russian lobbies for buying Su57 have totally branwashed many people...
100% with this administration that has 3 years to go. It’s only a matter of time when.
Where is Kaveri on the developmental cycle in relation to the above? Perhaps maitya-ji will know...The M88 program was officially launched in 1986. It was decided to flight test the engine, the M88-2, aboard the Dassault Breguet and the Rafale A prototype. Indeed, after having replaced the aircraft's left F404, the engine was first flight tested aboard the Rafale A on 27 February 1990. By then, the fourteen M88-2s had accumulated 1,600 hours of running time. The demonstrator thereafter reached supersonic speed without afterburners, reached a height of 50,000 ft, endured load factors of −2g and +9g and flown at an angle of attack of 30°.
Wow!
Normally I don't go into such comparisons, as there are multiple factors involved, but since Rakeshji asked, will attempt:Rakesh wrote: ↑30 Sep 2025 18:38 • Rafale first flight with a pair of GE F404 turbofans: 04 July 1986
• Rafale first flight with one M88 turbofan and one GE F404 turbofan: 27 Feb 1990
But there is more to this story, than just an approx 4 year time span. From Wiki Chacha...
Where is Kaveri on the developmental cycle in relation to the above? Perhaps maitya-ji will know...The M88 program was officially launched in 1986. It was decided to flight test the engine, the M88-2, aboard the Dassault Breguet and the Rafale A prototype. Indeed, after having replaced the aircraft's left F404, the engine was first flight tested aboard the Rafale A on 27 February 1990. By then, the fourteen M88-2s had accumulated 1,600 hours of running time. The demonstrator thereafter reached supersonic speed without afterburners, reached a height of 50,000 ft, endured load factors of −2g and +9g and flown at an angle of attack of 30°.
Also need to know how much modification was done to the Rafale to make the switch from GE F404 to M88-2.
Really great news.Rakesh wrote: ↑02 Oct 2025 19:07 https://x.com/NetramDefence/status/1973641230467866634 ---> UPDATE: HAL successfully tested Tejas Mk-1A with Astra BVR and ASRAAM missiles, proving it can handle short and long-range combat.
Looking at the higher number of Twin seat Mk1s that are ordered, another possibility is that the Trainers are also meant of Tejas Mk2 squadrons...LakshmanPST wrote: ↑25 Sep 2025 23:40 Break up of 97 order is 68 Single seaters and 29 twin seaters...
----
Mk1 is 32 S + 8T
1st Mk1A order is 73 S + 10T
2nd Mk1A order is 68 S + 29T (I expected it to be 89S + 8T)
That is total 32 Mk1 SingleSeaters, 141 Mk1A SingleSeaters and 47 TwinSeaters
----
Honestly, these numbers are confusing... I guess only IAF ppl know how they're planning to organize them into squadrons...
But one thing is true---> The high no. of Twin seaters would mean that Twin seaters might be used for combat roles as well, not as just trainers...
----
One possibility I see is how Rafales are organized ---> 18 jets per squadron with break-up of 14 Single + 4 Twin seaters...
If we put aside Mk1s order (32 S+8T), the break-up of Mk1A orders is 141 Single seaters + 39 Twin seaters, with total of 180 jets...
That is approximately 14 Single and 4 Twin seaters per squadron with total 10 squadrons of Mk1A jets...
Lakshman Sir. I too looked at that high number and could think of the following.LakshmanPST wrote: ↑05 Oct 2025 09:57Looking at the higher number of Twin seat Mk1s that are ordered, another possibility is that the Trainers are also meant of Tejas Mk2 squadrons...LakshmanPST wrote: ↑25 Sep 2025 23:40 Break up of 97 order is 68 Single seaters and 29 twin seaters...
----
Mk1 is 32 S + 8T
1st Mk1A order is 73 S + 10T
2nd Mk1A order is 68 S + 29T (I expected it to be 89S + 8T)
That is total 32 Mk1 SingleSeaters, 141 Mk1A SingleSeaters and 47 TwinSeaters
----
Honestly, these numbers are confusing... I guess only IAF ppl know how they're planning to organize them into squadrons...
But one thing is true---> The high no. of Twin seaters would mean that Twin seaters might be used for combat roles as well, not as just trainers...
----
One possibility I see is how Rafales are organized ---> 18 jets per squadron with break-up of 14 Single + 4 Twin seaters...
If we put aside Mk1s order (32 S+8T), the break-up of Mk1A orders is 141 Single seaters + 39 Twin seaters, with total of 180 jets...
That is approximately 14 Single and 4 Twin seaters per squadron with total 10 squadrons of Mk1A jets...
As we know, Tejas Mk2 does not have a Twin seat variant... It is totally possible that the 97 order includes 4 squadrons of Mk1As and Trainers for Mk2 squadrons... So, each squadron may have 17 Single Seaters + 2/3 Twin seaters... That is 68+8/12...
Balance 21/17 Twin seaters may be Trainers for Mk2 squadrons + Attrition reserves...
So the life of a F404 is around 4000 hours. IAF average flight hours of their jets is 200-300 hours per year. So this marriage will have to last for more than 10 years. And if all goes well we will be producing these birds for the next 10 years. If Kaveri can be a replacement engine in the next 10 years we will have a winner. IMO Americans displayed their bad behavior too soon. They could have been little patient to keep us lethargic for some more time. So in spite of all the negatives, we have put in a strong foundation for our MIC and things can only become better from now on.uddu wrote: ↑05 Oct 2025 12:51 There is a need for more Tejas MK1A with Kaveri engine. Very much necessary because, this is the only option to make sure that the Tejas MK1's have indigenous engine and can never be sanctioned. It could be 5 years from now. It could be 10 years from now. But this need to happen. It can incorporate tech from Tejas MK2 and AMCA as well. This project could lead to Kaveri Mk2 for Tejas MK2 as well.
I hope this is a genuine handover and not a paper one where we see a ceremony and then the aircraft sit at HAL while loose ends with the weapons testing are tied up.The Indian Air Force (IAF) is set to receive its first Light Combat Aircraft (LCA) Tejas Mk1A on October 17 during a ceremony in Nashik, marking a significant milestone in India’s indigenous fighter jet programme.
Bharadwaj ji, HAL did the Brahmos Integration. In this case, since it's an Astra software update. probably to be in tune with the new ELM-2052 AESA radar, DRDO labs will be involved. The other aspects are completed. Once the update is done, they can test it again.Bharadwaj wrote: ↑09 Oct 2025 09:56 Uddu Ji I have my doubts. There has been no PIB release proclaiming successful weapons firing for mk-1a. I think this may be a ceremonial handover followed by a few months of testing and hopefully the bird will be in service sometime soon. Matching desi weapons to firang aesa is not an easy task. IMHO Hal should have outsourced this task to ADA.
This will certainly increase the survival capability of Tejas.EW Suite for LCA-MK1A (Swayam Raksha Kavach)
The EW suite consists of state of the art Radar Warning Receiver (RWR) and Advanced Self-Protection
Jammer (ASPJ). The RWR contains four channel wide band receivers and provides improved probability
of detection and direction finding accuracy both for airborne and ground based radars. EW Suite
for LCA Mk1A was tested on the LCA-LSP3 configuration for integrated mode of functioning of
Internal RWR and pod based ASPJ system. Jamming of ground radars and airborne radars in the
limited multi-emitter scenario was carried out. During 2023, integration of EW system with radar
was tested and several sorties were carried out.
Even the current Tejas Mk1 is equipped with Elta 8222 Scorpius ASPJ. That is an AESA unit and will already make the Tejas Mk1 very capable in jamming airborne and ground radars.nash wrote: ↑10 Oct 2025 10:38 From MoD Annual Report 2023-24:
This will certainly increase the survival capability of Tejas.EW Suite for LCA-MK1A (Swayam Raksha Kavach)
The EW suite consists of state of the art Radar Warning Receiver (RWR) and Advanced Self-Protection
Jammer (ASPJ). The RWR contains four channel wide band receivers and provides improved probability
of detection and direction finding accuracy both for airborne and ground based radars. EW Suite
for LCA Mk1A was tested on the LCA-LSP3 configuration for integrated mode of functioning of
Internal RWR and pod based ASPJ system. Jamming of ground radars and airborne radars in the
limited multi-emitter scenario was carried out. During 2023, integration of EW system with radar
was tested and several sorties were carried out.