Doesn't matter. In any case I don't see the Mk-2 entering production before 2030. I only hope it isn't delayed beyond that.Radome contract for mk2 is cancelled.
Doesn't matter. In any case I don't see the Mk-2 entering production before 2030. I only hope it isn't delayed beyond that.Radome contract for mk2 is cancelled.
Simultaneously. KAI is producing 4 prototypes side by side at the same time. Check the KAI thread.
Same with X35 and PAKFA
Doesn't matter. In any case I don't see the Mk-2 entering production before 2030. I only hope it isn't delayed beyond that.
There's a desi alternative, so that will definitely be used. The problem will come in testing and integration of radar with the desi one. We need to develop a desi equivalent of what we import.Can we test fly with dummy nose cone?
They still have not showcased their EW suite and completed CDR without that, but they are ahead. Hmmmm.Koreans are way too ahead of us in engineering arena. We were advertising about our hypersonic missile for a decade or more than that( if you take in to consideration of AVATAR, its almost 2 decades), we still on drawing board and they are ending towards testing a hypersonic missile.
It is not going to test all avionics from the get-go, it going to need 400-500 hours worth of flight to validate and certify the flight control system. Only after that the certification of the rest of the avionics start.Atleast if the production capacity of 16 / year is maintained after mk1A without any break would be fine. .
Hoping to see the roll out in 2022-23..
Before I used to look for Mk1A number increase in case mk2 is delayed.
After learning about how bigger nose cone is under utilized paying drag penalty..
How power is not sufficient..
How pylons were not sufficient.. ( for SPJ )
I ve shifted my goal post to Mk2.
Don't know why they cancelled Nose cone RFP..
Can we test fly with dummy nose cone?
Must've developed the indigenous version or some other procedural issue.Don't know why they cancelled Nose cone RFP..
Yes. We could use the old version too. It's not as big a deal as is being made out .Can we test fly with dummy nose cone?
That wouldn't take too much time. As the sensors would be developed and tested on different platforms, only the integration task will be left. Service by 2030 is realistic and good enough.Only after that the certification of the rest of the avionics start
Prof. Prodyut Das 2
Developing the Tejas Mk 2 –a technical assessment Prof. Prodyut Das There were two interesting interviews related to ...prodyut7.blogspot.com
A contrarian view to the design of the Mk-2 . You may be interested. @vstol Jockey
I have posted the same things manytimes here. The canards as an after thought with no changes to the wing location and shape will not give the required performance enhancement. It will not help much.Prof. Prodyut Das 2
Developing the Tejas Mk 2 –a technical assessment Prof. Prodyut Das There were two interesting interviews related to ...prodyut7.blogspot.com
A contrarian view to the design of the Mk-2 . You may be interested. @vstol Jockey
I have posted the same things manytimes here. The canards as an after thought with no changes to the wing location and shape will not give the required performance enhancement. It will not help much.
You've the most annoying habit of intervening when it's not required . You've done it plenty of times before too , in my case . If I've posted that tweet from the Professor , you think I wasn't aware of what Indranil has to say on the issue .
Unlike vstol jockey I am for canards but I would try to optimise their position after removing Levcons. It is also true that the weight of the aircraft is a very important factor influencing its performance, and that the approach of increasing engine power to compensate for too much weight is an easy way out with far inferior results.It cleared the IAF's CDR though.
Interestingly he believes ADA has to get the weight down on Mk1A, but it's being done by HAL.
@Picdelamirand-oil
Any thoughts about the article in 1089?
Look, Rafale from very onset was supposed to be a canard design and so DA designed the airtcraft for most optimum performance. It is not so in case of LCA MK2. Canards on LCA MK2 are more of a concotion than part of the design.Unlike vstol jockey I am for canards but I would try to optimise their position after removing Levcons. It is also true that the weight of the aircraft is a very important factor influencing its performance, and that the approach of increasing engine power to compensate for too much weight is an easy way out with far inferior results.
Could you elaborate on it? Aren't the addition of canards a sort of redesign instead of evolution? After all the Mk1 was criticised for not having them which ADA in it's defense said they didn't want to unnecessarily complicate the design for they were themselves on a learning curve & wanted to keep things simple in spite of lack canards affecting the aerodynamic performance of the Mk1.LCA Mk2 has to be re design, it's a new plane, not an evolution.
Unlike vstol jockey I am for canards but I would try to optimise their position after removing Levcons. It is also true that the weight of the aircraft is a very important factor influencing its performance,
and that the approach of increasing engine power to compensate for too much weight is an easy way out with far inferior results.
If you want to get the maximum benefit from canards, their development must be done at the same time as the aircraft and the FCS.Could you elaborate on it? Aren't the addition of canards a sort of redesign instead of evolution? After all the Mk1 was criticised for not having them which ADA in it's defense said they didn't want to unnecessarily complicate the design for they were themselves on a learning curve & wanted to keep things simple in spite of lack canards affecting the aerodynamic performance of the Mk1.
I don't know very well the LCA and I took the descriptions in the proposed text for analysis at face value.There's no LEVCON though, it's only a LERX.
ii) The second problem is that the Tejas wing makes a feature of the “Levcons” which are used to generate additional lift under certain flight conditions.
If you want to get the maximum benefit from canards, their development must be done at the same time as the aircraft and the FCS.
For example, on the Rafale, instability is dynamic and controlled by the FCS, which uses the canards for this purpose. This allows a great deal of freedom in the placement of loads under the aircraft and allows heavy loads to be dropped without destabilising the aircraft. This level of control is not achieved by the Typhoon and Gripen and if you want to have it on the TEDBF you may have to take a step up to the LCA Mk2 (because Dassault doesn't do a ToT on this point).
I don't know very well the LCA and I took the descriptions in the proposed text for analysis at face value.