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I think itz other way around.Depends the the design requirements.
PAK FA is maneuverable but at the same time all moving rudders (vertical stabilizers ) do give out bigger radar signature.
I think itz other way around.Depends the the design requirements.
PAK FA is maneuverable but at the same time all moving rudders (vertical stabilizers ) do give out bigger radar signature.
Yes, all current and future technology roadmaps will be studied before undertaking a project of this magnitude. ADA will benefit from the development of LCA while HAL will benefit from the development of Rafale, Super MKI and FGFA. The various companies related to these aircraft will also pool in their experience to help build AMCA. BEL, SAMTEL, ASTRA Microwave etc will also bring in their respective experiences.I would like to ask some pertinent question regarding the development process of AMCA, here in DFI we have had reports of initial CFD simulations carried out on the scaled down version of AMCA and now that the project will be started with renewed interest and possibly increased funding in years to come, my question to the senior members of DFI is that would there be a case study on other similar stealth class related projects irrespective of size and role of the aircrafts?? I am talking about F-35 JSF in particular with its ever growing cost's, delay's and setbacks w.r.t relevance of stealth technology.
Our threat environment outweighs the economic importance of this project.I am not talking about the implementation of stealth per se but the change in requirements of stealth technolgy, also what would be the impact of economy on such a project to ensure its viability or sustenance ? Is there a mechanism or a scientific methodology to forecast economic growth and its subsequent influence on such a project??
Without direct involvement in the F-35 program, it won't help much with AMCA. We have Rafale, Super MKI and FGFA anyway. So all 5th gen relevant technologies will already be gained from these projects. Foreign collaboration in certain technologies will help too. We will need Russian/European/American help for engines, Israeli help for radar, EW suite and networking and so on.Would the development history of F-35 fighter both in terms of techonolgy, manufacturing, logistics, supply chain etc would these be taken into account while developing the AMCA..
@Kunal Biswas i agree that the experience gained will be utilized for mk2 but that's a different ball game here we may have to deal with a whole new level of technology that at present we may not have the necessary infrastructure nor the technical know how of it, it may like reinventing the wheel as was in the case of Tejas where we went ahead with a tried, tested and proven airframe and built our aerospace industries. all that is commendable but here sir the case is slightly more complicated here we are dealing with a more advanced technology about which we have just started to grasp essence of it how do you think we can move forward from where we stand now ?? you say that first MK1 then MK2 and then AMCA , don't you think we might just as well fall into the same trap as in with TEJAS over time frame (also cannot claim embargo's or sanctions for reasons) etc..
My 2nd question to you is would the development process of F-35 be studied so as to improvise and create redundancies in various systems to minimize the offset costs?? I bet even T-90 tanks would have been exhaustively studied to improvise certain aspects of tank architecture in Arjun MBT
My question is related to my previous poast.wh question is.Why AMCA has fixed vertical stabilizers instead of allmoving vertical stabilizers just like pakfa.
There is a massive weight difference between AMCA and PAKFA. Control surfaces are designed keeping in mind the total weight , engine thrust, and aerodynamic considerations of the whole airframe.My question is related to my previous poast.wh question is.Why AMCA has fixed vertical stabilizers instead of allmoving vertical stabilizers just like pakfa.
I was thinking Fixed is 4th generation and all moving 5+ generation.correct me if i am wrong.There is a massive weight difference between AMCA and PAKFA. Control surfaces are designed keeping in mind the total weight , engine thrust, and aerodynamic considerations of the whole airframe.
So there is no point in getting fixated on one control surface as a silver bullet.
One control surface does not make a 5th gen fighter. it is a total air frame solution that makes the difference.I was thinking Fixed is 4th generation and all moving 5+ generation.correct me if i am wrong.
What does he mean by cloud shooting?Moreover some of the envisaged capabilities for the AMCA including fly by light, cloud shooting and new generation man-machine interfaces actually put it in a realm closer to that of a sixth generation fighter.
Lol kaveri will be used by Indian railway and Indian navy and even that is not a surity.Will Kaveri with higher thrust be ready for powering AMCA??
By that do you mean the "Wikipedia" ?Some people even claim that kaveri will be powering AURA UCAV.
-The Indian government plans to adapt and further develop the Kaveri engine design and technology to create a gas-turbine power-plant for armored fighting vehicles such as the Arjun tank.
-Kaveri Marine Gas Turbine (KMGT), a recently developed derivative of the GTX-35VS Kaveri engine for ships.
-Indian Railways has expressed interest in utilizing Kaveri to power locomotives