porky_kicker
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Command carrier post tracked interior view.
And incase somebody does not realise , that's the interior of a BMP-2
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Is that an old image? Can't be new (or reliable).
AFAIKIs that an old image? Can't be new (or reliable).
IAF hasn't asked for a 100km range Astra Mk2; that range used to be purely a speculation earlier!
Now Astra Mk2 is clearly set to have SFDR and a range in excess of 160kms!!!
That used to be the 'rumor' for several years.......and DRDO is to be blamed for it. DRDO displayed those specs at several expositions....as their concept.AFAIK
Astra mk1 solid rocket motor ( with 60km range ) will be replaced by dual pulse solid rocket motor ( to give 100km range ) in Astra mk2, everything else will remain same as in Astra mk1.
Dual pulse rocket motor of NGARM will be utilised in Astra mk2
SFDR based BVRAAM will be a completely new design and will be totally different from Astra series, no commonality including nomenclature.
This is what I know and I ain't guaranteeing the info because as usual no point counting the chickens before the eggs hatch.
This looks luxurious,View attachment 35081
Command carrier post tracked interior view.
And incase somebody does not realise , that's the interior of a BMP-2
Then by your source what is the range of astra mk-2?AFAIK
Astra mk1 solid rocket motor ( with 60km range ) will be replaced by dual pulse solid rocket motor ( to give 100km range ) in Astra mk2, everything else will remain same as in Astra mk1. Natural progression in capabilities.
Dual pulse rocket motor of NGARM will be utilised in Astra mk2
SFDR based BVRAAM will be a completely new design and will be totally different from Astra series, no commonality including nomenclature.
This is what I know and I ain't guaranteeing the info because as usual no point counting the chickens before the eggs hatch.
Is satcom operational with rustom mk2...
The issue will not be about the Sat comm inside Rustom II, but the availability of 24/7 Satellites in the LEO orbits!Is satcom operational with rustom mk2...
Will it be operational before rustom mk2 get inducted....
Last time it was reported sat com work is going on
And rustom mk2 flew for 16 hours......
Satellite communication generally means GEO satellites, not LEO satellites. I don't think LEO satellites launched by India have communication ability. They are mainly for remote sensing Satellites at 700km orbit and revolveover 15 times around the earth every day. Why would anyone use such LEO satellites for military communications?The issue will not be about the Sat comm inside Rustom II, but the availability of 24/7 Satellites in the LEO orbits!
A single LEO Sat might be over the area of interest only about 1-2 hrs a day! So, the forces will need 12-20 Sats for round the clock comm coverage!
Current communication is Line-of-sight...that restricts the range to 250kms..
To overcome this, I had suggested that one Rustom should be able to RELAY comms from another Rustom......thus extending the effective range of the UAV even when using only Line-of-sight communication.
No idea , first we will need a geostationary satellite with capability to support links to UAVs etc 24x7.Is satcom operational with rustom mk2...
Will it be operational before rustom mk2 get inducted....
Last time it was reported sat com work is going on
And rustom mk2 flew for 16 hours......
Only in pictures and dreams....
The Rustom-2 is currently capable of operations up to 300 km away from its control center with UHF and C-band links, and much longer away with SATCOM, still under test from live fistNo idea , first we will need a geostationary satellite with capability to support links to UAVs etc 24x7.
If we have that then utilising SATCOM on UAV is no biggie
Possibly the first time one gets to see the picture of the DRDO BMD MCC ( mission control centre )
View attachment 35085
Picture of MCC isn't of high resolution but something is better than nothing , also the pic is old.
Is aad the xrsam....Experimental Radar Testbed (ERT) being developed by DRDO
The ERT is DRDOs first adaptive Beamforming Radar which allows the radar beam to be “shaped” and focused in particular directions to enhance specific range/detection characteristics
View attachment 35098