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The low cost subsonic uncrewed platform+ uncrewed supersonic platform is what I find most compelling in all these. Very deadly combination
remotely piloted seems like a more realistic initial goal as opposed to a fully autonomous CCA.Are air forces ready for 9+gee fighter CCAs?
Is the autonomy programming ready for 9+gee fighter CCAs?
Because I'm not convinced the command and control is there yet.
I completely disagree with your analysis. Yes, the Gripen A/C hadn´t had much success where directly competing against larger airframe or Stealth aircraft. This was certainly aggravated by the long promised Gripen NG that made Saab competing with papers against hard billet of aluminum, something that larger company have failed to do before them as well.
Where Saab offered the Gripen where a larger airframe was ill-suited, and with an agile bidding process, Saab was successful. You have mentioned the numerous lend-lease agreements signed with various countries, including European or NATO members. That's really something for a non-NATO country at the time with such a small population.
The engine might be the same but won't the CCA be built much simpler (i.e. both structurally and with fewer redundant systems), and with fewer sensors than a manned fighter like Gripen E?A fighter sized, supersonic, uncrewed aircraft sounds like it's likely to be more expensive than Gripen E i.e. >$100m UPC. It's a very different point than almost all other Western CCAs.
I don't see why it would be a simpler airframe. As per Saab comments it's designed to fly in European airspace in peacetime hence needs similar airworthiness to Gripen. Definitely looks like a similar build with machines metal frames and rivets. Including an internal payload bay and LO will actually make it more complex.The engine might be the same but won't the CCA be built much simpler (i.e. both structurally and with fewer redundant systems), and with fewer sensors than a manned fighter like Gripen E?
A fighter sized, supersonic, uncrewed aircraft sounds like it's likely to be more expensive than Gripen E i.e. >$100m UPC. It's a very different point than almost all other Western CCAs. Unclear what the market is for this outside Sweden. But I can see the route if its Sweden only as an evolution from existing Gripen and there's a need to sustain Saab's design skills by doing something.
It per current comments apparently to have full arexis (in a form appropriate to stealth aircraft) and EODAS.Might have fewer sensors, but it needs some to be credible? Definitely already looks like wingtip EW pods, there's a forward fuselage frame for a radar etc. I'd be surprised if there wasn't an IRST.
Vanilla gripen, unlike E, costs like a light fighter though, without long passage lines for total cost of ownershipAn IRST would be a necesity for instance the Gripen never had one until the Gripen E which I think was a mistake to begin with.
EOTS and IRST are basically required equipment for an aircraft these days. DAS may be required as well (I'm assuming that the DAS doesn't have enough aperture diameter to act as a decent IRST).Vanilla gripen, unlike E, costs like a light fighter though, without long passage lines for total cost of ownershipbefore taxes, micro transactions and subscription options.
One way of doing this is certainly keeping the fit down to whatever's necessary.
Maybe, but accordingly:EOTS and IRST are basically required equipment for an aircraft these days. DAS may be required as well (I'm assuming that the DAS doesn't have enough aperture diameter to act as a decent IRST).
And radars, likely.
Which is not cheap.
Correct and Correct.Maybe, but accordingly:
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I don't see why it would be a simpler airframe. As per Saab comments it's designed to fly in European airspace in peacetime hence needs similar airworthiness to Gripen. Definitely looks like a similar build with machines metal frames and rivets. Including an internal payload bay and LO will actually make it more complex.
Might have fewer sensors, but it needs some to be credible? Definitely already looks like wingtip EW pods, there's a forward fuselage frame for a radar etc. I'd be surprised if there wasn't an IRST.
But we don't really know yet from what has been published
https://deepproductinterviews.substack.com/p/gripen-e-deep-technical-interviewThe airframe of Gripen E comprises of seven antenna systems, including fourty apertures around the airframe
If the ACP is to offer “high-end survival,” Nilsson explained, then a customer would likely be able to field two to three ACPs for each Gripen.
It’s of course hedged a lot in what the customer actually decides to buy.When it comes to the ACP, Nilsson suggested that the life-cycle cost will be around a third that of the Gripen, although acquisition cost won’t be as low as that.
2027, one to one and a half years, or in 15 months has all been reported as time for the first flight for A1, but yes, they will use F414.Not just that but hasn't SAAB been flying A1 and A2 demonstrators with the F414? This sounds much closer to a manned fighter than it is to increment 1 or 2 CCAs