https://twitter.com/BAESystemsAir/status/926052671953494016
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In total nine firings and nine jettison trials, which began in July, have been completed, with support from the UK Ministry of Defence, MBDA, QinetiQ, Eurofighter GmbH and the Eurofighter Partner Companies – Airbus and Leonardo.
The aim of the trials was to provide weapons integration clearance for operational use. They covered a range of specific release scenarios, testing at various heights, speeds, levels of G-force and in different positions on the aircraft wing and in the launcher. The nine firings have also been used to perform data analysis and models of the weapon’s performance. Further flight trials will take place in early 2018, followed by operational evaluation by the RAF.
Rather nice feature in this video in which you can turn the point of view. 360° video in cockpit.
https://www.youtube.com/watch?time_continue=22&v=MSi2kTcoSiE
What’s the story behind this?
Because I was inverted. 😎
mirage 2000 was good, but lets be real. airframe design is old. its from the mirage iii. 2 generations ago.
Delta 2000 was developped upon the idea that the delta wing would provide a very low wing load, hence a edge over the new F-16 (against which Mirage F1 failed in european deals). Export was the goal (Dassault hoped that France would pay for the M4000).
Though the airframe looks like the MIII’s, one shouldn’t discard the considerable enhancements on the wings (different optimisations) with leading edge slats and different profile. Also the strakes were what Dassault chose from previous experiences with canards on other prototypes (modified MIII). Add to this the FBW system, and whatever the appereances, the M2000 was a new airframe, very efficient, very maneuverable, not suffering from slow speed such as the Mirage III.
In the end, France chose this little airframe, because the 4000 was too costly (though incredibly ambitious). One can consider that sacrifying the 4000 allowed France to save money and finally go for her so much awaited twin engine aircraft.
Si how does the missile know where to look accurately if it can’t lock on a target off-boresight before launch ? How can the HMDS give it enough data ? How could angular information bé satisfying when it doesn’t give target aspect and a proper velocity vector ?
I don’t understand why a HMDS would do the job when on Rafale, the DDM-NG was denied the very same capability by some members of this forum.
“Pleeeaaaase, pleeeease, pay for the integration of AMK on all the fleet… please…”:angel:
55M$ per pce?!
300 000 flying hours, only ?
£87m converts into $135m… Do not pay too much attention to this number, we don’t know what’s included.
Thanks for the picture.
BAE Systems has slashed the cost of producing a Typhoon jet by 20pc over the past five years and slowed the production rate in an attempt to boost export orders for the supersonic fighter.
There were already strakes. The shape changed. These aren’t ‘extra’ strakes…
Excellent!
25% more lift
45% more AoA
100% more roll rate
A new plane… I guess it’s what Scorpion wrote about.
DRAA first flew in december 2002 on the Mystere XX testbed. It was made with US components. The next prototype was DRAAMA with european made components.
Good idea, Nic…
Is this related to export ?
Future development ?
Is your :angel: the hint ? :highly_amused:
Because azimuth FoV was omitted from the original statement.
It was irrelevant, not “omitted”. It was all about seeing through the floor of the cockpit. In what would azimuth coverage would help here ? Enough said.
I said FoV was more than that, FoV covers more than just elevation. Where did I dispute the original statement in that?
Why did you feel the need to add that “FoV was more than that” ? You didn’t take the context of the discussion into account…