If Boeing had the N400's forward section with Saab's tail design then nobody complains I am sure. M346N certainly had a good looking front, too. (But its origin made it a no-go.) T-7A's tail was the golden b-b.
Prime contractor Boeing has a recent history of poor project management, what proof do you have of SAAB as a major cause of T-7 troubles?a lot of my fellow posters here dismiss too easily that Saab unconventional approach and numerous claims of simplified manufacturing and cost decrease were not able to match the reality of the program
Gripen ground equipment has perfectly servicable access ladders. Gripen canopies open just fine.the crude lack of ingress and egress systems that would provide a safe access for both pilots.
Conjecture.Well clearly, Saab early design busted the budget and now Red Hawk stands as a compromised design (until Block II?).
Tried that to no avail.would invite you to read back this thread to close all your bullet points
You seem to know when this type of ladder was introduced.Saab is (was?) a dynamic company and took the bull by the horns nearly in the same lapse of time with a revised access ladder.
The absence of SAAB-specific 'assembly techique' indicates that SAAB is a major cause of T-7 delays and cost-overruns?Saab nut/rivet free composite assembly technique is... Nowhere to be seen!
The fact that it was supposed to be SAABs assembly techniques were able to get the T-7 flying sooner, and then a total redesign that removes them for more traditional techniques does not suggest the cause for the delays?The absence of SAAB-specific 'assembly techique' indicates that SAAB is a major cause of T-7 delays and cost-overruns?
Try again.
I am not aware of the reason for the redesign, a poster here suggested it was for easier/faster production.Fair point, I am not that conversant with the T-7 project.
Was nut/rivet free construction originally considered? If so, when/why was it dropped?
Because of incompatability with Boeing practice/expertise, for instance?
Boeing has now delivered two T-7s to Joint Base San Antonio-Randolph, Texas, where the 99th Flying Training Squadron became the first Air Force unit to receive the Red Hawk in a Jan. 9 ceremony.
Stevens said one aircraft, dubbed APT-5, will be used for “familiarization training,” where a Boeing test pilot will fly with instructor pilots from the 99th to get them acquainted with the Red Hawk. The other aircraft, APT-3, is being used to train maintainers.
The T-7 is currently restricted to flights with test pilots, in test airspace [...] pilots will get qualified on the aircraft through Type 1 aircrew training [in] “early 2027.” Then in spring or summer 2027, the program will start the initial operational test and evaluation phase, where new weapons systems are measured for their operational effectiveness.
Stevens said three more aircraft are further slated for delivery this year. Two will be production-representative test jets, which the Air Force decided to buy last year to provide extra testing capacity. The third will be a developmental jet that will be converted to a test aircraft and delivered to Randolph following electromagnetic testing.
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