eclipsenow
Scripture is God's word, Science is God's works
- Dec 17, 2010
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I hear you!The only thing that would matter to me is the ability of the platform to put a lot of .50 rounds and rockets where I want them when I want them.
Wow, the politics of command and divided loyalty of the different forces! It seems one pilot's life is worth more than dozens of grunts. Wow.Whether that turns out to be Army helicopters or Air Force A-10 depends on availability judgments made 'way above my pay grade. I do know of one case where I watched an Army Ground Liaison Officer (GLO) explode into absolute apoplexy when the A-10 strike he requested to protect an infantry battalion got got diverted to search for a downed pilot.
I hear you!That's why the Army has its own attack helicopters.
So they are more 'loyal' to the local travelling army, but it's a lot of expensive hardware locked up in the local area. I see. Hadn't thought of that.The disadvantage, though, is that helicopters don't have the speed and range to be called across an entire front where needed.
OK, it sounds like less a fighter, more a travelling missile base, and dogfights are just such a quaint old idea.But there are some very, very smart systems these days that can identify unfriendies from a much greater distance than the human eye can under the best circumstances, and much more accurately and quickly than even when well within visual range. It's not all just IFF, either, but all kinds of fancy long-range, high-tech sniffers, not to mention information being calculated by other platforms (such as AWACS, JTACCS, and even satellites) fed to the aircraft's onboard computer. So, yeah, in a way if the pilot finds himself in a dogfight, a whole lot of things have gone wrong.
The interesting thing about the Scorpion is the fast design process. It sounds like the F35 has everything bespoke and over-priced as a result. I wonder if a smaller design team like the Scorpion's could have come up with a different missile platform cheaper and faster, with a more flexible design system to tinker moving forward with lessons learned?However, I'm not at all sure it takes a billion dollar platform for that.
But how exactly do you make something as complex and technologically challenging as a fighter plane cheaper? Textron looked to its existing suppliers and used components that were already in production, rather than designing everything from scratch (the F-35, for example, uses an engine which was developed especially for the aircraft). The development team was deliberately kept very small, so Anderson and Scorpion chief designer, Dale Tutt, could make decisions quickly.
"Once we'd developed the initial design concept we set high-level design requirements for the team, and we didn't overburden them with a lot of detailed requirements," Tutt says. “We didn't have to invest time in developing, for example, a new engine or ejection seat. We were able to focus on putting those components together for the airplane and get it flying."
Patrol role
Textron also had the advantage of not having to meet the requirements of a specific nation or an air force. This meant that the development team could make changes to the design if they felt it would help the overall project.
"A great example is [British ejection-seat specialists] Martin Baker," says Anderson. "They sent a group of engineers over and they looked at our cockpit cup design, and they said, 'Well, our seat's not gonna work. It'll be several million dollars and 18 months for us to redesign it. But if you can give us about five more inches of volume - three in length and two in width – it will work.' So guess what we did? We made the cockpit tub a little bigger."
http://www.bbc.com/future/story/20140903-low-cost-fighter-jets-take-off
"Once we'd developed the initial design concept we set high-level design requirements for the team, and we didn't overburden them with a lot of detailed requirements," Tutt says. “We didn't have to invest time in developing, for example, a new engine or ejection seat. We were able to focus on putting those components together for the airplane and get it flying."
Patrol role
Textron also had the advantage of not having to meet the requirements of a specific nation or an air force. This meant that the development team could make changes to the design if they felt it would help the overall project.
"A great example is [British ejection-seat specialists] Martin Baker," says Anderson. "They sent a group of engineers over and they looked at our cockpit cup design, and they said, 'Well, our seat's not gonna work. It'll be several million dollars and 18 months for us to redesign it. But if you can give us about five more inches of volume - three in length and two in width – it will work.' So guess what we did? We made the cockpit tub a little bigger."
http://www.bbc.com/future/story/20140903-low-cost-fighter-jets-take-off
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