Kenny Phillips
Final Approach
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Kenny Phillips
I believe that it's over $200,000,000 per copy.So basically, they poured approximately $120 million into the drink or is it more now?
I believe that it's over $200,000,000 per copy.
One would hope that with all of the automation that approximately zero would be lost, but such has not been the case. For a very expensive and advanced plane, several have been lost for what appear to be mundane (predictable) reasons. (I briefly worked on what was called JSF back in the day, prior to any flight testing.)Another? Ain’t like they are dropping like flies and this one seems to be a deck mishap, not necessarily a problem with the airplane itself. There are a ton of things that can go wrong in carrier operations.
One would hope that with all of the automation that approximately zero would be lost, but such has not been the case. For a very expensive and advanced plane, several have been lost for what appear to be mundane (predictable) reasons. (I briefly worked on what was called JSF back in the day, prior to any flight testing.)
I suppose that only one percent or so have been pranged, which is likely a good number, but losing such a plane to, say, "spatial disorientation" is still shocking. Those days are supposed to be gone.
Selling price, or amortized cost? The former, to be sure.Not really. Current prices are all well under $200, and A models are under $100. Compared to legacy, the accident rate has been good. Current delivered acft are over 750 nearing 500k total flight hours.
Selling price, or amortized cost? The former, to be sure.
The rate is good, but for the development cost, it should land itself on a carrier. And I'm not being snarky, or joking.
Mode I CV approaches have been a thing for decades, development costs are at least partially amortized in unit costs, and attrition is part of the cost analysis. I don't think you're being snarky or joking, I think you're being unrealistic or perhaps just uninformed.The rate is good, but for the development cost, it should land itself on a carrier. And I'm not being snarky, or joking.
It shouldn't be unrealistic. It should be expected. Some of these things are available in GA aircraft. Computers are much better than humans at SA, and quickly react to changes. Also, given just the publicly available development costs, they are gonna have to build and sell a lot of them to get the final amortized average per-unit cost under $200,000,000. A whole lot of them. I doubt that will happen. But it doesn't have to, given the taxpayer subsidy.Mode I CV approaches have been a thing for decades, development costs are at least partially amortized in unit costs, and attrition is part of the cost analysis. I don't think you're being snarky or joking, I think you're being unrealistic or perhaps just uninformed.
Nauga,
from all sides
It shouldn't be unrealistic. It should be expected.
I think you misunderstood. Most carrier-based airplane are already capable of hands-off approaches and landings. The Navy trains with and without them for the inevitable cases where the systems are not available. A hands-off approach and landing also provides no assurance that other systems may fail (e.g. cross-deck pendant or hook failing, to name two).It shouldn't be unrealistic. It should be expected.
Far faster than in the civil world, in my experience.Have you seen how military technology "evolves"?
Far faster than in the civil world, in my experience.
Nauga,
part of the problem
I believe that it's over $200,000,000 per copy.
Just because the return is not a financial one does not mean there is no return on the investment through other operational considerations. The civil world would also go broke, or more likely not adopt the technology, if it was not able to leverage the technology transfer from the military and other gov't agencies.Only because of vast levels of funding with no expectation of ROI.
The civil world would go broke.
Just because the return is not a financial one does not mean there is no return on the investment. The civil world would also go broke, or more likely not adopt the technology, if it was not able to leverage the technology transfer from the military and other gov't agencies.
Nauga,
and his TRL
They are merely extensions of us; when done properly, they make life easier and safer. Or MCAS is not.I shouldn't be surprised, but still, I do get surprised by how much faith people have in the state of art of software and computer technology.
Yep. But how many must be sold to pay for the program? Maybe five or six thousand will be built, and I'll be less skeptical.F-35Cs are below $100 mil a copy and steadily decreasing.
One would hope that with all of the automation that approximately zero would be lost, but such has not been the case. ….
They are merely extensions of us; when done properly, they make life easier and safer. Or MCAS is not.
is this because of a more readily available source of money, or different (lighter) regulatory burdens, or more urgent needs/demands that aren't beholden to traditional supply/demand laws? Or is it a combination of all of the aboveFar faster than in the civil world, in my experience
Reading between the lines, it was a cross deck pendant failure. When they go, people get hurt or dead and airplanes get wrecked.
One would hope that with all of the automation that approximately zero would be lost, but such has not been the case. For a very expensive and advanced plane, several have been lost for what appear to be mundane (predictable) reasons. (I briefly worked on what was called JSF back in the day, prior to any flight testing.)
I suppose that only one percent or so have been pranged, which is likely a good number, but losing such a plane to, say, "spatial disorientation" is still shocking. Those days are supposed to be gone.
Automation can likely recover from an incident which leaves the pilot in a WTF condition.but, don't worry, automation will fix that.
Specific to the CDP failure @Bob Noel was posting about, no amount of automation will save an airplane dribbling off the front end with too much energy for brakes yet well below minimum endspeed. It's a solution to some problems, not all problems.Automation can likely recover from an incident which leaves the pilot in a WTF condition.
Specific to the CDP failure @Bob Noel was posting about, no amount of automation will save an airplane dribbling off the front end with too much energy for brakes yet well below minimum endspeed. It's a solution to some problems, not all problems.
Nauga,
and snap decisions
That’s not the point. Anything government can do, private sector can do it much cheaper and more efficiently ( if not necessarily faster )Just because the return is not a financial one does not mean there is no return on the investment through other operational considerations. The civil world would also go broke, or more likely not adopt the technology, if it was not able to leverage the technology transfer from the military and other gov't agencies.
Nauga,
and his TRL
My post was exactly my point. To yours, much of the development in government programs is done by the private sector under contract. "The government" is not designing and building the technology that gets fielded well in advance of commercial aviation adoption.That’s not the point. Anything government can do, private sector can do it much cheaper and more efficiently ( if not necessarily faster )
is this because of a more readily available source of money, or different (lighter) regulatory burdens, or more urgent needs/demands that aren't beholden to traditional supply/demand laws? Or is it a combination of all of the above