FlyingSieve
Well-Known Member
That and a few ANG units in a few states to get them. I think the tanker Wing at McConnell, Kansas is slated for them too.
They're starting with McConnell, Altus and Pease next year.
That and a few ANG units in a few states to get them. I think the tanker Wing at McConnell, Kansas is slated for them too.
Can a 747 fly with 2 engines?
From what I remember it was mostly replacement of the KC-10 and a couple for Fairchild so the state that built them could see some.
Rickenbacker is advertising they are on the list.
Going to a bigger airframe though there simply will not be enough purchases to go boom for boom.
That being said, it should have more give than the 135 so there is potential it would need less lines on the ATO. It just takes away a lot more flexibility from the CAOC. Especially when we have stupid games like RC/theatre commanders not releasing use of their toys when they don't have a real job for them.
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No worries, so did all of acquisitions apparently.
Flying a fleet of aircraft older than almost any of the active pilots in the AF.... what could go wrong right?
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You mean upgrading the avionics and engines is not enough?![]()
If you want to talk about "flexibility"…….the planned phase out of the KC-10 just made a lot of naval aviators shed a tear. Quickly reconfigurable for both drogue and boom receivers, big soft basket for us probe/drogue types, and plenty of give. The only thing the -135 has going for it from a USN/USMC perspective is that your tanker will be relatively dedicated due to pre-takeoff configuration, and the flow rate is higher. I'd take an FMC MPRS jet over a -10, but 9/10 of the time, one of those pods is inop, so it instantly becomes worse than a -10 or drogue -135, flow rate wise. Not to mention that any KC-135/707 based tanker is likely without autopilot as soon as the crew decides that they need to anchor their track right in a thunderstorm and do just about everything they can to effect an inefficient rejoin with their receivers.
And no TR's if I understand correctly on the 135's?
And no TR's if I understand correctly on the 135's?
Thrust ReverserWhat's a "TR" in this context?
Thrust Reverser
The cost of the airframe is likely tiny compared to the cost of the engineering customization the Air Force would want. Presumably much of that work that was done on the last 747s can be reused, but much of it would be done over again for a different aircraft, raising the price even more.
Won't those airplanes eventually need to be replaced as well? Why not eventually replace them with a 777 fleet?In addition, you wouldn't just have to replace the classic AF1 airframes.
There are actually a couple of others that make up the NAOC so it's gonna be a multi aircraft buy that require their own tailoring. The VC-25's are the ones everybody associates as AF1, but the E-4Bs have many of the same role/capability requirements.
While I'm all for updating some of the AF's downright ancient civil style aircraft from the 60's I would think starting with all the 707 based planes to some 767 etc type would net us more good than updating the big low density fleet.
Won't those airplanes eventually need to be replaced as well? Why not eventually replace them with a 777 fleet?
Short term, yes, I assume a 777 is cheaper, but looking 20-30 years into the future, things like maintence costs and fuel would probably make the 777 significantly cheaper than the 747.
In the long scope of the total force those planes are less used up than a lot of other areas we need to invest.
The 707 family planes going to a 777 size platform would be a huge increase in size/cost to do what they do. You'd only be replacing a small group of 747-200s. Relatively with the meticulous maintenance those aircraft all get so long as 747s are still out there to support from the manufacturer they would last longer than a fleet of 707s that have been mostly divested and left to die in bone yards.
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I suspect fuel is probably in the single digit percentages for the operating costs of AF1.
The 777 would probably work, but the cost of designing and testing aerial refueling, power for the communications, radiation hardening, electronic countermeasures, missile countermeasures, and whatever other classified systems are integrated into the thing are probably 10 times the price of the lifetime fuel consumption of the aircraft.