Pre-flight checks
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Pre-flight checks
I have seen recently a couple of GA aircraft (in the US) where all the pre-flight checks are done automatically with the pilot just observing. Presumably computer controlled.
I can’t think of any logical reason against this but it just does not seem right to me. Going through the pre-flight routine does seem something that should be a hands on job by the person who is to fly the aircraft.
Or am I just out of date?
I can’t think of any logical reason against this but it just does not seem right to me. Going through the pre-flight routine does seem something that should be a hands on job by the person who is to fly the aircraft.
Or am I just out of date?
Perhaps it depends whether you are dealing with a check-list or a do-list.
Many out there are a pragmatic hybrid of the two.
Me?
Happy to have a computer doing the doing, but will keep checking for myself.
We are in a game where everyone, including computers and particularly me, is guilty until proven innocent.
Many out there are a pragmatic hybrid of the two.
Me?
Happy to have a computer doing the doing, but will keep checking for myself.
We are in a game where everyone, including computers and particularly me, is guilty until proven innocent.
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To clarify, the ones I have seen have checked ailerons, rudder etc, i.e. mechanical surfaces. One pilot just watched from the outside and when checks were complete, by a verbal message, he just got in and flew off. Don’t know about pre take off engine checks though.
How can the computer spot damage? Aileron bent, but moves freely, for example. The traditional walk-around is still needed.
Learn by heart: A) the meant-to-move bits and B) the not-meant-to-move bits.
If A bits don't move, spray WD40 and wiggle them until they move.
If B bits move, fix them with duct tape.
Learn by heart: A) the meant-to-move bits and B) the not-meant-to-move bits.
If A bits don't move, spray WD40 and wiggle them until they move.
If B bits move, fix them with duct tape.
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Maoraigh, you forgot for A) hammer and B) cable ties.
I'm interested to know what "checks" were done by the computer. Are we talking about instruments, avionics, systems etc.? If so a BITE check for these things is pretty ordinary but the onus is still on the pilot to properly check everything is working. HAL won't tell you if you've tuned the wrong ILS, forgot to turn on teh landing light or if there's a bunch of popped rivets underneath the wing...
I'm interested to know what "checks" were done by the computer. Are we talking about instruments, avionics, systems etc.? If so a BITE check for these things is pretty ordinary but the onus is still on the pilot to properly check everything is working. HAL won't tell you if you've tuned the wrong ILS, forgot to turn on teh landing light or if there's a bunch of popped rivets underneath the wing...
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Certainly on the Airbus you put the approach you want into the arrivals page and it tunes itself, you dont ident it by the morse signal either, it decodes the morse signal and gives you the ident.
The only example I can think of is the 'automated' run-up that is available on a Thielert (sorry, Continental) diesel. Press and hold the button and the FADEC runs through its spiel, revving up the engine, exercising the prop, switching to 'B' FADEC and back. Easy to follow and in my view an acceptable way to check the functioning of this engine. If there are other examples of automated checks out there, I'd like to hear more about them.
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I think Funfly is referring to the engine checks on some FADEC controled Diesel engines that just require a push of a button and observation of small RPM rises and FADEC Channel changes.
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