Sometime in the last two years a 421 went down for the same reason. Captain signed a fuel receipt for Jet A and either the plane didn't have the restrictor or the truck had a 'helicopter nozzle'.
I've met many great line guys, and many not so bright ones. Twice I've been asked for the keys to the inboard fuel tanks on the Cirrus which clearly say "no fuel" all over it in red letters, are locked, and say TKS on itThat's a pretty egregious oversight on the part of the deceased, if the lineman's account is truthful. Maybe he was so mentally pre-occupied with the Cheyenne training he was about to oversee, he mentally blocked the fact he came in on a piston job.
Who knows, unless the line guy is lying about being told "yes" multiple times to the jet A fuel offering. The gymnastics for the line guy to fuel up the thing with the wrong nozzle kinda scream "stop!", but clearly this wasn't a hindrance to the motivated.
There’s a helicopter nozzle? I’ve seen 4 different nozzles used in turbine helicopters but never seen one specific to helicopters.
The whole thing seems weird. Never heard over radio on CTAF when a plane is on approach “ hey do you need Jet fuel”???
Seems odd the multiple “ sure you want JetA??” Documentations.
Note to other line people: Ask, "What kind of fuel does it take?" People in aviation can't prejudice the answers with leading questions. The PIC was a turbine CFI, had turbines on his mind and was thinking about his turbine lesson right after he lands.The whole thing seems weird. Never heard over radio on CTAF when a plane is on approach “ hey do you need Jet fuel”???
Seems odd the multiple “ sure you want JetA??” Documentations.
FYI, he never saw nor signed a receipt--it went on a local account.
I would think the Malibu would not be airworthy until the jet conversion was complete and signed off in the logbooks.At my last FBO, I was asked to fuel a Malibu with a JetProp conversion that hadn't been fully completed yet. The fuel placards and ports were not changed over yet and still said 100LL and were too small for the duckbill Jet nozzle, but the pilot asked me to dribble it in there anyway. It felt absolutely wrong bypassing a preventative mechanism like that even though I knew there was a PT6 on the front of the plane.
I would think the Malibu would not be airworthy until the jet conversion was complete and signed off in the logbooks.
Agreed... Line folks are not paid the best wage. Most of them are young and don't know the difference between a jet engine and a piston engine. As you stated it's the PIC that is responsible for the flight.I would not want to be the line tech having to live with the fact that his actions contributed directly to killing someone. Of course, knowing the aircraft type and fuel requirement I would not fuel his aircraft period, but not all line techs are trained that well...
That's kind of funny that you say that when looking at your avatar... maybe we made an exception for a man widely regarded as the best pilot who ever graced the air.Watching the fueling operation is a basic pilot duty.
maybe it would help? ... why don't they make the PIC sign off on fuel type and quantity delivered? Almost like a wavier - I believe airline captains do something similar once an jet has been fueled.
Based on everything else he missed that was right in front of him, I doubt he would have read it either. His brain was in Jet-A mode.
how can you possibly work at an airport fueling airplanes and not know which type of aircraft require which type of fuel ?!
It is certainly possible the line guy is lying about the narrative of asking the deceased multiple times about his desire for jet A. Problem is the dead guy isn't here to refute the testimony. Do we take the line guy at face value? Does it matter? Should line people recognize a piston prop engine installation and cowling from that of a turbine powered propeller?
I don't know what the legal standing is on that question, I'm genuinely wondering what the bar is for these types of accidents from a criminal negligence burden of proof standpoint.
True, but there are very few diesel diamonds and Cessnas out there.. I'm pretty sure 90% of the aviation dorks on the site would be able to tell the difference just based in the cowling aloneNot saying who's right and who's wrong, but although it should be verified if in doubt, think about the Jet A powered Diamonds and Cessnas out there. Everything outwards looks like they would need avgas, unless you can tell a diesel engine from a gas engine by quickly looking at a cowling. Hence the decals that should be plastered by the fuel cap. Regardless of the size of the hole or the engine.
True, but there are very few diesel diamonds and Cessnas out there.. I'm pretty sure 90% of the aviation dorks on the site would be able to tell the difference just based in the cowling alone
I mean, if your job is to fuel airplanes, you should be pretty good at that
and not to blame the deceased in any capacity, but I always hang out with the airplane when they fuel it and double check the lettering on the truck
See what it says on the truck or tank.
See what the fluid looks like during refueling, and in the tanks, and when sumping
Diamond, yes. 182, yes. Certain 172 use the same cowling as 100LL.True, but there are very few diesel diamonds and Cessnas out there.. I'm pretty sure 90% of the aviation dorks on the site would be able to tell the difference just based in the cowling alone
There's also the evaporation test. If you blow into the sample cup screen jet-A will evaporate slower than 100LL.Telling 100LL from a 100LL/JetA mix can be near impossible with a standard test jar. Try it some time. It will still be blue. There will be no separation line like with water. It will still smell of gasoline. Its viscosity will still be more gasoline-like than kerosene-like. It needs to be 80-90% JetA before the difference is easy to tell. If you put your fingers in it, you might feel the oiliness of kerosene, if there's enough of it. If you put your fingers into TEL regularly, though, you will have other problems! About the only way to really tell is to do a blot test on a paper towel or similar.
Diamond, yes. 182, yes. Certain 172 use the same cowling as 100LL.
There's also the evaporation test. If you blow into the sample cup screen jet-A will evaporate slower than 100LL.
the inboard fuel tanks on the Cirrus which clearly say "no fuel" all over it in red letters
Note to other line people: Ask, "What kind of fuel does it take?" People in aviation can't prejudice the answers with leading questions.
I once had the FBO ask me, "Prist or no Prist?" Uh, no, Prist, I guess. Took me a bit to figure out what they were asking me. Mind you I was flying a Cessna 177B. That could have gone south.
This is the best picture I could find below.. but it's very obvious with a red ring around it, key lock, and text all over it telling you it is not for fuel and the type of TKS it will acceptIt's pretty cool that Cirrus has an indicator on the outside of the plane for the line guys to easily see that those tanks have no fuel.
This is the best picture I could find below.. but it's very obvious with a red ring around it, key lock, and text all over it telling you it is not for fuel and the type of TKS it will accept
And yet TWICE I had guys ask me "do you have the keys for the inboard fuel tanks"
.. twice I was a dick and said "the locked door that says 'not for fuel'?"
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Just to add, any turbine engine (prop/jet/helicopter) can be required to have Prist added. It's use will be listed in the AFM/RFM Limitations section via a straight temperature limit or through a chart and can include those aircraft with fuel heaters like a KingAir and some helicopters.For those that don't know, Prist is a fuel system icing inhibitor or FSII (pronounced "fizzy") that is added to jet fuel to prevent the water permanently present in the fuel from freezing at altitude. Jet-A is "negative" or "positive" prist. Some jet fuel comes pre-mixed with Prist before arriving at the FBO. Usually only small jets or jets with fuel tank algae growth take it. The larger jets have fuel line heaters to prevent the fuel from freezing without additive.