Moderators: richierich, ua900, PanAm_DC10, hOMSaR
Eolesen wrote:An investigation being detailed and conclusive are mutually exclusive...
Sure, they'll dig into training and records and processes. But that still speculative information.
How much forensic evidence is there going to be to draw conclusions?
Most airports with cameras have them on the other side of the aircraft from the accident.
Eyewitnesses? Again, more likely on the other side.
The preliminary will answer the forensic questions in a couple weeks.
MohawkWeekend wrote:And if the reports recommend that the FAA take a more active role in ensuring safety on the ramp. Especially with the regionals and contractors as that is where these incidents continue to occur.
alasizon wrote:
I'd be very surprised if the report included any additional oversight recommendations for the FAA.
For one, most of the ramp work is considered industrial work and is governed by OSHA. For two, the rate of accidents that result in death or severe disfigurement (loss of limb, loss of eye, severe paralysis, etc.) is extremely low and likely within the same range that OSHA observes in other similar heavy machinery industries.
MohawkWeekend wrote:And if the reports recommend that the FAA take a more active role in ensuring safety on the ramp. Especially with the regionals and contractors as that is where these incidents continue to occur.
MohawkWeekend wrote:I believe it depends what the NTSB and OSHA finds in their investigation.
I was unable to figure out the rate of accidents for the industry - their website exceeded my technical abilities. Perhaps some one else can figure it out.
The most recent fatalities that I'm aware of :
Montgomery (1/23) (Piedmont)
Ontario CA (11/19) (2 UPS employees killed by tug)
JFK (8/19) (Delta employee killed by a tug)
Newark (9/17) (Commutair employee contractor for United killed by propeller strike)
Is anyone aware of any fatalities I may have missed since say 2017?
Ironically when I was searching the web for information, this link came up -
"Ramp Agents BEWARE"
viewtopic.php?t=1379581
Airliners.net discussion of this very same issue. Thread was started in 2017.
And found this -
OSHA and the Airlines had a Airline Ground Safety Panel (AGSP)
(signed May 20, 2008; renewed October 10, 2012; renewed April 08, 2015; concluded April 24, 2018).
Can't find out if a new panel was created or what their recommendations/findings were.
n757kw wrote:Just a little perspective, I work on a cargo ramp for 23 years, these are the only incidents I know about,
1. Person fell off a main deck k-loader. Injuries unknown.
2. Person fell off a lower deck k-loader. Injuries unknown.
3. Person indirectly hit by lightning on a lower deck loader. Injuries unknown.
4. Person hit by a tug. Fatality
5. Loss off a couple of toes in a dolly/tug interaction.
As you can see not much information was given to the companies working the ramp. None of the information was first hand. Don't even know if any investigations were done. There were probably more but not much talk about it.
I know more about aircraft damage accidents on our ramp than people accidents.
Pay is not very good. The GHAs get the type of employee they pay for. Training is not that much. I think it is a week of class training, then you are on the ramp on your own. I rarely seen anyone training on the ramp. Occasionally some is training on the k loader.
My training was about the same. My first airline job, was a week of classroom. Then about 2 weeks in the bag room. 1 day with a supervisor of OJT on a tug. Then about a day ramping in/ramping out planes, load/unloading planes, paperwork, directing passengers with a supervisor. Then on my own. Trail by far. Mainly due to the lack of manpower on the ramp. No one at the time was designated to be trainers on the ramp
My next 2 jobs was out on the ramp with another employee to learn the ropes. Only formal training I got was load master and dangerous goods certification.
N757KW
n757kw wrote:
My next 2 jobs was out on the ramp with another employee to learn the ropes. Only formal training I got was load master and dangerous goods certification.
N757KW
Canuck600 wrote:Records are largely electronic and the FAA typically signs off on the audit capabilities which prevent altering or pencil-whipping to fake compliance... hardly foolproof but a sure way to get shut down if you do try to tamper with..... DBA's aren't risking going to jail to cover up for someone else....When accidents like this happen are things like training records seized by authorities quickly so they can't be altered or destroyed?
FGITD wrote:Huh. My ramp DL was five minutes standing in line at the DOA office to get it approved without anything more than a trainer's sign-off. But we couldn't drive beyond the lease line or service roads...n757kw wrote:
My next 2 jobs was out on the ramp with another employee to learn the ropes. Only formal training I got was load master and dangerous goods certification.
N757KW
This speaks volumes and absolutely matches my experience. If the training didn’t require an actual certification or license, it was a few days classroom followed by on the job. Funny enough, the most training I received was to deice. And that was also the lowest paying.
For some comparison, almost a month of training was required to become certified to drive on an airfield. (Movement area) It took 5 days to become qualified as a loadmaster on every type that the airline I worked for operated.
Eolesen wrote:FGITD wrote:Huh. My ramp DL was five minutes standing in line at the DOA office to get it approved without anything more than a trainer's sign-off. But we couldn't drive beyond the lease line or service roads...n757kw wrote:
My next 2 jobs was out on the ramp with another employee to learn the ropes. Only formal training I got was load master and dangerous goods certification.
N757KW
This speaks volumes and absolutely matches my experience. If the training didn’t require an actual certification or license, it was a few days classroom followed by on the job. Funny enough, the most training I received was to deice. And that was also the lowest paying.
For some comparison, almost a month of training was required to become certified to drive on an airfield. (Movement area) It took 5 days to become qualified as a loadmaster on every type that the airline I worked for operated.
Sent from my SM-G981U using Tapatalk
FGITD wrote:Eolesen wrote:FGITD wrote:Huh. My ramp DL was five minutes standing in line at the DOA office to get it approved without anything more than a trainer's sign-off. But we couldn't drive beyond the lease line or service roads...
This speaks volumes and absolutely matches my experience. If the training didn’t require an actual certification or license, it was a few days classroom followed by on the job. Funny enough, the most training I received was to deice. And that was also the lowest paying.
For some comparison, almost a month of training was required to become certified to drive on an airfield. (Movement area) It took 5 days to become qualified as a loadmaster on every type that the airline I worked for operated.
Sent from my SM-G981U using Tapatalk
That’s the difference. My ramp driving permit took 5 minutes as well. The movement area (runways, taxiways) took a month
DPeter27 wrote:AirKevin wrote:DPeter27 wrote:You wait, you watch until the engine is, at the bare minimum, turning slowly enough you can count each fan blade...but that is still complacency and unsafe as you should wait for a complete full stop of the fan disk.
Sure, but if it's windy enough that the engine keeps windmilling, the fan would never stop, and you would just be waiting until the cows come home.Heinkel wrote:Did anyone check, if the deceased ramper wore noise cancelling headphones and listened to loud music?
is I am a trainer, a mentor, an educator, a safety guy. I've always had multiple jobs at one time. Regardless of what job I had, I ended up being the trainer at it.
How would one check at this point. Presumably, the headphones and the device in question would be in very small pieces at that point.
Windmilling is a totally neutral event, has absolutely nothing to do with the engine producing any kind of power, nor capable of doing so.
And any ramper that cannot decern a windmilling engine and one that is on needs one of two things, termination or retraining. Plus, windmilling happens in the manner that the fan disk spins in the opposite direction of normal rotation...for the reason that they don't want the engine internals rotating without lubrication, so same rule applies with an employee that cannot tell the difference.
Correct, windmilling is a slow speed. Depending the fan diameter and weight, coupled with the wind speed and direction it is hitting the opening...you only have a rotation of from less than 1 to about 5 rpm.
MSJYOP28Apilot wrote:Given the safety hazards, operational complications, and passenger comfort problems, I am of the mind that APU inop MELs should be one leg only MELs to get a plane to a maintenance station or hub to be fixed. No APU MELs leaving a hub or maintenance base.
MSJYOP28Apilot wrote:Given the safety hazards, operational complications, and passenger comfort problems, I am of the mind that APU inop MELs should be one leg only MELs to get a plane to a maintenance station or hub to be fixed. No APU MELs leaving a hub or maintenance base. APU MELs always cause problems especially in summer heat. They also eliminate a source of electrical power should an engine or both engines fail in flight. At some point if it hasnt happened already, passengers or crew will die on a hot weather day from heat stroke sitting on an overheated APU inop aircraft during some kind of ground delay or weather diversion.
Eolesen wrote:Indeed. A windmilling engine can certainly take off a finger or cause serious damage to a hand/arm, but it's not going to kill you.
Mistaking a windmilling engine for one that's still running? Totally different situation, and one that you are not going to make if you're actually listening to the sound of the engine versus your iTunes playlist....
Sent from my SM-G981U using Tapatalk
MSJYOP28Apilot wrote:Given the safety hazards, operational complications, and passenger comfort problems, I am of the mind that APU inop MELs should be one leg only MELs to get a plane to a maintenance station or hub to be fixed. No APU MELs leaving a hub or maintenance base. APU MELs always cause problems especially in summer heat. They also eliminate a source of electrical power should an engine or both engines fail in flight. At some point if it hasnt happened already, passengers or crew will die on a hot weather day from heat stroke sitting on an overheated APU inop aircraft during some kind of ground delay or weather diversion.
Silver1SWA wrote:A windmilling engine will cause injury if you reach in and touch the spinning blades but windmilling creates no suction power so standing in front of it isn’t a problem. An engine’s suction drops exponentially the moment it’s shut down. Since at my airline we have an engine cut/clear to approach signal we routinely approach (737s) within seconds of shutdown while the blades are still winding down. At that point if you put your hand at the edge of the inlet you might feel air moving but nothing strong enough to pull you in.
MohawkWeekend wrote:I believe it depends what the NTSB and OSHA finds in their investigation.
I was unable to figure out the rate of accidents for the industry - their website exceeded my technical abilities. Perhaps some one else can figure it out.
The most recent fatalities that I'm aware of :
Montgomery (1/23) (Piedmont)
Ontario CA (11/19) (2 UPS employees killed by tug)
JFK (8/19) (Delta employee killed by a tug)
Newark (9/17) (Commutair employee contractor for United killed by propeller strike)
Is anyone aware of any fatalities I may have missed since say 2017?
Ironically when I was searching the web for information, this link came up -
"Ramp Agents BEWARE"
viewtopic.php?t=1379581
Airliners.net discussion of this very same issue. Thread was started in 2017.
And found this -
OSHA and the Airlines had a Airline Ground Safety Panel (AGSP)
(signed May 20, 2008; renewed October 10, 2012; renewed April 08, 2015; concluded April 24, 2018).
Can't find out if a new panel was created or what their recommendations/findings were.
DPeter27 wrote:Silver1SWA wrote:A windmilling engine will cause injury if you reach in and touch the spinning blades but windmilling creates no suction power so standing in front of it isn’t a problem. An engine’s suction drops exponentially the moment it’s shut down. Since at my airline we have an engine cut/clear to approach signal we routinely approach (737s) within seconds of shutdown while the blades are still winding down. At that point if you put your hand at the edge of the inlet you might feel air moving but nothing strong enough to pull you in.
Having worked gates next to your crews at my one airport, you do engage the a/c much earlier than I have ever trained anyone to approach. You are correct in your statement and I have witnessed your staff and beltloaders perform said action countless times.
FGITD wrote:DPeter27 wrote:Silver1SWA wrote:A windmilling engine will cause injury if you reach in and touch the spinning blades but windmilling creates no suction power so standing in front of it isn’t a problem. An engine’s suction drops exponentially the moment it’s shut down. Since at my airline we have an engine cut/clear to approach signal we routinely approach (737s) within seconds of shutdown while the blades are still winding down. At that point if you put your hand at the edge of the inlet you might feel air moving but nothing strong enough to pull you in.
Having worked gates next to your crews at my one airport, you do engage the a/c much earlier than I have ever trained anyone to approach. You are correct in your statement and I have witnessed your staff and beltloaders perform said action countless times.
Your observation echoes my own experience. WN definitely approaches very quickly, and it seems to work for them, but it can be a bit uncomfortable to watch.
I worked pretty much exclusively on widebodies after my first few months, where the status of the engines was usually much easier to determine, but still ran into a few careless rampers who were getting too comfortable. I was trained on and had worked narrowbodies a bit, and I'll always maintain that the smaller engines are much more dangerous. There's no doubt if that GE90 is running; it'll literally shake the ground and even with the best ear protection, you'll hear it. A "little" CFM on the wing of a 737 looks, sounds, ands feels much more innocuous
Unfortunately it is the type of thing where one mistake is all that's needed.
DPeter27 wrote:
Yes they do and yes, it is a bit disconcerting to watch. They also push at rather high rates of speed and sometimes for a sizable distance. Plus, rarely do wing walkers truly pay that close attention, at least from what I've witnessed. WN is a different beast in so many aspects.
My experience has been with narrow body, regional pax jets and narrowbody and prop cargo planes.
Airbus A320 family including; A319/320/321 series.
Boeing 737 family including; -300/-500/-700/-800/-900 series.
Bombardier Canadair Regional Jets including; CRJ100/200/700/900 series.
Cessna 208 Grand Caravan/Super Cargomaster freighter.
Douglas DC-9, various series as freighter aircraft.
Douglas/McDonnell Douglas family including; DC9-50/MD88/MD90 passenger aircraft.
Embraer Regional Jets including; ERJ135/140/145, EMB170/175.
Shorts 360 freighter.
While having been on the inside a limited number of wide bodies, I have never had the pleasure of working any. I miss the industry and wish I was able to get back in, but at 57 this year, age discrimination is alive and well and it doesn't matter what skills and experience you have that can benefit the operation (in my case in the training department, safety department, investigations and audits.) And add in the refusal to get the Fauci-ouchie...even more so as personal medical treatment is no longer the purview of the individual.
Stay well.
DPeter27 wrote:FGITD wrote:DPeter27 wrote:
Having worked gates next to your crews at my one airport, you do engage the a/c much earlier than I have ever trained anyone to approach. You are correct in your statement and I have witnessed your staff and beltloaders perform said action countless times.
Your observation echoes my own experience. WN definitely approaches very quickly, and it seems to work for them, but it can be a bit uncomfortable to watch.
I worked pretty much exclusively on widebodies after my first few months, where the status of the engines was usually much easier to determine, but still ran into a few careless rampers who were getting too comfortable. I was trained on and had worked narrowbodies a bit, and I'll always maintain that the smaller engines are much more dangerous. There's no doubt if that GE90 is running; it'll literally shake the ground and even with the best ear protection, you'll hear it. A "little" CFM on the wing of a 737 looks, sounds, ands feels much more innocuous
Unfortunately it is the type of thing where one mistake is all that's needed.
WN is a different beast in so many aspects.
FGITD wrote:the most training I received was to deice. And that was also the lowest paying.
DL_Mech wrote:FGITD wrote:the most training I received was to deice. And that was also the lowest paying.
That is an accident waiting to happen.
Silver1SWA wrote:DPeter27 wrote:FGITD wrote:
Your observation echoes my own experience. WN definitely approaches very quickly, and it seems to work for them, but it can be a bit uncomfortable to watch.
I worked pretty much exclusively on widebodies after my first few months, where the status of the engines was usually much easier to determine, but still ran into a few careless rampers who were getting too comfortable. I was trained on and had worked narrowbodies a bit, and I'll always maintain that the smaller engines are much more dangerous. There's no doubt if that GE90 is running; it'll literally shake the ground and even with the best ear protection, you'll hear it. A "little" CFM on the wing of a 737 looks, sounds, ands feels much more innocuous
Unfortunately it is the type of thing where one mistake is all that's needed.
WN is a different beast in so many aspects.
And yet they‘re the only ones who only approach the aircraft after the pilot has signaled deliberately that he has cut the engines. WN has spent a lot of effort in recent years catching up to safety procedures that have been industry standard for years. Maybe this is one unique WN procedure that should be universal.
Cubsrule wrote:Silver1SWA wrote:DPeter27 wrote:
WN is a different beast in so many aspects.
And yet they‘re the only ones who only approach the aircraft after the pilot has signaled deliberately that he has cut the engines. WN has spent a lot of effort in recent years catching up to safety procedures that have been industry standard for years. Maybe this is one unique WN procedure that should be universal.
I’d urge caution here in case there’s a 737-specific reason that this works or some other aircraft where it wouldn’t work.
I do post-incident investigation and don’t work on the ramp, so I’m not sure whether or not there’s anything about this procedure that fits that definition.
Cubsrule wrote:Silver1SWA wrote:DPeter27 wrote:
WN is a different beast in so many aspects.
And yet they‘re the only ones who only approach the aircraft after the pilot has signaled deliberately that he has cut the engines. WN has spent a lot of effort in recent years catching up to safety procedures that have been industry standard for years. Maybe this is one unique WN procedure that should be universal.
I’d urge caution here in case there’s a 737-specific reason that this works or some other aircraft where it wouldn’t work.
I do post-incident investigation and don’t work on the ramp, so I’m not sure whether or not there’s anything about this procedure that fits that definition.
alasizon wrote:Does anyone know if Envoy procedures call for an APU to be started after landing? If they don't, then the fact that the APU was INOP is irrelevant as the #1 engine would have been running anyhow until the jetway was up.
Several E175 carriers follow this procedure to save fuel and wear and tear on the APU.
DPeter27 wrote:Oh, absolutely...I don't work for WN, but I'm uncomfortable seeing them doing that even at a distance. Clearly their company culture and safety department not only allow, but intends for it to be that way.
Cubsrule wrote:DPeter27 wrote:Oh, absolutely...I don't work for WN, but I'm uncomfortable seeing them doing that even at a distance. Clearly their company culture and safety department not only allow, but intends for it to be that way.
I really wasn't commenting one way or another on WN's safety culture. Probably like all of the competition, there are some things they do that are safer than the others, some things that are as safe, and some things that are less safe.
My point was simply that WN has a different operation than just about anyone else and so policies and procedures that work for them won't necessarily work for an airline that is different operationally. Take fall protection for rampers. WN doesn't need a program that ensures that rampers are safe when entering and exiting the bins of taller types (757, 32X) because WN doesn't operate those aircraft. It's a risk that WN doesn't have to manage. Or taking an example that goes the other way, WN uses a tail stand every time a 738 is loading or unloading. B6 doesn't have and doesn't need a tail stand program because it doesn't operate any aircraft that need them.
DPeter27 wrote:F9Animal wrote:DPeter27 wrote:
Ground staff complete computer based training that can take between 40 and 80 hours, depending on the pace of learning of the person before they even make it out of the office. Some have a large collective new hire in-person training, but I never had in-person training like that until it was the more "advanced" disciplines like GCS, ALIS (weight and balance,) cargo, CRO, etc.
Once the newbie completes the CBT, they are then assigned a trainer for the ramp. This is a process that, I suspect, can vary from station to station a little, but in our case, where the newbie didn't do a thing but observe and shadow the trainer for a full week, followed by the newbie getting their hands wet for a week under the immediate supervision of the trainer, next another week of "arms distance" working "from the trainer" where by then, they have generally demonstrated the skills needed and learned...but are, while not immediately in reach of the trainer are watched by the entire crew. That's continues until you reach 6 week date where the REAL danger starts...they have gotten comfortable, all that gobbledygook from the computer is making total sense...and they THINK they now know it all, and they don't. I would intentionally train (harp on/warn) from the day they were handed to me about the weeks 6 thorough 12 being the danger zone where they will feel like they have and have the confidence and comfort, but not quite have it all together and that is the time they will get hurt/get someone else hurt or damage something. After 12 weeks of constant work on the ramp, they have generally gotten it all put together in both the head and the body and are a true confident (as in all the other team members can trust you to do everything correctly) coworker.
All along the way, the trainers are documenting your progress creating your training record. And then the point to your reply. Annually, we must each repeat the RECURRING ANNUAL training modules to retain our qualification to continue working on the ramp. This can take upwards of 8 to 24 hours, depending on the person and you are given the notice of when you have your recurrent training due by so you can fit it into the gaps during the weeks leading up to that due date. So we ARE qualified, we are certified (in many disciplines I was assigned to) and all of that is documented in your training jacket. Then there are the add on modules, new procedures, new policies, getting new type of aircraft or ground equipment that has to be learned, etc. that are always coming up to have to do training on.
We aren't just thrown out there on the ramp on day one and never given any formal training, nor oversight. We aren't simply bagging groceries out there.
In my case, the list of assigned disciplines and such take up 2/3rd of a page of paper in outline form that I was expected to perform on a daily basis, so I spent something like 120-160 hours every year doing/going to training/doing annual recurrents for everything I was expected to do.
Training varies between airlines and ground handling contracts. I can tell you that some companies training programs are dismal. I do know of a few contractors so desperate for new hires, they literally have them out on the flight line on day #1.
If that is the case, then they need to be reported to the FAA so that they are pulled from operations. Whoever they are contracted to do the ground service work with needs to intercede because it is their metal, their flight and cabin crews and more importantly their passengers as risk of a catastrophic failure that can result in anything from minor to major incidents all the way to complete loss of life in a crash.
And to be honest, if I knew that information and did nothing about it, my conscience wouldn't allow me to sleep know what I just said in the paragraph above. But, that's just me.
DPeter27 wrote:Cubsrule wrote:Silver1SWA wrote:
And yet they‘re the only ones who only approach the aircraft after the pilot has signaled deliberately that he has cut the engines. WN has spent a lot of effort in recent years catching up to safety procedures that have been industry standard for years. Maybe this is one unique WN procedure that should be universal.
I’d urge caution here in case there’s a 737-specific reason that this works or some other aircraft where it wouldn’t work.
I do post-incident investigation and don’t work on the ramp, so I’m not sure whether or not there’s anything about this procedure that fits that definition.
Oh, absolutely...I don't work for WN, but I'm uncomfortable seeing them doing that even at a distance.
DPeter27 wrote:FGITD wrote:DPeter27 wrote:
Having worked gates next to your crews at my one airport, you do engage the a/c much earlier than I have ever trained anyone to approach. You are correct in your statement and I have witnessed your staff and beltloaders perform said action countless times.
Your observation echoes my own experience. WN definitely approaches very quickly, and it seems to work for them, but it can be a bit uncomfortable to watch.
I worked pretty much exclusively on widebodies after my first few months, where the status of the engines was usually much easier to determine, but still ran into a few careless rampers who were getting too comfortable. I was trained on and had worked narrowbodies a bit, and I'll always maintain that the smaller engines are much more dangerous. There's no doubt if that GE90 is running; it'll literally shake the ground and even with the best ear protection, you'll hear it. A "little" CFM on the wing of a 737 looks, sounds, ands feels much more innocuous
Unfortunately it is the type of thing where one mistake is all that's needed.
Yes they do and yes, it is a bit disconcerting to watch. They also push at rather high rates of speed and sometimes for a sizable distance. Plus, rarely do wing walkers truly pay that close attention, at least from what I've witnessed. WN is a different beast in so many aspects.
My experience has been with narrow body, regional pax jets and narrowbody and prop cargo planes.
Airbus A320 family including; A319/320/321 series.
Boeing 737 family including; -300/-500/-700/-800/-900 series.
Bombardier Canadair Regional Jets including; CRJ100/200/700/900 series.
Cessna 208 Grand Caravan/Super Cargomaster freighter.
Douglas DC-9, various series as freighter aircraft.
Douglas/McDonnell Douglas family including; DC9-50/MD88/MD90 passenger aircraft.
Embraer Regional Jets including; ERJ135/140/145, EMB170/175.
Shorts 360 freighter.
While having been on the inside a limited number of wide bodies, I have never had the pleasure of working any. I miss the industry and wish I was able to get back in, but at 57 this year, age discrimination is alive and well and it doesn't matter what skills and experience you have that can benefit the operation (in my case in the training department, safety department, investigations and audits.) And add in the refusal to get the Fauci-ouchie...even more so as personal medical treatment is no longer the purview of the individual.
Stay well.
Silver1SWA wrote:DPeter27 wrote:Cubsrule wrote:
I’d urge caution here in case there’s a 737-specific reason that this works or some other aircraft where it wouldn’t work.
I do post-incident investigation and don’t work on the ramp, so I’m not sure whether or not there’s anything about this procedure that fits that definition.
Oh, absolutely...I don't work for WN, but I'm uncomfortable seeing them doing that even at a distance.
Let’s stop being dramatic. My airport has mechanics approaching aircraft of all airlines and aircraft types immediately upon shutdown for ETOPS checks just as quickly as what you might witness on an average WN turn. Once the engines are cut it’s game on. It’s just making sure the engines are indeed cut before you enter that’s most important.
Silver1SWA wrote:DPeter27 wrote:Cubsrule wrote:
I’d urge caution here in case there’s a 737-specific reason that this works or some other aircraft where it wouldn’t work.
I do post-incident investigation and don’t work on the ramp, so I’m not sure whether or not there’s anything about this procedure that fits that definition.
Oh, absolutely...I don't work for WN, but I'm uncomfortable seeing them doing that even at a distance.
Let’s stop being dramatic. My airport has mechanics approaching aircraft of all airlines and aircraft types immediately upon shutdown for ETOPS checks just as quickly as what you might witness on an average WN turn. Once the engines are cut it’s game on. It’s just making sure the engines are indeed cut before you enter that’s most important.
DPeter27 wrote:Silver1SWA wrote:DPeter27 wrote:
Oh, absolutely...I don't work for WN, but I'm uncomfortable seeing them doing that even at a distance.
Let’s stop being dramatic. My airport has mechanics approaching aircraft of all airlines and aircraft types immediately upon shutdown for ETOPS checks just as quickly as what you might witness on an average WN turn. Once the engines are cut it’s game on. It’s just making sure the engines are indeed cut before you enter that’s most important.
Dramatic? Huh. Red confetti out the tail pipe of a airplane engine is dramatic not to mention traumatic. Proper safety habits, that's just common sense. But all know that is something that has quite a variability in its application in today's world.
Read my post of the examples from just my life where others have made the choices that, had I not been of the proper mindset and alert, would have resulted in ME been the one paying the price for their carelessness. Clearly, while I am not making any comments personal, seems how they are being received just may be in some cases. And if that's the case, so be it, I'm only accountable for what I actually say, not how its received. And if this thread, its discussion about safety and taking it seriously prevents just one injury, or fatality, then it has served its purpose.
alasizon wrote:Does anyone know if Envoy procedures call for an APU to be started after landing? If they don't, then the fact that the APU was INOP is irrelevant as the #1 engine would have been running anyhow until the jetway was up.
Several E175 carriers follow this procedure to save fuel and wear and tear on the APU.