I am so excited about finding this channel. I have always loved helicopters, from my childhood being in the mid 80s. Yes you know where im going.....AIRWOLF was my favorite show as a kid. You explain and teach to where i understand. You are absolutely an amazing person doing amazing things. Not to mention you are an absolutely beautiful woman, you have so much going for you with channel. I hope it just expodes with likes and subs. Ok on with the lesson 😂😂.
You are explaining LTE very well and have chosen a very typical example in the video material. I like the way how you are explaning: As detailled as necessary, not simplifying, but as well not overcomlipcated. So with enough altitude and at the right place withour obstcle in front it should be possible to "fly out" with cyclic forwad input of a LTE situation, similar to flying out of a Vortex Ring State with forward speed?
Another fantastic, clear concise tutorial. I was hoping you would add some advice about how to get out of the onset of LTE at the end - and you didn't disappoint 🙂. I liked the advice to practice the foot movements for full left pedal as that will give a pilot a fighting chance to react quickly in what must be a very sudden and very disconcerting situation. Always love your videos... a unique (and rare) mix of knowledgeable, authorititive, genuine and polite.
Hello Fly High great video, love your stuff. LTE - loss of tail rotor Efficiency, or Effectiveness? Sorry for being nerdy, either way the result is the same, ask me how I know!?
@@flyhighytb thanks, ok so coming in to the hover at the end of an approach, strong crosswind from the right, heavily loaded Sikorsky S76. As we slowed down, bringing in the power and left pedal at the usual rate, I could do nothing to stop the aircraft rotating quite rapidly through 90 degrees to the right…… basically it was weather-cocking in to the wind, and fortunately stopped turning once pointing 90 degrees right of where I’d planned it to be. As you so well demonstrate in your video, full left pedal required, to be honest I have no idea how much I used, it may have been full pedal, but it was insufficient to stop the turn. I think instinctively I lowered collective just a little to reduce the power demand, which helped for sure. Luckily the rotation rate, although quite rapid and certainly uncontrolled, didn’t develop further. The funny thing was my colleague beside me thought it was all totally planned to align the aircraft into the adjacent taxiway - I did come clean ! 😃. Every day’s a school day right? Love your content, thanks.
@@EtiRats Interesting information, runing out of left pedal should be considered a different case of LTE, airbus has an excelent video about pedal curve, a little confusing but with de same conclussion of applying full pedal. You can lose tail rotor thrust from a few different sources, wind, your own main rotor vortices, and another relevant factor is your main rotor RPM.
Great video as always. For me it looks like the helicopter touches the tree top, where it starts to loose control and develops into LTE?. What do you think?
I have always had this question about two bladed helicopters what would happen if they had the same full articulated system but with two blades only to prevent mast bumping
Hello, I beg to disagree here. LTE will happen as a result of putting yourself in a situation where youre running out of power. Its not some ”vortex” situation that just happens. If you have the power available and you stay ahead of the helicopter, its not going to start spinning. As EASA is calling it ”unanticipated yaw”. What is the unanticipated yaw? If youre going to fly a helicopter you must know the basics. A tailrotor has less efficiency in some winds, yes, some models worse that others(B206 for example) but you should know that and avoid putting yourself in those situations. However if you have power available and stay ahead of the helicopter, it wont happen. I will quote my old instructor, Gordon H, here; ”Its all very feely feely” First you say its a windproblem, then you say hot high heavy. Dont you think that is contradictive? Why is it a problem with the wind? Well usually because hovering out of wind requires more power and most medium-small size helicopters are not very powerful.
Thank you so much for your comment. I think we do actually agree here. You also say that the tail rotor is less effective in some winds, as explained in detail in the video, and that if you don’t have enough power, which is often the case in hot, high or heavy conditions, you are at risk. 👍
I am so excited about finding this channel. I have always loved helicopters, from my childhood being in the mid 80s. Yes you know where im going.....AIRWOLF was my favorite show as a kid. You explain and teach to where i understand. You are absolutely an amazing person doing amazing things. Not to mention you are an absolutely beautiful woman, you have so much going for you with channel. I hope it just expodes with likes and subs. Ok on with the lesson 😂😂.
Thank you so much. I loved airwolf too 😜More will be coming soon 😊 Please be patient, I’ve been dealing with health issues these last few months.
Nice to watch you Caro !!!
You are explaining LTE very well and have chosen a very typical example in the video material. I like the way how you are explaning: As detailled as necessary, not simplifying, but as well not overcomlipcated. So with enough altitude and at the right place withour obstcle in front it should be possible to "fly out" with cyclic forwad input of a LTE situation, similar to flying out of a Vortex Ring State with forward speed?
Absolutely! Use the power pedal to stop the rotation, lower the collective and fly forwards.
Another fantastic, clear concise tutorial. I was hoping you would add some advice about how to get out of the onset of LTE at the end - and you didn't disappoint 🙂.
I liked the advice to practice the foot movements for full left pedal as that will give a pilot a fighting chance to react quickly in what must be a very sudden and very disconcerting situation.
Always love your videos... a unique (and rare) mix of knowledgeable, authorititive, genuine and polite.
I’m glad you liked it 😃
I love your channel and explanations. I have nearly completed my CPLH and your videos (like this one) have been a great help. Keep them up 👍
Thank you 🙏☺️
Well explained, thanks for the video
You’re very welcome ☺️
Hello Fly High great video, love your stuff. LTE - loss of tail rotor Efficiency, or Effectiveness? Sorry for being nerdy, either way the result is the same, ask me how I know!?
Thanks! You know? I’d live to hear your story.
@@flyhighytb thanks, ok so coming in to the hover at the end of an approach, strong crosswind from the right, heavily loaded Sikorsky S76. As we slowed down, bringing in the power and left pedal at the usual rate, I could do nothing to stop the aircraft rotating quite rapidly through 90 degrees to the right…… basically it was weather-cocking in to the wind, and fortunately stopped turning once pointing 90 degrees right of where I’d planned it to be.
As you so well demonstrate in your video, full left pedal required, to be honest I have no idea how much I used, it may have been full pedal, but it was insufficient to stop the turn.
I think instinctively I lowered collective just a little to reduce the power demand, which helped for sure. Luckily the rotation rate, although quite rapid and certainly uncontrolled, didn’t develop further.
The funny thing was my colleague beside me thought it was all totally planned to align the aircraft into the adjacent taxiway - I did come clean ! 😃.
Every day’s a school day right?
Love your content, thanks.
Thanks for sharing! 😁
@@EtiRats Interesting information, runing out of left pedal should be considered a different case of LTE, airbus has an excelent video about pedal curve, a little confusing but with de same conclussion of applying full pedal. You can lose tail rotor thrust from a few different sources, wind, your own main rotor vortices, and another relevant factor is your main rotor RPM.
Great video as always. For me it looks like the helicopter touches the tree top, where it starts to loose control and develops into LTE?. What do you think?
I’ll have to have another look 👀
I have always had this question about two bladed helicopters what would happen if they had the same full articulated system but with two blades only to prevent mast bumping
Il not quite sure I understand the question.
Hello,
I beg to disagree here.
LTE will happen as a result of putting yourself in a situation where youre running out of power. Its not some ”vortex” situation that just happens. If you have the power available and you stay ahead of the helicopter, its not going to start spinning. As EASA is calling it ”unanticipated yaw”.
What is the unanticipated yaw? If youre going to fly a helicopter you must know the basics. A tailrotor has less efficiency in some winds, yes, some models worse that others(B206 for example) but you should know that and avoid putting yourself in those situations. However if you have power available and stay ahead of the helicopter, it wont happen. I will quote my old instructor, Gordon H, here; ”Its all very feely feely”
First you say its a windproblem, then you say hot high heavy. Dont you think that is contradictive?
Why is it a problem with the wind? Well usually because hovering out of wind requires more power and most medium-small size helicopters are not very powerful.
Thank you so much for your comment. I think we do actually agree here. You also say that the tail rotor is less effective in some winds, as explained in detail in the video, and that if you don’t have enough power, which is often the case in hot, high or heavy conditions, you are at risk. 👍
PILOT ERROR.
Unfortunately it often is.