Thanks. Further search revealed the reason I couldn't find the tape is that I copied it onto a DVD and discarded the tape.
Thanks. Further search revealed the reason I couldn't find the tape is that I copied it onto a DVD and discarded the tape.
I've been thinking about this nonstop and how my practice did or did not prepare me. First let me say, none of what went through my head was in words. It was instantaneous impressions. As soon as I saw the power poles, I saw a wing clipping a pole and an electrical fire. Just like that the road was no longer an option. I don't know if that's good or bad. When I got close to the dirt road and saw the hump in the middle and the bushes, I saw my nose gear digging in at high speed. When I saw a flat lane through the mounds I saw an image of my plane plowing through dirt. My heart broke but it looked like I'd survive. That's how it went. The time spent in practice pulling the power and gliding to a runway didn't help more than, for example, practicing precision or short-field landings.I often think about this when driving, could I land on this road if I needed to, and in most cases, one should be able to, crossing power lines are the biggest hazard. I once landed at Roosterville, MO advertised as the narrowest runway in MO at 20 feet (after that I started taking a look at runway width something I never paid much attention to before)! I've heard of folks landing on model airplane runways by accident.
Things definitely look different from 1000' compared to 50'.
Road specs:
The typical width of a two-lane road is 24 feet, with each lane being 12 feet wide. However, there are some exceptions:
- Urban areas: The minimum lane width is 11 feet, but 12 feet is preferred.
- Interchanges: The lane width is 12 feet for a two-lane conventional state highway that connects to a freeway.
- Conventional state highways: The minimum lane width is 11 feet for highways with posted speeds of 40 miles per hour or less and truck volume less than 250 per lane.
I can't thank you enough for explaining what you went through with such thought and detail. I will have to sift through all this again and likely modify my EMERGENCY CHECK LIST which is permanently on my kneeboard separate from my other checklists and instantly available. I need to go through it and see how what you accomplished in that time relates to what I have on my check list. It might need some revision........ I also need to revisit my emergency procedure practices with some of what you have shared in mind.I've been thinking about this nonstop and how my practice did or did not prepare me. First let me say, none of what went through my head was in words. It was instantaneous impressions. As soon as I saw the power poles, I saw a wing clipping a pole and an electrical fire. Just like that the road was no longer an option. I don't know if that's good or bad. When I got close to the dirt road and saw the hump in the middle and the bushes, I saw my nose gear digging in at high speed. When I saw a flat lane through the mounds I saw an image of my plane plowing through dirt. My heart broke but it looked like I'd survive. That's how it went. The time spent in practice pulling the power and gliding to a runway didn't help more than, for example, practicing precision or short-field landings.
The biggest help by far was that I had multiple landings off paved runways. I knew what my plane felt like digging into soft grass. I'd been pitched back into the air by bumps I couldn't see before touchdown and I knew my plane could handle it. All of that experience was there for me.
If you're like I used to be, you're imagining that your practiced skills will get you that extra 30 or 50 yards to a runway and save the day. I have an alternative to that point of view now, which is that you won't be willing to gamble by cutting it that close when it's for real. If there's anything that looks more certain, even if it means you'll lose your airplane, you'll take that option. IMHO. For myself, I'll still practice gliding on occasion, but I'm going to spend more time practicing other things.
I should probably thank you and everyone else for the free therapy sessions. You didn't even ask a question so this is apparently more for me than it is for you. Bottomline, I'll speak only for myself, I feel like my training and practice over prepared me for the last two minutes but didn't prepare me to make the most of the first two minutes.
I'm happy to say I didn't hesitate. After focusing on airspeed and thinking about trimming for best glide for too long, I simultaneously went through engine restart and put out a mayday call. You know what happens after a mayday call? (I didn't.) ATC has questions for you. And that helpful human voice in my ear felt wonderful so I answered the questions without hesitation. "How much fuel onboard?" and so on. Was that really the best use of my time and mental resources in that moment? (Answer: Nope.)
Was engine restart a priority? In my mind, in that moment, nothing since the dawn of creation seemed to matter more. But think it through--if your engine is going to restart, the crisis is over. If it's not going to restart, you're wasting altitude. On my next emergency procedures card "engine restart" is going right before "Fuel to OFF".
So here's my solution. My next emergency procedures card for loss of engine will begin with "What is your altitude? Say aloud." That will direct me to the front or back of the card. At the onset of the next crisis, I know I will enter into reaction mode, which is perfect if I'm low to the ground and short on time. But if I'm not about die, the most important first step is to get my mind out of reaction mode and into analysis mode, and I know I'm going to need some help with that. That's what the emergency procedures card is for.
I adapted my emergency procedures card for my RV from my Cessna flying days. For engine out, Step 1, trim for best glide speed. Guess what? In an RV that was going 172kts a few seconds ago, that's not going to matter right away. Step 2, select a forced landing area. I'm still working on what I want for the critical altitude, but if you're above...say...5,000', which we usually are, this is a waste of time, and it can eat up a lot of time. Whatever information you think you're getting from looking outside will be inaccurate and possibly counterproductive. If you have a glass panel, what's in front of you is more useful. Step 3. Engine restart. You see where I'm going with this.
Anyone who has read all of this can send me a bill for your time. (Seriously--the support I'm getting means a lot. Thanks. Sy)
I do the same looking at flat fields on the sides of the road. Some of them are really rough but probably appear as perfect landing areas from 1000 AGL which @bobhope2505 experienced first hand. I really hope for a full stall touch down and if the plane has to flip over it's going to do it gently. So glad things went well for Syrus.I often think about this when driving, could I land on this road if I needed to
Today is the last day to get a decent discount on Machado’s 6 hour course on in flight emergencies.I do the same looking at flat fields on the sides of the road. Some of them are really rough but probably appear as perfect landing areas from 1000 AGL which @bobhope2505 experienced first hand. I really hope for a full stall touch down and if the plane has to flip over it's going to do it gently. So glad things went well for Syrus.
And if not, land alongside if possible..... At least you will know someone will eventually pass by.I often think about this when driving, could I land on this road if I needed to, and in most cases, one should be able to.
At that point, why not ground loop it. You stand a better chance of keeping it upright.I do the same looking at flat fields on the sides of the road. Some of them are really rough but probably appear as perfect landing areas from 1000 AGL which @bobhope2505 experienced first hand. I really hope for a full stall touch down and if the plane has to flip over it's going to do it gently. So glad things went well for Syrus.
I think you missed my point. With the prop stopped, the more shallow (high rpm) that mechanical pitch stop is, the higher the drag will be.I believe there is an adjustment that the manufacturer sets to keep the prop below the max rmp, which was 2,700 in my case, but I had electronic ignition that also limited engine RPM which I had set at 2,650 to be conservative.
I think the difference in Blade angle and resulting drag between a prop with properly adjusted low pitch stops and one that is slightly off will be minuscule.I think you missed my point. With the prop stopped, the more shallow (high rpm) that mechanical pitch stop is, the higher the drag will be.
I would love to see your updated emergency procedures card whenever you're done with it....That's what the emergency procedures card is for.
I've been thinking about this nonstop and how my practice did or did not prepare me. First let me say, none of what went through my head was in words. It was instantaneous impressions. As soon as I saw the power poles, I saw a wing clipping a pole and an electrical fire. Just like that the road was no longer an option. I don't know if that's good or bad. .....
Anyone who has read all of this can send me a bill for your time. (Seriously--the support I'm getting means a lot. Thanks. Sy)
If you're like I used to be, you're imagining that your practiced skills will get you that extra 30 or 50 yards to a runway and save the day. I have an alternative to that point of view now, which is that you won't be willing to gamble by cutting it that close when it's for real. If there's anything that looks more certain, even if it means you'll lose your airplane, you'll take that option.
Thanks. I practiced engine out landings with the prop feathered. That will change going forward. The difference between a feathered prop and one stuck at flat pitched rattled my cage in the initial phase. It felt like I was dropping out of the sky and the sight picture was wrong. After an unknown length of time, I adjusted to what I was seeing with and didn't focus on it towards the end. I trimmed to 85kts at the beginning, but the speed crept up sometime after that at and I didn't notice right away. Not that it would have mattered since I was 8 miles from a runway.Syrus,
Thanks for sharing your experience and observations. As others have said, great job...sure appears you displayed very solid aviation decision-making, resulting in a very favorable outcome (the landing you walk away from) in a challenging scenario...in pretty unfriendly terrain.
Your description of the visual appearances at various altitudes is great info...and great data to store away, and share with other pilots, Flight Review pilots or students (I still teach a bit). Thanks for that.
The observation about prop-stopped glide ratio and visual cues is very interesting (and that is not to refute or debate what you saw and felt). "Long ago, in a galaxy far away", when instructing in college, I had an engine failure in a C-150. I was fortunate enough to be at 2000', right over a glider field, and landed my Cessna "glider" there. Two 360's at best glide to get to the runway. During the second 360, the prop stopped (aerodynamically, not due to the engine seizing after the failure). My experience was that the glide increased notably with the prop stopped vs windmilling...I had to raise the nose just a little to maintain best glide. I stayed close to the runway, and slipped to make the field. I'm sharing this just for positive discussion's sake. When you do share more of the experience (at the apropos time), it will be interesting to hear if you felt the best glide pitch attitude felt slightly higher than what you expected (similar to my experience), and how the descent rate and entire process felt different from practice, and how you would consider changing your procedures or checklists. I'm about to give primary instruction to the bride/co-builder of an RV-9A couple at our airpark, and both your experience and mine will be valuable training aids. I also wonder if Scott may be on to something in an earlier post, when he mentioned the RPM/power used when we practice engine outs. Finding that true "fully windmilling" spot is not easy with a healthy engine running, and finding true "zero thrust" can be challenging too. Look forward to the discussion.
Bottom line though, you were handed a scary **** sandwich, and did a great job! And thanks again for sharing the experience!
Cheers,
Bob
Edit Note: Paul, I posted this as you posted yours above...didn't see it prior. Hopefully mine is in the right spirit...it was not intended to debate...just compare an experience I had, and foster positive discussion.
So, drifting a bit off topic here, but if the NTSB never finishes the investigation, or they come out (or not) and do an investigation and declare the field work finished and go back to their coffee and donuts, is there opportunity for the owner/operator to examine the wreckage to determine cause of failure prior to the insurance company taking possession of it? Or maybe that's a case-by-case basis with the insurance company. Is there a clear-cut point in time when the NTSB/FAA raises their hands up and say "We're done with it" and now you can examine it?The NTSB is allotted only so much time for investigation. And it is miserly if no fatalities result. In both my crashes, no probable cause was determined.
This may happen to you as well. That's the irony. The good job you did may prevent you from getting to the root cause of the engine stoppage. Hope I am wrong on this prediction.
Me too. Thank you and glad you survived to tell.I would love to see your updated emergency procedures card whenever you're done with it.
I concur. Many moons ago had a gear failure. I hand cranked the gear, did the required fly by, etc. The last checklist item was to shut down the engine. I waited until I was landing assured (or thought I was) and pulled the mixture. It got super super quiet and she dropped like a rock; my landing was on the numbers. Like Cyrus my experience was much different than rehearsed in training.My feelings were the same - it was nothing like the "engine out" practice I had been doing for years…. if this had ben a real emergency, the startle factor may have put me too far behind the plane before I understood what was happening.
It used to be (I haven't had a claim since July 1997. "No Pilot Error" was found back then) that you got paid off for the total loss and the remnants are owned by the insurance company. Then the IC would give you a number to pay them if you wanted to buy the remnants from them and if you thought it was worth it you pay and keep what's left of the plane, saving the IC from having to move it and store it somewhere. With companies like Wentworth doing insurance auctions now, I'm not sure how it currently works.Question: How does this work now with the insurance company? Presumably they'll total it and give you a check. Is it likely to be enough to start a new build? What parts would you want back and how would that affect the payout?
That was Cliff?? Wicker at College Park MD. In that era he was part of the Flying Circus in Bealton VA. In that era lots of crank flange failures on Lycomings and on P&W 985 Stearmans. In some cases the entire engine came off Stearmans. The Lycoming issues were never solved with metal prop but pretty much went away with the German Props, Hoffman and then MT.In an attempt to keep the prop condition to glide ratio performance banter light-hearted, maybe this pilot has some opinions on the topic ...
Prop comes off video
Case by case I suppose. On one of my crashes, the salvage yard let me (and an A&P) in for a while to inspect the engine. No conclusions from the evidence. In the burned plane, there wasn't enough to inspect....So, drifting a bit off topic here, but if the NTSB never finishes the investigation, or they come out (or not) and do an investigation and declare the field work finished and go back to their coffee and donuts, is there opportunity for the owner/operator to examine the wreckage to determine cause of failure prior to the insurance company taking possession of it? Or maybe that's a case-by-case basis with the insurance company. Is there a clear-cut point in time when the NTSB/FAA raises their hands up and say "We're done with it" and now you can examine it?
Thankfully I've never been here, and don't want to be...
Wait, what?....On one of my crashes, ....
Bob Hoover survived 17 crashes in his military, test pilot and airshow days. The most remarkable to me was the F86 with experimental fly by wire pitch control. Takeoff at LA Intl, when he retracted the landing gear the airplane pitched up out of control. After turning around the first descent was below some hangars. He kept experimenting with various configurations of power and flaps and got the airplane under control. He decided to go to Edwards. In turbulence over the mountains he lost and then regained control again. Landed safely at Edwards. He had been monitoring a company frequency on takeoff and they were screaming at him to eject. At Edwards he learned the ejection seat had never been armed. The cause was the fly by wire wiring in the wheel well area was damaged when the gear retracted.Wait, what?![]()
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Glad you're still with us !
Just to be a bit more specific, he didn't pour ice tea while flying inverted. It was done during a roll going through inverted while maintaining 1 positive G.Bob Hoover survived 17 crashes in his military, test pilot and airshow days. The most remarkable to me was the F86 with experimental fly by wire pitch control. Takeoff at LA Intl, when he retracted the landing gear the airplane pitched up out of control. After turning around the first descent was below some hangars. He kept experimenting with various configurations of power and flaps and got the airplane under control. He decided to go to Edwards. In turbulence over the mountains he lost and then regained control again. Landed safely at Edwards. He had been monitoring a company frequency on takeoff and they were screaming at him to eject. At Edwards he learned the ejection seat had never been armed. The cause was the fly by wire wiring in the wheel well area was damaged when the gear retracted.
One of the remarkable things about Hoover was that he did not have a lot of total time. In many cases he had ferry pilots to position the airplanes for airshows.
Another of my favorites is the video showing him pouring ice tea in the Shrike while inverted.
Bob Hoover survived 17 crashes in his military, test pilot and airshow days.
All of Bobs rolls in the Shrike were positive G. He did four point rolls for sure. I think the tea demo might have been easier while momentarily pausing wings level inverted. The video is still available. Poor quality.Just to be a bit more specific, he didn't pour ice tea while flying inverted. It was done during a roll going through inverted while maintaining 1 positive G.
Thank you! My wife is glad too.Wait, what?![]()
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Glad you're still with us !
I should do a whole post on what I didn't know about aircraft insurance. They're quite happy to give you a check, especially for an RV wreck. Turns out there's a market for RV parts in other countries without the regulatory requirements we have in the U.S. If you want to rebuild with the parts you built, as I hope to, you have to buy their salvage rights. They get "courtesy bids" from salvage yards and you have to agree to "pay" that amount, which is deducted from the policy limit. If you don't agree, the wreckage goes out to auction, most of which are online through sealed bids. You have to decide whether to pay or gamble.Question: How does this work now with the insurance company? Presumably they'll total it and give you a check. Is it likely to be enough to start a new build? What parts would you want back and how would that affect the payout?
Do you know if you can also bid in that auction or is it limited to the salvage yards?I should do a whole post on what I didn't know about aircraft insurance. They're quite happy to give you a check, especially for an RV wreck. Turns out there's a market for RV parts in other countries without the regulatory requirements we have in the U.S. If you want to rebuild with the parts you built, as I hope to, you have to buy their salvage rights. They get "courtesy bids" from salvage yards and you have to agree to "pay" that amount, which is deducted from the policy limit. If you don't agree, the wreckage goes out to auction, most of which are online through sealed bids. You have to decide whether to pay or gamble.
Preliminary report states "no visible external damage" to engine.I should do a whole post on what I didn't know about aircraft insurance. They're quite happy to give you a check, especially for an RV wreck. Turns out there's a market for RV parts in other countries without the regulatory requirements we have in the U.S. If you want to rebuild with the parts you built, as I hope to, you have to buy their salvage rights. They get "courtesy bids" from salvage yards and you have to agree to "pay" that amount, which is deducted from the policy limit. If you don't agree, the wreckage goes out to auction, most of which are online through sealed bids. You have to decide whether to pay or gamble.
Anyone can bid. I see them all the time online and on eBay. Google "Wentworth Aircraft". That's one company who sells off insurance claims.Do you know if you can also bid in that auction or is it limited to the salvage yards?
Wentworth has both damaged and non damaged airplanes for sale on ebay. There is also a salvage company in Phoenix and one in Dallas that will occasionally have a listing on ebay or barnstormers. Wentworth has been in business a long time.Anyone can bid. I see them all the time online and on eBay. Google "Wentworth Aircraft". That's one company who sells off insurance claims.
There is currently about a half dozen companies that handle insurance salvage sales. Some are the actual insurer and some are brokers that handle the sale of the salvage for the insurance companies.Wentworth has both damaged and non damaged airplanes for sale on ebay. There is also a salvage company in Phoenix and one in Dallas that will occasionally have a listing on ebay or barnstormers. Wentworth has been in business a long time.
Also, for those who didn't hear, Chuck Wentworth died in late NovemberThere is currently about a half dozen companies that handle insurance salvage sales. Some are the actual insurer and some are brokers that handle the sale of the salvage for the insurance companies.
Wentworth is a salvaging company that bids at the insurance auctions. Their standard operation with auctions they win is to part out the salvage by selling the engine and avionics at fixed prices and then holding their own auction on Ebay for what ever is left (common process for any experimental) or on Certificated aircraft, parting out the airframe to sell as replacement parts (they have a huge certified parts inventory).
Syrus -- congrats on a job well done with that emergency. Sounds to me like you did everything right.
I was wondering if you could expound a bit on the part of your post that I quoted. Can you describe how the sight picture and control input differed from what you had practiced? I try to make training as close to reality as possible, and although I have an RV-6 (which, incidentally, I purchased from a guy named Cyrus!) rather than a -14, I'm curious about this.
With the propeller frozen, I'd expect an improvement in performance. Is that what you experienced?
--Ron
Good question and I would really like to know if there was a noticed difference in elevator response and stall speed.Thanks Cyrus for your reports and findings. You definitely made a great job handling the emergency !!
Hope you get an explanation as for why the sudden engine seizure.
Outside of noting the diffences in flight with a stopped prop, did you notice any difference in response (slugissness) from the elevator ?
I remember training students for engine-out simulations and at times, with a close to final test student and with guarantee of reaching the runway, I would kill the engine on purpose on short final. (Cessna's with FP props).
That was to demonstrate how the elevator was less responsive and the flare became more "nose heavy".
Even at idle, the prop wash generates enough airflow back there to make a difference.
Do you recall having the same effect at flare with the 14 ??