If you go the DC-10 route, make sure you spring for the -30 model. The -10s are dogs.DC-10/MD11
From the ad:
So, would that be a $10,000 hamburger if you took it out on a Sat morning?
And the engines seem to be pretty high-time. I'll have to check with our A&P to see what the overhaul cost would be. We would probably look to do a field OH rather than ship them back to.... holy hell - Pratt & Whitney???
A couple notes about this one. It's a Valsan, so the original pod engines were replaced with the higher thrust engines from an DC-9/MD-80. They had to disable the thrust reverser on the #2 engine, but they installed hydraulic reversers on the pods instead of the standard pneumatic ones. It's a little rocket ship with those engines. We used to use them on our South American routes at some of the higher altitude airports down there, and also we'd use it a lot for Denver.I think the fuel + engine fund would make it more like a $50,000 run. And getting in/out of CGE (Cambridge, MD for those who don't like to look up airport identifiers) for breakfast at Katie's would be a challenge.
Some other highlights:
"Two Class NEW airline interior installed 2017" So new interior. Nice. My wife will like that.
"2017 OWNERS SPENT ABOUT $5,000,000 TO BRING EVERYTHING UP TO DATE AND TO INSTALL Airline interior. Has only flown about 100 hours since then" Only 100 hours... hmm.. hope there isn't cam corrosion due to sitting too long.
And the engines seem to be pretty high-time. I'll have to check with our A&P to see what the overhaul cost would be. We would probably look to do a field OH rather than ship them back to.... holy hell - Pratt & Whitney???
Would you need a multi rating for take-off, glider for landings?Technically 5 engines at start up, but mostly 3 engines.
CH-53E
Nauga,
vertically integrated
There weren't too many of those made. I'd snap it up before someone else gets to it.
Cool!A couple notes about this one. It's a Valsan, so the original pod engines were replaced with the higher thrust engines from an DC-9/MD-80. They had to disable the thrust reverser on the #2 engine, but they installed hydraulic reversers on the pods instead of the standard pneumatic ones. It's a little rocket ship with those engines. We used to use them on our South American routes at some of the higher altitude airports down there, and also we'd use it a lot for Denver.
I was trying to see if I could find the S/N of that plane to see if I had flown it, but I couldn't find it anywhere. There weren't too many of those made. I'd snap it up before someone else gets to it.
Good question. I couldn't even hazard a guess anymore. I don't have the manuals in an electronic format (I don't even think we ever had 727 manuals in pdf form). My paper manuals are in a box in my storage unit. I have to run there this weekend. I'll see if I can dig them up and get you an answer.Cool!
Lightly loaded what kind of takeoff and landing field length are we talkin about, assuming sea level standard conditions
Cool! Thanks. I've read that Boeing envisioned this plane as a good short field performer, and I've heard of them being flown into short 5K' (or slightly less) runways.. but I'd be curious how well a privately owned lightly loaded 727 would handleGood question. I couldn't even hazard a guess anymore. I don't have the manuals in an electronic format (I don't even think we ever had 727 manuals in pdf form). My paper manuals are in a box in my storage unit. I have to run there this weekend. I'll see if I can dig them up and get you an answer.
If you want something more modern, go the MD-11 route. You'll save on having a flight engineer and be able to control your own damn temperature.
This has my vote, it has that cool steampunk look, more so than the tri-motorJunkers Ju52
Two Yaks smashed together with a jet engine for good measure.... I've never seen it in person, but it was at oshkosh '18 & '19, so it's in a lot of videos.Whatever that is... terrifies and excites me.
Technically 5 engines at start up, but mostly 3 engines.
I found it!The original Piper Seneca had 3 engines..
I'll see if I can come up with an answer for you, but large transport category performance data isn't really like small GA airplane performance data. For example, in my current aircraft, I have no idea what my takeoff roll is going to be. I know my V1, Vr, V2 speeds and I know my "stop margin" which is how much runway I'll have left in front of me if I reject at V1. I know what my climb gradient is going to be. Other than that, the computer does its magic and if I can't safely takeoff, it won't give me numbers.Cool! Thanks. I've read that Boeing envisioned this plane as a good short field performer, and I've heard of them being flown into short 5K' (or slightly less) runways.. but I'd be curious how well a privately owned lightly loaded 727 would handle
SMO for example is something absurd now like 3,500 ft. Could a 727 get in and out of there assuming 10 people and the minimum of fuel for a 30 minute flight? <- for example.
The three-engine test bed was N9999W, the original PA-32 prototype. If I remember correctly they had the prototype's original 250 hp O-540 in the nose, and a couple of 115 hp O-235s in the wings, increased during the flight test program to O-320s. Recall that this was during the time when Cessna was selling a lot of C-337s, so weirdness in a light multi-engine airplane was not necessarily considered a bad thing.
There's the Ford Tri-Motor, there's the Falcon 7x. Are there are a bunch of other three-engine airplane options? *Edit* Yes there are, but not sure if any are reasonable for someone of normal airplane ownership means. Some sort of tri-motor cri-cri?
Nobody said Falcon 900 yet? That's my "If I become a billionaire" plane.