Whoa, I beat out KENT?
(Okay, only for this year, but still...)
Heh... Well, I think to be fair, if you included Leslie's total with yours for the last few years you'd be in the same range as me.
Maybe we really should look at buying an airplane!
Ummm... Yeah!
Heck, I love the benefits of being in a club and sharing an airplane with a limited number of people... Having my own (your own) airplane would be heavenly!
(BTW, Kent, you should be looking for an airplane too!
Oh, I have been, for years! More seriously since 2007 or so, but being unemployed for a year really drained my airplane fund. I paid off my car today though, so there's a bit more $$$ to redirect to the airplane fund.
Here's my current love interest:
http://www.controller.com/listingsd...HE/1969-PIPER-TURBO-TWIN-COMANCHE/1154467.htm
This is not your average Twin Comanche.
It has several modifications which make it into a really amazingly capable bird:
1) Miller Mods:
1a) Miller engine nacelles. These have baggage lockers, giving you more room - Or a place to store oil, tools, etc. without worrying about them getting your baggage greasy.
1b) Miller wet wing additional aux fuel tanks - This, in combination with the existing factory tanks, gives you some insane fuel capacity: 60 gal mains, 30 gal factory aux, 30 gal factory tips, 38 gal Miller aux. You end up with *possibly* enough fuel to make Hawaii from the mainland, though not enough to give the kind of reserve I'd want on a trip like that! (I guess I'll have to get the 40 gal nacelle tanks installed too.
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1c) Miller extended nose - This has a baggage compartment as well, though I'd likely not use it except for light items due to W&B issues.
1d) Miller 200hp engine upgrade - Replaces the 160hp IO-320's with 200hp IO-360's. Improves cruise a little bit, improves climb and single-engine service ceiling dramatically.
2) Turbo. Faster cruise on trips long enough to go high. What's "long enough"? According to a spreadsheet I made to figure the most optimum altitudes for a Turbo Twinkie, it seems like 1,000 feet per 18nm results in the fastest trip while 1,000 feet per 20nm results in the most fuel-efficient trip. So, when going to Gaston's (433nm) I'd go to FL220.
3) Robertson STOL. This adds a sizable dorsal fin, stall fences, and flaperons - The ailerons extend with the flaps up through half flaps, and retract as the flaps go to full.
4) Speed brakes. Save some wear and tear on the brakes, steeper approach angle if needed, can fly fast approaches much closer in when ATC needs it.
5) Bonus stuff: These are things I wouldn't bother installing if the plane didn't already have them, but would be nice to have anyway: Color weather radar, radar altimeter, large 1-piece windscreen, speed mods, etc.
All of this stuff gives you some really nice capabilities when compared with the normal Twin Comanche:
1) Speed and efficiency: The Miller engines allow for a better climb rate to the altitudes where the turbos give a nice increase in true airspeed for the same fuel burn. A different airplane with these mods claims 230 KTAS on 18gph at 20,000 feet. Impressive! (I'd be happy with 200 KTAS.
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2) Short-field capability: The R/STOL in combination with the Miller engines (for takeoff) and the speed brakes (for landing) gives some amazing short-field capabilities for a bird this speedy. The R/STOL lowers Vmc from 90mph/78 knots to 75mph/65 knots and ground roll for both takeoff and landing is greatly reduced - The other advertised airplane I mentioned above with Miller/Turbo/STOL (yes there's TWO of them for sale!
) claims both takeoff and landing ground rolls of 500 feet, and that one doesn't have the speed brakes!
3) Fuel cost: The real advantage to all the fuel tanks isn't range - Twinkies have great range already, especially with the tip tanks. This bird has close to 10 hours of fuel, allowing you to do some tankering and save yourself from ever having to buy expensive fuel again.
4) Gross weight increase: MGW goes up to 3800 with the R/STOL mod, and the Miller engines mean you'll still get a better-than-stock climb rate if you lose an engine.
I would also have some test piloting opportunities, just to see how well this rocket ship can really perform:
1) A normal Twinkie's single-engine service ceiling is 7,000 feet. Normally-aspirated Miller mod raises that to 11,000; Turbo non-Miller 17,000 (or 19 on the B model)... Turbo Miller, ??? I would laugh if this bird could maintain FL270 (the highest non-RVSM altitude it'll be able to reach) on one engine.
2) A normal Twinkie's accelerate-stop distance at gross is 2560 feet. With the R/STOL, that drops to 1310 feet. With the Miller engines to add to the "accelerate" part and the speed brakes to add to the "stop" part, this one should do even better!
3) A normal Twinkie cruises between 165-175 knots, depending on speed mods. NA Millers, maybe 5-10 knots extra (possibly at higher altitude). Turbo 160hp, ~200 (PA-30C Turbo's max speed is listed as 214). Turbo + Miller... Who knows? As I stated above, at least one owner claims 230 KTAS on 18gph. Impressive.
Plus, it'd be fun to have some actual, tested numbers for climb rates, cruise speeds, and fuel burns at various altitudes to plug into my spreadsheet so I could come up with a method of determining the most efficient altitude for a particular flight.
Now if I can just talk myself into it and scrape together the down payment before it sells...