And since the 340 (at least the "stock" 340) is an absolute pig, the only choice is Duke.Which, if were choosing on sexiness there are only 2 choices; Duke or 340!
-mini
And since the 340 (at least the "stock" 340) is an absolute pig, the only choice is Duke.Which, if were choosing on sexiness there are only 2 choices; Duke or 340!
:clap::clap::clap:Cause I will pick an airport with a bar to land at....![]()
And since the 340 (at least the "stock" 340) is an absolute pig, the only choice is Duke.
-mini
[YT]I win. And a Duke could take you to a bar for drinks.
Yeah, singles are much safer when the engine quits over mountains or at night or in IMC. Much safer.![]()
87% of all statistics are made up on the spot.Really...one, or a couple bad situations to lose an engine where a twin 'might' be better if they don't fixate on the problem, VMC and crash without control. I am sorry, you can argue all you want that twins are safer. Statistics proves it wrong, always have and until training improves, they always will.
Edit: Apologies, but I don't know the FL180 regulation. Can you direct me?
14 CFR 23.1447 said:(c) If certification for operation above 18,000 feet (MSL) is requested, each oxygen dispensing unit must cover the nose and mouth of the user.
My uncle has an aerostar, stay away. It's a maintenance nightmare, a very small cabin and no kind of wing lockers. On the plus it's fast fast fast. Has a bad accident record so insurance is high.
A 340 or 421, I have time in both. 421 is a cruiser, comfortable cabin really quiet lots of room, rides like a caddy. The 340 is a little smaller, easier to feed engines and handles like a sports car, very light on the controls.
Maintenance would be the thing to look into, the 340 I was part of didn't have a whole lot of expensive gotcha's. The 421 on the other hand has seemingly had quite a few issues.
Spark plugs are expensive on the 340, if you go cheap you will foul them out.
If you do go pressurized piston, don't get too uppity about being able to operate in the flight levels. If you want to make those engines last you need to keep them running cool. The higher you go the harder you work the turbo's, the more heat you produce and of course the reason you go high is to get a higher true air speed. Sadly with that gain is a loss in indicated airspeed, which leads to less air going through the cowling to cool those monsters.
Ours did it's best work and was happiest in the 15000 foot range.