"Mxsmanic" wrote in message .

Anyway, I dislike P-factor and torque issues, and I figure they'd be
less prominent on a multiengine aircraft (especially with
counterrotating powerplants, but apparently there aren't many aircraft
like that). And I could limp home on one engine, whereas I'd be out
of luck in a single-engine plane.

And the above, my friend, shows precisely why separate training and
certification are required. Any airplane, from Cessna to Boeing, is fairly
easy to fly when everything goes right. Teaching the procedures involved in
an engine failure is fairly straightforward; and, like most straightforward
procedures, they are not difficult to learn with practice. But the rub
comes afterward. When you have more than one engine, that means you still
have at least one remaining after a failure, and that means you have
decisions to make. The judgement associated with these decisions is what is
important, not merely the procedures. Trying to "...limp home on one
engine..." is a fool's errand, with many gravestones to mark the path.