Search Results for : CT AND hand control

I am writing from Europe, from two neighboring towns in what’s called Upper Austria: Wels and Gunskirchen. The former is where the Rotax flying field is located and the latter is where the sprawling Rotax factory is headquartered. The occasion is the 25th anniversary celebration for the 912 engine series and, by good fortune or exquisite planning, the simultaneous occasion for production of the 50,000th engine in the 9-series.
The large Austrian company that employs 1,100 people in a modern factory produces engines for a variety of applications in large volumes. Among these are engines for BMW motorcycles and others plus a range of engines used in their own products including snow mobiles, watercraft, and on- and off-road vehicles. They also make engines for unmanned air vehicles or drones and, as you are well aware, aircraft engines for Light-Sport, light kits, and ultralight aircraft. Of the latter, they’ve built more than 170,000 engines.

It’s premature if not off the point to say this exotic, beautiful prototype will be the death of the helicopter. I will flat out make a prediction: a whole new type of flight is here … and it will change everything … and I mean everything about how we fly.
I was musing the other day, while catching up on the latest multi-rotor RC model technology with which to populate my Christmas wish list, about how long it would take before we saw a serious effort to build a human-carrying version. Clearly I was way behind the buzz curve: talk about instant gratification! E-volo of Karlsruhe, Germany has just made a lightspeed leapfrog over pretty much every other vertical takeoff/landing design or project I’ve heard about. The gamechanger: the just-maidened VC200 Volocopter. Watch the video, then read on. This project and others like it is going to change flight as we know it, make no mistake.

“How ya gonna keep ‘em down on the farm … after they’ve seen Paree?” That’s a timely reprise of an old show tune to bring our attention to the Paris Air Show, which is sending out some ripples in the “What’s New” Dept. Chances look better every year that electric flight will be a major player in how we take the air. And for those of you who think that’s just a bunch of hot air, you could be right, too! Read on.
Jason Paur who writes for Wired magazine gets to do all the fun stuff I just get to fantasize about … specifically, electric flight. He’s at Le Bourget Field in Paris and filed this report on an exciting new electric prototype that fits nicely into the Light Sport Aircraft specification. Here are some highlights and you can read the rest first hand at the link above.

Tecnam North America’s CEO Phil Solomon dropped me a line yesterday to make sure I heard the news that there’s a new, all-metal, budget-priced Tecnam LSA, just released, that should generate some enthusiasm among the “LSA: too expensive!” crowd.
Called the P92 Echo Classic Light it’s priced at $74,999, and that’s fly away from Richmond, Virginia “with no added costs for anything,” says Phil! “The idea is to meet the needs for pilots, flight clubs and partnerships,” he told me, “who want the lowest-cost, fully-built metal aircraft from a major manufacturer.”
“The structure is identical to all the P92 series (a 20-year production success) but to save weight the control surfaces (flaps, ailerons, rudder, stabilator) are fabric covered. The main gear and nose gear are the same as the Eaglet but to save weight the wheels and tires are smaller. As you know the sprung steel landing gear mated to a metal airframe is excellent at absorbing less than perfect landings!” I think by “as you know” he means he’s heard about my landings…doh!…but also that metal airframes have been the standard of General Aviation training for decades precisely for their ability to minimize the embarrassments and damage that the laws of gravity cause.