Archive for April 2007

YouTube: Rick's Le Fish in the PNW

Just dug this up on YouTube… looks like it was posted back in October but somehow I missed it till now. Cool Fish flying from the PNW (Pacific Northwest). Right on guys!

Cool: Fullscale aerobatics videos

Was browsing YouTube for the search string voltige planeur and came across some new stuff today… quite cool fullscale video of the Swift S-1 and the MDM-1 Fox flown by Ferenc Toth, winner of the 2006 European Glider Aerobatic Championships.

1st Toons to the US?


4m Toons alongside 2m Voltij – photo borrowed from Aeromod

I am currently working with Alexis Maréchal from Aeromod and Tom Copp from F3X.com to try to find an economical way to import a few Aeromod Toons aerobatics gliders into the US. If you are interested in getting a Toons, feel free to contact me for more information, cost estimates, etc.

Stalls, Spins, Inertia and You

Or: “There’s more than one way to spin a cat”

On the slope and at the airport there is often discussion over what constitutes a ‘snap roll’ and the technique to get an airplane or glider to enter one. There are two common ways of snapping, both using in-spin rudder and up elevator (consider an upright, or inside, snap for now). The difference is in the direction of applied aileron, whether it’s in-spin or out-spin (i.e. cross-controlled). It’s not unusual to hear debate over which one is ““better”, so let’s look at the effects of each. (note: the real answer is “use the one that works the best for your airplane.”)

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An Introduction to 4 Axis Flying

What is “4 axis” flying?

4 axis flying is, to the best of this writer’s knowledge, another French contribution to the radio controlled soaring world. Most pilots are familiar with the more common 2 and 3 axis concepts, in which the elevator, ailerons and rudder (for 3 axis planes) provide pitch, roll and yaw control of the aircraft. In 4 axis flying, the additional axis of control comes from the use of dynamically controlled flaps or flaperons that allow the pilot to instantly deploy a variable degree of camber or reflex.

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