thanks Ed, we who have never tested our skills at that yet appreciate your 
counsel.  I am in a section of the country where the wind seems to ALWAYS be 
directly down the runway, or so closely that I never seem to feel any crosswind 
component..


--- In [email protected], "Ed Burkhead" <e...@...> wrote:
>
> 
> Mike Sigman wrote:
> > Where the rudder pedals come in handy is on a 
> > cross wind take off. Anyone who has taken off 
> > in a heavy cross wind with a 2 control has 
> > suffered the "WILL MY WING CLEAR THE 
> > GROUND" feelings.....
> 
> Mike,
> 
> I can't comment about your experience.  I can attest that **I** NEVER
> suffered the "WILL MY WING CLEAR THE GROUND" feeling.
> 
> With my landing gear properly maintained and the tail at the right height,
> thus the window sill level on the ground, my wings had the correctly very
> low angle of attack when on the ground.
> 
> I'd accelerate, keeping the centerline using nosewheel steering.  Once I had
> a solid margin of airspeed above the minimum, I'd give it a quick pull on
> the yoke, get 5-15 feet off the ground and hold it low, in ground effect
> till I had my chosen climb airspeed.
> 
> At the point I'd lift the airplane (fairly suddenly) off the ground, it'd
> weathervane into the wind.  Inertia being what it is, the plane would keep
> tracking the centerline of the runway quite well even though I was now in a
> crab, sometimes a pretty radical crab, wings level.
> 
> Between the altitude and the strong dihedral, the wing tips just never came
> near the ground.  (Even with one wheel on the ground, it takes an enormous
> tilt to get a wingtip near the grouind.)
> 
> I'd rate the Ercoupe (2 or 3 control) as being a distinctly superior takeoff
> aircraft in extremely strong crosswinds.
> 
> After practicing and working up to it, my personal comfort limit was 30 mph
> direct crosswind for takeoff or landing.  Most people stay with the listed
> crosswind component of 25 mph.  You should set your own limits starting more
> conservatively and develop your crosswind limits based on deliberate testing
> and practice.
> 
> JMHO
> 
> Ed
>


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