Quote:
Originally Posted by squidgyb
That's really not a pleasant attitude to take mate - be a little respectful, these guys are actually trying to help you - but not spoon feed you.
Without the expectation that others will do it for me.
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A little respect is due to me also!!!
Ok like always this forum is going to hell, I find their attitude very respectful for someone that is searching to understand the subject they could not explain, if you think they are the one being badly treated I should think twice. Banish me and I shall be happy to be out of this elitist fantasy world.
I am very crossed with your attitude is this a totalitarian society where when you are not happy; DIE! or be silent do not make any fuzz.
When you try to explain something, try to do it for a thing you know of!
Extract from a site that tries to explain the Spitfire compass;
http://spitfiresite.com/2009/03/swin...e-compass.html
Anonymous early Spitfire Mk. I on compass swing, location unknown. This view shows to advantage the dinstinctive features of the earliest production Spitfires Mk. I: wooden two-blade propeller, unarmoured windscreen, straight cockpit canopy, thin and tall aerial mast and (barely visible) rudder horn balance guard.
Compass swinging was a rather time-consuming task which could be simplified considerably by placing an aircraft on a rotating platform such as this. With a fitter sitting in the cockpit and the aircraft in flight-ready configuration, the engine was started and then the platform aligned so that the aircraft faced the 0 degree (north) heading. Then the fitter would check if the aircraft magnetic compass was in alignment with the magnetic north. If not, he would adjust the compensator screws with a non-magnetic screwdriver until the compass read 0 degrees. Then the procedure would be repeated for the 90-degree (east), 180 (south) and 270-degree (west) headings.
After these adjustments the compass was checked once again by turning it around stopping at each 30-degree heading and recording the compass readings, fine-tuning the compensator screws to ensure that there was no more than a few degrees difference between any of the indicated headings on the compass and the actual heading.
[Crown Copyright, via Jenny Scott]