One glider concept for school and beyond
The Magic is perfectly situated on the high end of the EN/LTF-A spectrum making this glider ideal during and after school!
Progressive stability has been designed into all our gliders to help pilots feel turbulence and avoid it. This makes for safer and more comfortable flying.
Cord cut billow (CCB)
Das Cord Cut Billow System wurde entwickelt um die Oberflächenqualität, das Widerstandsvermögen und die aerodynamische Güte eines Gleitschirmes zu verbessern. Im Wesentlichen besteht das CCB aus zwei längsverlaufenden Nähten auf dem Obersegel, um den 3D Ballooning Effekt der Eintrittskanten bei einem befüllten Schirm zu verbessern. Das System reduziert die Falten und Knitterstellen, die entlang der Rippen an der Nase des Gleitschirmes verlaufen, erheblich. Nicht nur, dass diese Falten am Obersegel vorkommen, sie haben auch Auswirkungen auf die Rippen selbst, da sie die Profiltreue verändern und die Rippenstabilität reduzieren. Das CCB bringt generelle Verbesserung in der Leistung und ein Mehr an Stabilität im Segel. Das ist ein signifikanter Schritt nach vorne in der Konstruktion von Gleitschirmen.
Exceptional roll stability
Designed for progressing pilots this glider has outstanding roll stability. Paragliders are inherently unstable on the ground, added roll stability makes the glider easier to launch and more comfortable in the air.
Safety and performance
The Magic has the safety beginners need, and will continue to look after them as they grow in confidence and start using the gliders' performance more and more.
Optimised line layout
Over the years we have perfected our system of optimising the line layout of our wings. We use numerous equations, software, and the plain old guess-and-check method to build our line layouts. The result is simple: fewer lines making stronger, faster gliders.
Impeccable spiral behaviour
The spiral behaviour is astounding – spiral stability can be a problem with low aspect-ratio beginner wings, but we have tested the paraglider extensively, with different inclinations and sink rates, and never, ever has it stayed in a spiral, once! This is very unusual for a school glider and is a big safety bonus.
Eyes wide-open safety
Gliders that talk are safer. Safer gliders make pilots perform better. Better performing pilots fly further. Further flying pilots are happier pilots. Eyes Wide-open Safety produces happier pilots.
We have added a 'big ears' A riser which is also on a ½ ratio with the rest of the A lines. This facilitates easy use of big ears while helping speed and stability while on bar. The speed system is light and simple without reflex really helping glide at speed.
Snap Locks are lightweight, compact attachments that effortlessly connect the brakes to the risers. A small focused magnet inside the catch and an internal locking system hold the handle in place, releasing only if the handles are pulled down towards the pilot. This unique design feature means the handles don’t fall off while kiting, packing, or performing manoeuvres. The Snap Lock system solves many of the problems associated with press-studs and magnets.
Elliptical cell openings
We have found that elliptical cell openings give better lower surface tension making for smoother inflation, and re-inflation after collapses.
Triple finger diagonals
Across the whole chord of the profile we have designed three-piece diagonal supports that pass through the holes in other ribs. They ensure structural integrity by avoiding cloth bias from the ribs and creating a more solid wing even when brake is applied. This is particularly important near the trailing edge since the profile is thin and the diagonal ribs are shallow supporting higher loads.
We have maintained the strength and rigidity of the ribs while removing unnecessary material. This means less weight for no increase in cost or reduction in strength of the wing. The hole positioning and size depends on the loads taken locally by the sail, and it is thanks to recent developments in our software that it is now possible to accurately calculate this.