All NOVA paragliders are simple and straightforward to handle. Using a cell pack bag is possible but not strictly necessary. Our long-standing experience shows that the packing method has only a minor influence on durability, as bent rods usually return to their original shape on their own.
What matters is storing the wing in a loosely packed, stress-free manner, so the rods are not subjected to sharp bends. Short-term compact packing or the use of a fast pack bag is unproblematic. For optimal long-term protection of the rods, we recommend a cell pack bag, as it keeps the rods neatly aligned and prevents permanent deformation.
NOVA Air Scoop is an optimised air intake, which increases the internal wing pressure. NOVA's Air Scoop principle is similar to the ram-air inlet duct on a sports car: increased airflow produces higher pressure. Higher internal pressure in a paraglider means improved performance through increased structural stability and collapse resistance.
In 3D-shaping, a seam on the upper surface extends over the entire span and reduces the amount of folds caused by the curvature over two axes. Two axes, because the sail cloth has to align to the profile form and the ballooning also determines a radius which the cloth also has to follow.
A vector tape near the trailing edge has various advantages. Firstly, this tape reduces the crease in the upper surface that is created when braking. Secondly, the wing is more compact, i.e. the wing deforms less during glides in moving air. To maximise both these advantages, it was necessary to locate this vector tape very far back in the area of the mini-ribs.
In addition to the standard 3D Shaping there is a Zig-zag 3D Shaping seam on each cell. The advantage is that this seam doesn’t run in the direction of the spanwise force. This means the seam runs more cleanly and is more aerodynamically advantageous. This innovation reduces the creases in the leading edge.
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NOVA Stuff Sack.
NOVA Riser Bag.
Manual.
Repair kit.
NOVA windsock.