Instead of dividing the in-built rods and fixing both curved pieces with seams, the rods here simply form a loop. This saves on seams, supports the Air Scoop principle and has no disadvantages in terms of weight and packing volume.
Using thin webbing at the leading edge, the upper and lower surfaces are connected in the middle of each cell. This promotes leading edge solidity in flight, which is particularly beneficial to performance when flying at speed.
Developed in line with the motto "as light as possible, and as solid as necessary", we rely on a smart design and choice of materials. Where possible, we use lightweight fabric, with sturdier cloth in the areas of heavier wear. This way we can guarantee long durability, high performance and easy handling with little weight. The paragliders are light, fully usable for everyday flying AND durable.
所有NOVA伞都崇尚简单实用。您可以使用长条袋来叠伞,但这并不是必要的。我们对进气口支撑结构有丰富的经验,我们发现,叠伞的方式对伞具的耐用性实际上影响很小,可弯折的伞头结构支撑可以很快恢复原形。
This wing has two line galleries: main lines and gallery lines, but there is no middle gallery. This means only very few line elements and as a result, they are very simple to sort.
就像用一张纸去包裹一个球形,纸面总会有褶皱一样,滑翔伞的伞鼻也面临同样的情况——伞衣要满足剖面翼形和球面效应(气室是弧形而非直线型的)的双重需要。双层3D塑形技术采用额外的一层缝线来减少折痕,以此提升伞翼性能。