Three-liner | 51 cells | aspect ratio 5.19 | weight 4.7kg - size S (EN/LTF B)

ION 6 – Adventure awaits

The fundamentally redesigned ION 6 (EN/LTF B) is the next generation of the popular ION series. The result: high passive safety, particularly precise handling and maximum performance to achieve personal XC goals.

Room for ambition. No matter where and how far you fly, with the ION 6 nothing stands in the way of a personal best flight. But on this journey the fun does not fall by the wayside, because simple launch behaviour, pleasant handling and an effective speed system are included as standard. Or put differently, with the ION 6, both pilots new to the EN B class and (XC) professionals are well-equipped for every adventure - be it at the local site, when chasing kilometres or on paragliding trips.

Form follows function. The line length and thus the distance between the pilot and the canopy is significantly reduced on the ION 6. This results in more direct handling in the air as well as advantages during take off. For example, it requires less room to lay out the canopy and the wing inflates quickly and reliably. Additionally, the curvature of the wing has been reduced, meaning the canopy is “flatter”. This increases the roll damping and ensures stable flight. Due to the short lines, and despite the high roll damping, the ION 6 reacts precisely to brake inputs - and the pilot can feel what is happening above them without delay. Another consequence of the reduced curvature is the increased projected aspect ratio (3.84) compared to the ION 5 (3.52). However, the flat aspect ratio has increased by only 0.6%.

Relaxed from A to B. Successful cross-country flying requires complete concentration. The ION 6 makes this easy to do with its high level of passive safety, leaving you time to enjoy the view on the way. In flight, it quickly becomes clear that it can be turned particularly flat - i.e. you can’t “overcook it" when you want to fly a tight turn. This means you lose less height and can use even weak thermals effectively. But banking it higher, if you want a little more dynamics, is easily possible and this requires little brake travel and moderate brake pressure. In addition, the ION 6 has mini-ribs with internal seams, which increase the performance of the glider and ensure a smooth trailing edge. The other features built into the wing are a Mini-Rib Vector Tape and 3D Shaping at the leading edge.

Simply keep track of things. The ION 6 has specially designed adjustable risers. This system is also used, for example, on the MENTOR 6 (EN/LTF B) and the SECTOR (EN/LTF C). What does this mean? The A3 line is shortened less during acceleration than the A1 and A2 lines. This increased the stability of the wing during accelerated flight. Apart from that, the risers are standard and are very user-friendly on launch and during ground handling. The coloured markings for right and left, which also continue on the brake handles and the carabiners of our harnesses, make it easy to check whether you have hooked in correctly. By the way… line sorting is also easy, because the ION 6 has sheathed main, brake and stabilo lines and follows the colour scheme recommended by the PMA: A = red, B = yellow, C = blue, brake = orange, stabilo line = green.

影片

Pilot target group

For six generations, the ION has enabled both talented beginners (in countries where training with EN B gliders is permitted) and recreational pilots with cross-country ambitions to further refine their skills. It offers high passive safety, direct handling and performance in one - which gives it great potential to assist pilots in their development. If you want to increase both XC duration and distance, you will find that there must be a match between your own ability to concentrate and the attention that the glider itself demands. This is where the ION 6 really shines and enables relaxed flights. The target group of pilots for whom this glider is suitable is correspondingly broad.

Short and compact

3D-Shaping. 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.

Mini-ribs. Mini-ribs increase the number of cells in the rear wing area and thus provide an aerodynamically optimised trailing edge. The necessary seams are on the inside. The mini-ribs also help to keep the brake pressure moderate.

Mini-Rib Vector Tape. In the ION 6, an additional vector tape runs through slots in the mini-ribs. This tape reduces the crease that is created when braking. This markedly increases climb performance and handling. Additionally, there is a brake gathering system on the trailing edge. These features mean the ION 6 has a beautiful, smooth trailing edge, even when the brakes are applied.

Optimised risers. The risers of the ION 6 consist of 12 mm wide risers and have a built-in wing twist adjustment, which shortens the A3 line less than A1 and A2 during acceleration. This increases the stability of the wing during accelerated flight. During launch and ground handling a magnet below the maillons holds the two A-risers together, allowing a better overview. In addition, small straps fitted into metal eyelets prevent the risers from twisting during acceleration.

New design. The central design element is the sweep, which visually emphasises the aspect ratio of the wing, complemented by a differently coloured banderole on the outer wing. The product and brand name can be seen on the banderoles. What is special about the banderole is that its placement and composition across several cells varies slightly from model to model.

Quote from Fabian (NOVA Test Pilot)

“We worked on various prototypes during the thermal season, trying out many different brake geometries and trims. This resulted in a few hundred flights that were really worth it. The handling is very direct - the ION 6 is as easy as it is precise to control.”

Quality & guarantee

We not only test the cloth for durability (high porosity or reduced tear resistance through UV damage or wear) but also for mechanical robustness, for example stretching. For quality control purposes we regularly take samples during serial production. Good to know: regardless of whether particularly light or regular cloth was used, we give an extensive warranty on every new NOVA paraglider. A condition for this is timely registration.

More information at: NOVA Protect

技术细节

技术参数

    XXS XS S M L
气室数   51
投影翼展 m 8,38 8,82 9,26 9,66 10,10
投影面积 18,30 20,28 22,34 24,34 26,38
投影展弦比   3,84
平铺翼展 m 10,51 11,06 11,61 12,12 12,62
平铺面积 21,28 23,57 25,97 28,30 30,67
平铺展弦比   5,19
高度 m 5,75 6,08 6,41 6,71 7,01
总绳长 m 213 224 236 246 257
最大弦长 m 2,52 2,65 2,78 2,90 3,02
重量 kg 4,20 4,45 4,70 5,00 5,30
Legal take-off weight kg 60-80 70-90 80-100 90-110 100-130
Certification (EN/LTF)   B B B B B

材料

服务

配色

Green
Blue
Sangria
Orange

This 3D model will assist you to see the approximate appearance of a custom colour. But please be aware: the actual colours may vary from the 3D model. For any queries, please contact your NOVA Partner or email us directly at info@nova.eu.

Best flights

Scope of delivery

常见问题

ION 6(EN/LTF B)与AONIC EN/LTF A)显然是不同的,比如它们的认证级别。在一些国家,EN B伞不允许被用于教学培训——而EN A伞适合用于培训。当比较这两款伞时,ION 6对飞行员的要求略高一点。ION 6的飞行性能也比“高级别EN A”伞AONIC更胜一筹——这是源于其精良的技术设计,并针对性能进行了优化。其实,这两款伞都适合希望发展(越野)飞行技术的飞行员。最终取决于您的个人喜好,看您是倾向于飞EN/LTF A类伞还是EN B类伞。

当前所有的NOVA座袋, 例如 VENTUSITUS, 跟ION 6都是完美搭配。在我们的座袋悬挂点上可以找到跟ION 6组带相符的色彩标记,让连接更简单,避免挂反。

 

跟MENTOR比起来,ION没那么“灵动”。ION适合希望飞行时感觉更舒服和更放松的飞行员。相比起来,MENTOR更加“运动型”。

在认证的全重范围内,具体的飞行全重首先从根本上取决于个人偏好:如果追求更高灵敏度和动态感,飞行员应该靠近我们伞翼的全重范围上限来飞行。如果更喜欢高阻尼的轻柔飞行,那飞中限会让你更加开心。当然,飞行气象条件对此也有很大的影响——在颠簸风大的情况下,更大的翼载荷会带来更好的稳定性;同理,在微弱气流中选择靠近下限飞行,会让飞行变得无与伦比。正确的飞行翼载荷选择主要取决于个人偏好以及主要飞行气象条件。您的NOVA经销商会非常乐意为您提供建议!

性能数据在很大程度上取决于飞行员所制造的阻力,这跟他们的坐姿和座袋类型有关。符合空气动力学的流线型座袋或坐姿可以让滑翔比相差一个点。NOVA团队从来不确定绝对的性能数据,而是通过做参照的伞翼来进行比对。因此,我们不发布性能数据。

伞布材料、伞绳和所有其他部件,在被用于批量生产前,都会经过严格的测试。我们不仅测试伞布的耐久性(紫外线损伤或使用损耗引起的高透气性或低抗撕裂性),还测试其机械坚固性,例如拉伸。出于质量控制目的,我们定期在批量生产过程中进行抽样检查。

当新伞投入使用时,伞绳就开始受力。这会让伞绳发生小程度的拉伸和收缩。这与伞绳制造商或工艺质量无关——在工厂里,所有的NOVA伞翼都接受了伞形调平,并且在极小的偏差范围内进行了预拉伸。为了修正伞绳的拉伸或收缩,我们建议伞翼在10-20趟飞行之后就接受NTT伞形修正——最迟不超过一年。通常来说,在最初的10-20个使用小时后,伞绳的长度就保持不变了。为了充分发挥NTT伞形修正的作用,NOVA鼓励所有飞行员在10-20个飞行小时后为伞翼做检查。

NOVA提供的“NTT伞形修正”是可选的。我们当然强烈推荐,但这并不是必须要做的义务。你可以跳过这一步,选择在“NOVA全服务”时对伞进行全面检查。

我们的座右铭是简洁。我们的伞可以使用长条袋来收叠,但这并不是必要的。你可以用自己喜欢的方式来叠伞,再把它装进我们的内伞包。要小心避免不必要的前缘翼肋支撑的弯折。当伞要被收叠起来长时间存放,或收叠得很紧凑时,这一点尤为关键。

干燥,不要收叠得太紧;如果可能的话,放置在温差变化小的空间——这些都让我们的伞翼感觉良好。千万不要把伞存放在潮湿环境,同时也要避免过热的环境,比如,你可能会把伞放在车里。切勿使用化学清洁剂和/或刷子来清除污垢。

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