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  • 三组绳 | 气室数:35 | 展弦比:4.9 | 重量:4.6kg起 —— XXS号(EN/LTF A认证)

    PRION 6 —— 逃离平凡

    Certification: 三组绳 | 气室数:35 | 展弦比:4.9 | 重量:4.6kg起 —— XXS号(EN/LTF A认证)


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  • 三组绳 | 49气室 | 展弦比:5.17 | 重量:3.4kg起 |

    AONIC Light - "A" High-Light

    Certification: EN/LTF A认证


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    Three-liner | 49 cells | 5.17 aspect ratio | Weight 4.75 kg - Size S

    AONIC - Take your skills to “A” higher level

    Certification: EN/LTF A


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  • 三组绳 | 气室数:51 | 展弦比:5.17 | 重量:4.2 公斤起 - XXS 号

    ION 7 - Versatile by design

    Certification: 三组绳 | 气室数:51 | 展弦比:5.17 | 重量:4.2 公斤起 - XXS 号


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    三组绳 | 气室数:51 | 展弦比:5.17 | 重量:3.4 公斤起 - XXXS 号(EN/LTF B)

    ION 7 Light - Lightweight versatility

    Certification: 三组绳 | 气室数:51 | 展弦比:5.17 | 重量:3.4 公斤起 - XXXS 号(EN/LTF B)


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  • 2.5组绳 | 66气室 | 展弦比:5.5 | 重量:5.1 公斤起 - XS 号

    MENTOR 7 - The XC machine

    Certification: EN/LTF-B级别


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    2.5组绳 | 66气室 | 展弦比:5.5 | 重量:3.65 公斤起 - XXS 号

    MENTOR 7 Light – Hybrid 2.5-liner

    Certification: EN/LTF-B级别


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  • “两组绳” | 气室数:65 | 展弦比:6.10 | 重量:4.0kg起——XXS号(EN C/LTF D)

    CODEX — 平易近人的“两组绳”性能

    Certification: “两组绳” | 气室数:65 | 展弦比:6.10 | 重量:4.0kg起——XXS号(EN C/LTF D)


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  • Two-liner | cells: 65 | aspect ratio: 6.1 | weight: from 3.3 kg – Size XXS

    VORTEX– Ultralight Efficiency

    Certification: EN C/LTF D


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  • 两组绳 | 气室数:65 | 展弦比:6.7 | 重量:3.15kg - 尺码17| EN/LTF D

    XENON – Pure racing spirit

    Certification: 两组绳 | 气室数:65 | 展弦比:6.7 | 重量:3.15kg - 尺码17| EN/LTF D


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  • 三组绳 | 气室数: 33 | 展弦比: 4.5 | 重量: 1.6 kg – 尺码 12

    BANTAM 2 – Built for para-alpinists

    Certification: EN/LTF D


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  • 三组绳 | 气室:35 | 展弦比:4.9 | 重量:2.41kg起 – 16平

    DOUBLESKIN 2 – 超轻实用

    Certification: EN/LTF A


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  • 4-Liner | Projected Area: 34.5 | Approved Takeoff Weight: 110–220 kg

    Certification: EN/LTF B


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  • PRION 6
  • AONIC
  • AONIC Light
  • ION 7
  • ION 7 Light
  • MENTOR 7
  • MENTOR 7 Light
  • CODEX
  • VORTEX
  • XENON
  • BANTAM 2
  • DOUBLESKIN 2
  • BION 3
  • GLITCH
新闻&故事

MENTOR 6 - It’s all a question of the angle of attack

As well as the applied innovations like Zig-Zag 3D-Shaping, the Mini-Rib Vector Tape, Double-B splits and the newly designed risers, on the MENTOR 6 the angle of attack of the outer wing also plays a significant role in terms of performance. Practical insights for flight practice can be derived from the directly related characteristics of the glider.

Related Product:
MENTOR 6

“It finds thermals nearly on its own. When turning, you hardly ever have to readjust.” Obviously we love this kind of feedback about the MENTOR 6. Here, too, it was quietly at work again: the angle of attack - an elementary factor in the design of every paraglider. But what exactly is the effect of the angle? The low angle of attack of the MENTOR 6 wingtip makes the outer wing faster when turning in thermals. This means that you can center faster or more precisely and thus increase your efficiency when cross-country flying. On the other hand, a higher angle of attack of the glider would cause the outer wing to behave as if it were slightly braked when cranked into the thermal and would be less willing to turn.

 

Tip #1: Releasing is better than braking

Time and again, pilots passionately discuss whether it is more efficient to release the outer brake when turning tight in thermals than to continue to apply the brake on the inside. This also depends on the design of every paraglider and therefore also applies with the angle of attack. The same is true for the MENTOR 6:  Especially when the angle of attack is low, the glider reacts faster to an outside brake release, than when the inside brake is applied. Maybe this is something that is worth trying out for yourself on the next flight.

 

Tip #2: Rustling wing tips are not necessarily a cause for concern

Especially with the MENTOR 6, the low angle of attack also ensures that the ears rustle a little from time to time - especially when the external brake has been released. This is no big deal and can even be useful, because bumpy air or the edge of a thermal can be recognized quickly. If you are already familiar with your glider, you may no longer need these "indicators", but you don't have to worry about the rustling. This does not affect the MENTOR 6’s performance nor does it have a tendency to collapse without a reason.

 

Tip #3: Pitch control also works through the speed-system

As communicative as the MENTOR 6 is when thermalling - accelerated it tends to be quiet. The use of the speed-bar reduces the angle of attack in the middle of the glider more than on the outside, the speed increases and the system becomes even more stable. The principle to reduce the angle of attack in the middle of the glider by acceleration, can theoretically also be used if you fly into a thermal and the glider would otherwise want to pitch up. If the glider pitches forward, you release the accelerator to catch the pitching movement. As always when accelerating in turbulent air, it is advisable to stay alert, as the glider reacts more dynamically to possible collapses. Accelerated or not, the following applies: the MENTOR 6 is the ideal partner to actively work on your XC skills and rewards this commitment with flights that are as relaxed as they are successful.

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