OP11231
New product
Ultra 3.5 Alps – High Aspect Ratio High-Performance RC Paraglider Wing
By buying this product you can collect up to 194 loyalty points.
Pilot skills
Expert
Intermediate
Max weight
10 kg
Max flight time
45 min
Flight type
Versatile
Thermals
Scale
1:2.5
Take your RC paragliding to the next level.
The Ultra 3.5 Alps is a high aspect ratio (8.0) wing designed to deliver performance, precision and accessibility for demanding pilots.
Ideal for: thermal flying, slope soaring, RC paramotoring.

The Ultra 3.5 Alps draws its DNA from demanding alpine environments where air conditions are often turbulent and non-laminar.
It has been developed for pilots looking for maximum performance in active, turbulent and unpredictable air masses.
Its design ensures excellent canopy cohesion while providing an outstanding ability to recover naturally after a collapse, returning to stable flight smoothly and progressively with minimal pilot input.
This forgiving behavior significantly improves both passive safety and flying enjoyment, even in demanding conditions.

The Ultra 3.5 Alps sets new standards in high-performance RC paragliding wings.
Its titanium reinforcement rods combined with a refined trailing edge provide:
Its hybrid airfoil combines:
Unlike many traditional high aspect ratio wings that require advanced skills, the Ultra 3.5 Alps remains forgiving and progressive.
Its exceptional efficiency allows flight times of up to 45 minutes using a single 4S 5000mAh battery.
Ideal for:
| Wingspan | 5.29 m |
| Aspect Ratio | 8.0 |
| Surface Area | 3.5 m² |
| Lines | Aramid 25 / 50 daN spliced / DFL 70 |
| Fabric | Ultra-light Nylon 10/20D (27–32 g) |
| Cells | 50 |
| Closed Cells | 42 |
| Riser Spacing | 14–22 cm |
| Weight Range | 3.5–10 kg |
Is this wing suitable for beginners?
No. It is recommended for intermediate to experienced pilots.
Is it suitable for thermal flying?
Yes. It is specifically optimized for thermal soaring.
What is the difference compared to the standard Ultra 3.5?
The Alps version offers improved performance, better wind penetration and enhanced stability.
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