Ozone Speedster Power Paraglider
The SpeedsterThe Speedster is an all new full reflex Paramotor Wing developed with BBHPP and R10 technology. The development of the Speedster was guided by feedback from paramotor pilots all over the world – feedback from you.  It seems that you want what we want – a very fast, stable wing that retains a good level of agility and passive safety.The Speedster’s evolution took time, and a large number of prototypes. As the BBHPP and R10 projects progressed so did the Speedster. The final result is, we think, an exciting new wing for PPG pilots from intermediate to expert ability.In Paramotor flying, speed is key. Unfortunately, as the amount of reflex increases in a wing, certain other parameters suffer: namely, ease of launch, quality of handling, fuel efficiency, and passive safety. Those categories, for us, are extremely important in any wing and are not to be compromised. Therefore, perfecting these characteristics while retaining a very high top speed was our mission with the development of the Speedster.Speed:Every size of the Speedster is fast, as the design parameters have been scaled perfectly from the smallest to the largest size. In smooth conditions, a large trim range allows you to easily cruise at high speeds without the accelerator system engaged. However, when it’s time to pass your friends, super smooth Ronstan pulleys and a carefully calibrated 3 riser speed system accelerates the Speedster without deforming the profile, unlike other PPG wings. This means that, in trimmed and accelerated positions, the Speedster stands in a class of its own in terms of efficiency, handling, and passive safety.Launch:The Speedster is the easiest fully reflexed wing that we have ever launched. Leading edge reinforcements in the style of the BBHPP and R10 maintain the structure of the leading edge during the launch process, aiding inflation and causing the wing to come up in a compact and coordinated configuration. The Speedster inflates evenly and with little effort in no wind conditions, and comes up steadily in high wind conditions as well.Handling:At Ozone, handling is a top priority for us in every wing that we design, from our most basic school wing to our highest performance competition wing. Handling is not just for fun, it’s a safety issue as well. Many paramotor wings are designed to exploit the byproducts of a reflex design, and as a result can be sluggish and unresponsive, or prone to asymmetric stall. Thousands of hours of testing and refinement have resulted in the Speedster’s agile and responsive handling. Handling is safety: when flying in groups, near terrain, or while maneuvering close to the ground, it is crucial that your wing responds quickly and easily while providing usable feedback to the pilot.Stability:It is possible to use the Speedster’s accelerator system in combination with the trimmer system, too. This configuration puts the Speedster profile into a very low angle of attack for high speed flight and should, of course, only be used in extremely calm conditions. As with any PPG wing, for the safest flight configuration the speed bar should be used primarily, followed by the trimmers. However, experienced pilots can fly the Speedster safely in whatever configuration they prefer.Tip Steering:The Ozone PPG Tip Steering system allows you to control your wing in an accelerated position safely and effectively, without the use of brakes. Using brakes in highly accelerated positions is not ideal as it can counteract the reflex action in the wing and reduce the stability of the profile. The Speedster’s tip steering system is simple, efficient, and easy to use. A clean and convenient ‘closed’ steering system for the brakes and tip steering keeps your controls organized as you switch between them in flight and during launch and landing.It has taken us some time, but we think we now have something that you’re going to like. Our testing suggests that this new wing is a real pleasure to fly, with a surprisingly high top speed and a general ease of use that will appeal to paramotor pilots of intermediate to advanced ability.

Sizes 24 26 28 30 33 Cells 53 53 53 53 53 Flat Area(m2) 24 26 28 30 33 Projected Area (m) 20.6 22.3 24.0 25.8 28.3 Flat Span (m2) 11.74 12.26 12.73 13.17 13.82 Projected Span (m) 9.26 9.63 10.00 10.35 10.85 Flat Aspect Ratio 5.79 5.79 5.79 5.79 5.79 Projected Aspect Ratio 4.16 4.16 4.16 4.16 4.16 Root Chord 2.61 2.72 2.82 2.92 3.06 Glider Weight 5.85 6.05 6.25 6.45 6.65 In Flight Weight Range 65-95 80-110 95-125 110-140 120-175 EN / LTF C C C C C Load test up to 167kg 167kg 167kg 167kg 204kg Materials Top Surface Cloth: Dominico 30D MFBottom Surface Cloth: Dominico 30D MFRib Cloth: Dominico 30D MFUpper Lines: Liros DSL70/140Middle Lines: Liros DSL70/140Lower Lines: Edelrid 7343-190/230/420