The Gofly is the result of Paramania’s research into Paramotor training and school flying.

Instructors and Schools have long been waiting for a powerglider that can be used to teach their students both paramotoring and paragliding. Purpose built to deal with the higher wing loadings and stresses of paramotoring. It is manufactured and designed to the standards that offer Paramania pilots greater levels of quality and reassurance.

Including the reinforced leading edge and wing tip trim for the rough play of a new pilot. Similar to the Gin Bolero 4 as this was a partnership project with the two companies. But with a new trim system and the special reinforcement.

The Gofly is the ideal choice for any beginner or occasional pilot looking for a solid and stable wing with easy inflation characteristics.

 

Both on the ground and in the air, the wing, gives pilots the progressive advantage of flying skills towards the next generation of Reflex wings in our range.

Characteristics

When taking to the air the Gofly is the perfect wing to help you discover and understand the way of the sky. It may not have Reflex but with a flat, slightly pitch positive profile, the pilot can modifiy the trim range to adjust the wing’s speed. Or for a different angle of attack on take off allowing for easier inflations when launching.

 

At first touch the Gofly’s handling is very docile and forgiving with just the right amount of brake travel. As you progress and perfect your piloting skills you will notice the manouverability, sink and glide rate are rather exceptional for this class of wing!

 

The Gofly really is the ideal start for both paramotoring or paragliding!    

GoFly m2 - Size	26 - S	28 - M	30 - L
Pilot only Weight Range	70 - 85	80 - 105	95 - 120
G-Rating	8+	8+	8+
Cells	37	37	37
Flat Area (m2)	25.9	28.1	30.5
Flat Aspect Ratio	4.93	4.93	4.93
Weight (kgs)	5.4	5.7	6
EN 926-2 Afnor standard	Certified	Certified	Certified
Speed (kph)	Min = 22 Trim range = 32 / 38 Max Speedbar = 50
Sink (m/s)	Min = 1.1 Trim range = 1.2 / 1.5 Max Speedbar = 2.4