Description
Be prepared to enter a new era in High B Class! With 76 cells, additional miniribs, new profile, wing tensioning and new technologies, the MAESTRO 2 shows an unprecedented shape and clean surface.
We present you the greatest leap in performance that we have ever achieved from one generation to the next. Initial glide comparisons were done with its predecessor but in the end the difference was too great.
Another major step forward in the wing is the stability in speed. Compared to the Maestro 1 and other B wings you will feel the wing extremely roll stable at speed.
TECHNICAL FEATURES:
The increased high cell number (76 cells over 60 of the predecessor) in combination with the optimized 3D shaping, the new form stable rod materials and the additional miniribs in the leading edge offer a clear reduction of wrinkles in the critical high airspeed / lift section of the wing. With the new rod materials and leading edge miniribs the stability at speed is exceptional. Couple this with the R07 riser and you have a gliding machine!
The airstream separation over the sail is also much later: the maximum lift is higher, the flyable angle of attack bigger: the low speed flying excellent, the handling more forgiving (longer brake travel) and as a result the thermalling ability is on a new level.
The Maestro 2 boasts new levels in the safety / performance ratio. During the process of optimization, we eliminated most of the trailing edge miniribs, the bottom sail rods and the rods in the wingtips. The MAESTRO 2 has rods only where they are really needed. The reduction of rods allows for a smaller packing volume.
The new benchmark!
It is not only the high complexity of this wing with its 76 cells and additional miniribs, offering an extreme smooth finish.
It’s not only its breathtaking performance in thermaling, gliding and speed.
It’s the balance. The handling and the feeling of being one with this outstanding wing!
Hannes Papesh
For more information visit https://phi-air.com/project/maestro/ or WhatsApp Pete on +27 79 037 6883
