Rear-riser control system, to work the AOA independently left and right, and keep the speed bar at pulley-to-pulley level even through turbulence
New Generation "Shark nose" Aerofoil
Double 3D panel shaping
Leading Edge 3D negative panel shaping for a cleaner and stiffer leading edge
UP low-drag line attachment points on the canopy
Mini ribs along trailing edge
Upper and lower skin rods for collapse resistance
Long FSS (Front Section Support system) long rods
BTS brake tensioning system
Precise design of risers with different accelerator travel of central and external parts of the wing
Unsheeted lines of low diameter to reduced line drag
Swept back wingtips for better handling and improved climbing
Controlling the MERU with the B-Risers is intuitive, and effective, allowing the pilot to keep the speed-bar engaged with confidence, arriving at the next thermal higher and faster.
The speed-bar pressure is light allowing for less fatigue, and longer flying days.
Durable, lightweight materials combined with an intricate design make the MERU our most sophisticated glider.
We have been designing and revising our two-liner prototypes for years, patiently working to produce the best possible XC/competition glider, its finally here, the MERU.
Technical data
SIZE | S/M | M | L |
Surface area flat (m2) | 23,4 | 25,1 | 26,5 |
Surface area projected (m2) | 20 | 21,5 | 22,8 |
Flat span (m) | 12,7 | 13,2 | 13,5 |
Projected span (m) | 10,4 | 10,7 | 11 |
Flat aspect ratio | 6,9 | 6,9 | 6,9 |
Projected aspect ratio | 5,3 | 5,3 | 5,3 |
Chambers/cells | 84 | 84 | 84 |
Total line length incl. Brake (m) | 212 | 220 | 227 |
Glider weight (kg) Category LTF/EN Optimal takeoff weight (kg) Takeoff weight (kg) | 5,2 D 96-98 90-105 | 5,5 D 106-108 100-115 | 5,8 D 116-120 110-130 |