background image

4

  In flight with the MAESTRO light

It is recommended to do the first flights with a new glider in calm conditions to get used to the flight behavior. Also, a few

launches on the training hill or ground handling are recommended to get a feel for the wing and its reactions.

Start

The pilot must make sure that all equipment is in good condition before take-off. In particular, the wing, the harness and the

rescue system. The type table must be checked. It is important to make sure that you are in the legal weight range.
Necessary start check:

1.

Strapped on

(leg straps and chest strap on the harness closed, chin strap on the helmet closed)

2.

Hanged in correctly

(risers not twisted, hooked in carabiner, accelerator connected correctly, carabiners locked)

3.

Lines

(A-line above, all lines sorted, brake line runs freely to the brake pulley)

4.

Canopy

(canopy is prepared in a bow with open leading edges)

5.

Wind and airspace

(wind direction from the front, airspace free)

The pilot performs the control look up and makes sure that the wing is completely open above him, with no knots in the lines.

The final decision to start has to be made only in the case there are no faults.

Otherwise, the start should be stopped immediately for security reasons!
The MAESTRO light is characterized by a very simple forward as well as reverse start behaviour. The glider rises constantly without

strong forward shooting. Overall, the starting behavior is very simple and forgiving and requires no further knowledge than the

standard forward and reverse launch techniques taught in the flight school.
Generally it is advisable to practice regularly on the training hill or by ground handling in the wind.

Straight flight

The MAESTRO light has the best glide performance at trim speed (with fully released brakes). In calm air, the glider is reaching the

greatest distance at a given altitude.

In headwinds or sinking air masses you fly at maximum glide when you push the accelerator. In turbulent air you should consider

the more dynamic reactions on a collapse in accelerated flight and therefore choose a greater safety altitude over the ground.

Attention!

Never push the accelerator with too little safety altitude over the ground!

The safety height allows the glider to open by itself a er a large collapse, or the pilot to actively recover the wing. There should

also be enough reserve of altitude to use the rescue system, in the case of unsolvable problems.

In strong turbulence, a light brake input on both sides is recommended to increase stability and to get that feedback on the brakes

necessary for active flying.
Active flying is the constant control and correction of the angle of attack and airspeed in turbulent air.
With a perfected active flying style you can prevent most collapses. Part of the necessary reactions can also be learned and

practiced during ground handling, for example by trying to stabilize the glider without looking at the wing above

Turning

A turn is an interaction of inner brake, outer brake and weight shi ing. The art is the right dosage. The MAESTRO light is

characterized by a sensitive handling. Small brake inputs are  enough to fly precise turns.
The MAESTRO light loves the modern, dynamic thermal flight. It is recommended not to pull too much outer brake and to keep

speed while turning. The MAESTRO light "carves" very efficiently around the turn and climbs dynamically. Tight and controlled

turns, or swing-free curve changes, require practice and should be the goal of every pilot.

Attention!

Should it happen that the wing is no longer controllable by the brake lines, e.g. the brake lines are knotted due to a faulty start

check, then the MAESTRO light can be controlled to a limited extent via the C-risers. In combinations with weight shi , relatively

good directional corrections are possible. A safe landing is also possible with this technique. The C-risers should only be pulled

down slightly to avoid a stall.

Summary of Contents for Maestro Light

Page 1: ...1 Manual Version 1 04 of 29 09 2022...

Page 2: ...s very progressive lightweight construction Technical description The MAESTRO light has 60 cells across the entire span of which 8 cells each on the Stabilo are designed as closed cells This creates a...

Page 3: ...thorized modification such as changing the length of the lines changing the riser will result in a loss of certification Only the main brake line can be adjusted to a small extent On the main brake li...

Page 4: ...headwinds or sinking air masses you fly at maximum glide when you push the accelerator In turbulent air you should consider the more dynamic reactions on a collapse in accelerated flight and therefore...

Page 5: ...pulling symmetrically down The brake handles remain in the hand without additional wrapping As long as the risers are held down the wingtips remain folded and the sink value increases If wingtips do...

Page 6: ...ot is pushed to the outside of the rotation movement The pilot should allow this movement to avoid a stable spiral situation see below Now the sink values can be varied by inner and outer brake If the...

Page 7: ...t be fully explained in this manual Those who want to learn this maneuver should do so under the supervision of a pilot who masters this maneuver perfectly the best way during a safety training The av...

Page 8: ...e strongly recommend to at least mentally practice the use of the reserve from time to time Grab the handle of the reserve in flight like you would do it in case of an emergency Many clubs or schools...

Page 9: ...cessary UV radiation for example by leaving it on the landing site unpacked When folding you should not bend the polyamide rods at the leading edge more as necessary If you pack the glider when it is...

Page 10: ...aterial in rocky areas in salty air or especially after salt water contact In these cases it is even more than usual for the pilot to regularly check his glider for damage Each check must be confirmed...

Page 11: ...56 5 56 5 56 5 56 line length m 6 32 6 74 6 66 6 99 7 16 7 32 7 63 total line length m 210 1 221 221 4 232 5 237 9 243 2 253 8 maximum chord m 2 38 2 45 2 51 2 64 2 7 2 76 2 88 minimum chord m 0 54 0...

Page 12: ...12 Overview risers The assembly of the lines using soft links is demanding and should only be carried out by a specialist service workshop flight school...

Page 13: ...13 Overview wing...

Page 14: ...14 Lineplan...

Reviews: