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DESCRIBTIONS AND TECHNICAL DATES

The SilexX was developped specifically for use with a Paramotor but has good performance
in thermals.

The SilexX ist easy to pilot, and ideally suited for the recreational pilot. It is a pleasure to
fly due to the easy handling and great stability.

The planform of the SilexX is eliptical, slightly swept. This planform allows for a clean sail
and profile with very few Attachment points. Few attachment points mean less lines that
result in good glide due to less parasitic drag.

The  SilexX is designed from scratch. Mehrere computerberechnete. Many CAD designs
where prototyped, tested and the best was selected. The profil selected has great stabili-
ty, soft, forgiving reactions, easy handling and excellent performance.

The closed cells have Dacron Reinforcements for best Stability. Dacron reinforcements at
the attachment points spread the loads evenly. The air enters the SilexX through the open
cells at the underside of the wing.

Large Crossports are utilized for even pressure throughout the wing.

TECHNICAL DATES

Number of cells: 

42

Construction: 

diagonal finger ribs

Span, real: 

10.46 meter

Span, projected: 

9.0 Meter

Area, flat : 

24.8 sq meters

Area, projected: 

22.3 sq meters

.Aspect Ratio: 

3.6

Line length: 

6.3 meters

Average Line length: 

2.85 meters

Recomennded Take off weight: 

80-100 Kg 

Maximum take off weight with motor:  125 kg

The SilexX has passed both DHV and DULV certification

More details are available through the DHV certification, at www.DHV.de. The lines are
measured from the Quick Link to the attachment point with 5 kg load.

Chapter 1

Description and technical dates

Page 4

Summary of Contents for SilexX

Page 1: ...SILEXX MANUAL FRESH BREEZE...

Page 2: ...lways be available for any information you might need This manual includes tips for a safe enjoyment of our sport Your Fresh Breeze Team Markus M ller Michel Werner Dr Ing Stefan Wode Gesch ftsf hrer...

Page 3: ...3 Harness 09 Chapter 4 Flying 09 Chapter 5 Decent Maneuvers 13 Chapter 6 Aerobatics 14 Chapter 7 Materials 17 Chapter 8 Storage and Preflight Inspection 17 Chapter 9 Annual Inspection 19 Chapter 10 A...

Page 4: ...s easy handling and excellent performance The closed cells have Dacron Reinforcements for best Stability Dacron reinforcements at the attachment points spread the loads evenly The air enters the Silex...

Page 5: ...l brake lines are yellow while all other lines are blue There are 4 Risers per side The A lines are the most forward followed by the B Lines where the Stabilo Line is also attached The C lines follow...

Page 6: ...Risers The normal length of all Risers is 48 cm During accelaration the A Riser is shoertened by 16 cm The B Riser 11 cm and the C Riser 6 cm The D Risers stays the same SPEEDSYSTEM FITTING The accel...

Page 7: ...er rotation the left or right trimmer can be opened to achieve straight line flight under power Both trimmers can be opened for faster flight BRAKE LINE ROUTING FOR MOTORING During motor flight the Br...

Page 8: ...Page 8 Chapter 2 Speedsystem...

Page 9: ...er in a Horseshoe Shape so that the A lines tension first This is also known as the inverted V Layout All Lines must be clear Pay special attention to the brakelines Makes sure there are NO Lines over...

Page 10: ...o the ground Do not set the brake lines too short Never Fly accelerated in turbulent conditions Never Release the brake lines Should the glider collapse release the accelerator TOWING The Silex is ver...

Page 11: ...ty clinic B LINE STALL Both B Risers are being pulled down symetrically until the glider enters the stall To exit quickly release both B Risers at the same time If the glider horsehoes during the B Li...

Page 12: ...open the glider quickly The Silexx usually opens on its own PARACHUTAL STALL DEEP STALL There is no forward speed with a high sink rate During a slow exit from a B line stall parachutage may occur A p...

Page 13: ...ill spin easier WINGOVERS Alternating turns with high bank angles Caution Fullstall Spins and wing overs more than 90 degrees are considered dangerous aerobatics MATERIALS The Silexx is made from best...

Page 14: ...nt of the affected line Compare the lines before replacement for cor rect lenght and only use the proper line material from an approved repair facility Kite the glider after line replacement to check...

Page 15: ...Silexx is the result of high end development The glider will last many years if treated and cared for properly Respect and an appreciation of the potential dangers of personal flight are required for...

Page 16: ...Page 16 Chapter 11 Linechart and Certification...

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