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Related Manuals for Flow Paragliders Spectra
Summary of Contents for Flow Paragliders Spectra
- Page 2 We concentrated in key areas and perfected those elements where performance was achieved without compromising safety. The Spectra has numerous hidden features that can be observed by the trained eye. The Spectra is a cohesive glider both in climb and glide and...
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Page 3: Table Of Contents
Welcome 15. Warranty 1. General Information 16. Summary 2. Certification 17. Line Plan 3. Pilot’s Profile 18. Riser Diagram 4. Specifications 19. Materials 5. Take Off and Flying Techniques 20. Line Measurements 5.1 Before take-off 21. Bridle Check-Sheet Lengths S 5.2 Take-off 22. -
Page 4: General Information
Spectra. The Flow Spectra has been certified as a CCC, having met all the requirements of EN 926-1 strength tests and CIVL CCC Paragliders 2018 Revision 1.9. - Page 5 This guide meets the requirements specified by EN 926-2:2005 as well as LTF NFL II 91/09 for user manuals. Flow Paragliders PTY LTD – 2 Executive Drive, Burleigh Waters QLD 4220, Australia – info@flowparagliders.com.au...
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Page 6: Pilot's Profile
Spanwise and chordwise tension and rigidity were reinforced to optimize handling and glider solidity. Spectra is a cohesive glider both in climb and glide and pilots who are accustomed to flying high performance gliders will feel comfortable and at ease to fly the Spectra and push the glider to the maximum. - Page 7 Even though the Spectra transmits a great deal of comfort in flight it is important to emphasise that a glider of this calibre should only be flown by pilots who have experience in flying high aspect ratio gliders, who are competent in the recovery techniques. For pilots who understand about active piloting and who are confident to fly in turbulent conditions and have an understanding of flying high performance 2 liners gliders.
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Page 8: Specifications
SPECIFICATIONS FLAT AREA 20.35m2 22.20m2 23.80m2 24.60m2 25.88m2 27.5m2 PROJECTED AREA 17.34m² 18.88m2 20.24m2 21.02m2 21.98m2 23.39m2 FLAT WINGSPAN 12.37m 13.05m 13.49m 13.80m 14.18 14.52m PROJECTED SPAN 10.08m 10.47m 10.84m 11.22m 11.45m 11.65m ASPECT RATIO 7.65 7.65 7.65 7.65 7.65 7.65 PROJECTED AR MAX CHORD... -
Page 9: Take Off And Flying Techniques
TAKE-OFF, FLIGHT, AND FLYING TECHNIQUES The Spectra should be flown as a normal paraglider. However, there are several points listed below which should help you to familiarize with your new paraglider quicker. The Spectra was designed as a foot launchable solo paraglider only. The Spectra may be tow-launched. It is the pilot’s responsibility to use suitable harness attachments and release mechanisms and to ensure that they are correctly trained on the equipment and system employed. -
Page 10: Landing
Landing Because of the exceptional glide for this type of glider, high caution is recommended in the stages of approaching and landing. Spectra is a fast glider, any action on the brakes may cause significant reactions. It is therefore recommended to execute the first flights in a familiar environment and under easy conditions. -
Page 11: Big Ears
Use of brakes Spectra’s best glide is at a trim speed (no brakes) – about 39 km/h. The minimum sink rate is achieved by applying approx. 15% of the brakes. When using more than 30% of the brakes, the aerodynamics and the performance of the glider are likely to deteriorate and the effort to manoeuvre will increase quickly. -
Page 12: Use Of Speed Bar
Use of Speed Bar Spectra is equipped with a speed system. The profile of Spectra has been designed to fly stable through its entire speed range. It is useful to accelerate when flying in strong winds or in extreme descending air. For fitting and positioning the speed bar consult the instructions of the harness manufacturer. -
Page 13: Full Stall
FLYING WITHOUT BRAKES If a brake line or pulley breaks, it is possible to fly the Spectra using the B-risers (rear riser). The movements must be well controlled as the deformation of the wing, due to the traction on the B risers, is greater than that produced by using the brakes. -
Page 14: Siv And Collapse Lines
SIV AND COLLAPSE LINES The Spectra was certified with the use of collapse lines, therefore if you wish to induce collapses during SIV training, collapse lines must first be installed correctly. Collapse lines are available as an optional extra and should be added to the wing before inducing collapses. The collapse lines will come with an added-on instruction manual and an extra manual explaining how they should be installed properly. -
Page 15: Maintenance & Checks
MAINTENANCE & CHECKS The Spectra is sophisticated piece of equipment and should be technically periodically checked to ensure proper airworthiness. Maintenance tips The life of your paraglider therefore depends largely on the care which you maintain and use it. To maximize life span of your wing, respect the following rules: •... -
Page 16: Warranty
WARRANTY Spectra is guaranteed for two years or 250 hours against any production fault since the date of purchase. The guarantee does not cover: • Damage caused by misuse • Neglecting the regular maintenance • Overloading or misuse of the glider •... -
Page 17: Line Plan
LINE PLAN RISER DIAGRAM... - Page 18 Spectra has been designed with 2 risers per side. The A1 riser is covered with RED webbing, to allow for easy identification. The A risers are split into two, the smaller riser - holding only the outermost A line - is A2 and has been designed this way to make applying big ears simple. They also feature ergonomic wooden handles for efficient B-riser control.
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Page 19: Materials
OVERALL ILUSTRATION MATERIALS... - Page 20 In case of any doubts regarding the information in the manual contact your FLOW PARAGLIDERS dealer. CANOPY FABRIC CODE SUPLIER Upper surface Dominico DOKDO 30D MF/ Dominico terch Corp. – Korea Porcher SKYTEX 27 CLASSIC 2 Porcher Industries - France...
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Page 23: Line Measurements
LINE MEASUREMENTS The overall length (riser lines + mid lines + upper lines) has to be checked under 5Kgs of tension. The difference between the measured length and the original length should not exceed +/- 20mm. The changes that could appear are a slight shrink on the B’s and/or a slight stretch on the A’s. The consequences of these changes can include a slower trim speed, difficult inflation etc. - Page 24 Dimensions given in the user's manual was checked by the testing laboratory Name Length Line type Weight Simulation 8000U-90 0.61571 2.1947 8000U-90 1.1643 1.7501 value weight (kg) 9200-30 0.33877 0.62597 8000U-90 1.1363 1.8545 9200-30 0.1217 8000U-90 1.1028 1.5903 8000U-90 1.1855 1.8309 1279 8000U-90...
- Page 25 Cmain1 4528 8000U-190 4.589 8.3083 9200-30 0.93833 0.077377 1218 9200-30 2.0198 0.59143 Cmain2 4721 8000U-190 3.7231 7.065 9200-30 1.1904 0.48605 1050 9200-30 1.4441 0.48988 Cmain3 3940 8000U-90 1.6327 3.1844 9200-30 0.8294 0.15766 1150 9200-30 1.1071 0.37982 stabilo ppsl 160 1.6327 3.1117 9200-30 0.76106...
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Page 26: Canopy Measurements
CANOPY MEASUREMENTS �� ∗ �������� ���������� �� + (��. �� ∗ ���������� ��) Size S �� ∗ ���������� �������� + (��. �� ∗ ��������) Rib nb from measure tension tolerances centre Full Span 12376 5daN ½ Trailing edge 6188 5daN 7.65 Chord A 2065... - Page 27 �� ∗ �������� ���������� �� + (��. �� ∗ ���������� ��) Size M – Scale ratio 1.09090 �� ∗ ���������� �������� + (��. �� ∗ ��������) Rib nb from measure tension tolerances centre Full Span 13032 5daN ½ Trailing edge 6525 5daN 7.65...
- Page 28 �� ∗ �������� ���������� �� + (��. �� ∗ ���������� ��) Size ML – Scale ratio 1.16953 �� ∗ ���������� �������� + (��. �� ∗ ��������) Rib nb from measure tension tolerances centre Full Span 13493 5daN ½ Trailing edge 6756 5daN 7.65...
- Page 29 �� ∗ �������� ���������� �� + (��. �� ∗ ���������� ��) Size LS – Scale ratio 1.25307 �� ∗ ���������� �������� + (��. �� ∗ ��������) Rib nb from measure tension tolerances centre Full Span 13723 5daN ½ Trailing edge 6871 5daN 7.65...
- Page 30 �� ∗ �������� ���������� �� + (��. �� ∗ ���������� ��) Size L – Scale ratio 1.25307 �� ∗ ���������� �������� + (��. �� ∗ ��������) Rib nb from measure tension tolerances centre Full Span 13967 5daN ½ Trailing edge 6993 5daN 7.65...
- Page 31 �� ∗ �������� ���������� �� + (��. �� ∗ ���������� ��) Size XL – Scale ratio 1.35135 �� ∗ ���������� Rib nb from measure tension tolerances �������� + (��. �� ∗ ��������) centre Full Span 14504 5daN ½ Trailing edge 7232 5daN 7.65...