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18. Inspection instructions CrossCountry²

Attention: Fly market GmbH & Co. KG is not liable for any errors made by the person (or service company) carrying 
out the inspection. This person (or company) always works on their own responsibility!

If in doubt about the procedure of the inspection or the airworthiness of the equipment, always contact Fly market 
GmbH & Co. KG or, if necessary, send the equipment directly to us for inspection.

18.1. Inspection scope

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Every paraglider is subject to mandatory inspection. 

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The inspections may be carried out by the manufacturer or by a person authorised by the manufacturer who 
meets the following requirements. Since 01.07.2001 there is also the legal possibility that the owner can 
check his device himself. This possibility is not recommended by the manufacturer, because the owner 
usually has not the technical knowledge and necessary measuring equipment available. In addition, in this 
case the equipment may only be flown by the owner - the use of the paraglider by third parties will then be 
excluded!! A test report is being drawn up at each inspection. The owner is obliged to always keep the last 
inspection report and to send a copy of it to the manufacturer. Each inspection step must be carried out 
conscientiously and entered in the inspection report.

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If a defect is found during the inspection, the glider is not allowed to be flown any further. The glider must be 
repaired by the manufacturer or a person authorized by the manufacturer.

18.2. Inspection intervals

The intervals for training equipment and commercially used tandem paragliders are every 12 months, all other 
paragliders every 24 months or after 100 operating hours.

A line measurement should be made every 20 flying hours and compared with the data sheet.

18.3. Personnel requirements for the inspection

Personnel requirements for the inspection of paragliders used only for personal and single-seater use:

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A valid unrestricted pilot's licence for paragliders or an equivalent approved licence.

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Sufficient type-related training at the manufacturer's or importer.
Note: If a paraglider has been tested exclusively for personal use, its use by third parties is excluded.

Personnel requirements for the inspection of paragliders used by third parties and for two-seaters:

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Vocational training favourable to the examination activity

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A professional activity of two years in the manufacturing or maintenance of paragliders, hang-gliders or similar 
technical equipment, including 6 months within the last 24 months.

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Sufficient type-related training of at least two weeks at the manufacturer or importer.

18.4. Necessary documents

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Current version of the inspection instructions 

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Data sheets

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Previous inspection reports (only for further inspections)

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Maintenance and calibration documents for the measuring instruments

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manufacturer's corrective action instructions

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Airworthiness directive if applicable 

18.5. Test procedures

Identification of the equipment

:

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Once the paraglider has been handed over, an initial inspection is carried out and the paraglider is identified 
on the basis of the official manufacturer's documents.

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Check the type label and inscriptions for correctness, completeness and readability.

Visual inspection of the canopy:

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The upper and lower sail, leading edge, trailing edge, ribs (including any V-ribs), cell partitions, seams, flares 
and line loops are examined for cracks, shearing, stretching, damage to the coating, repairs and other 
conspicuous features. The test result must be recorded in the inspection report.

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In case of rips at the seams and other damages the repair must be carried out only by original spare parts 
and original seam pattern, no gluing with adhesive sail, use of non-original spare parts, etc.

Visual inspection of the lines:

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If  the  lines  are  damaged  (seams,  rips,  folds,  chafe  marks,  thickenings,  core  exits,  etc.),  they  must  be 
replaced immediately with original spare parts and original seam pattern.

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In case of injuries to the lines (seam pattern, coat, etc.), they must be replaced immediately with original 
spare parts and original seam pattern.

Visual inspection of the connecting parts

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All line shackles and any existing trimmers and speed systems must be checked for conspicuous features 
such as rips, chafing and difficult movement. Both risers are checked for shearing points, tears and heavy 
wear  and  then  measured  under  a  load  of  5  daN.  The  values  determined  must  be  compared  with  the 
specifications of the type identification sheet and documented in the inspection report.

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Max +/- 5 mm difference in riser lengths are permissible

Measurement of line lengths:

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The individual lines are laid out and measured loaded with 5 daN. The measurement is carried out from the 
suspension point of the riser to the canopy including the loop.  The rib numbering starts in the middle of each 
wing and the wing sides are seen in the direction of flight. The total line lengths determined are documented 
in the inspection report and compared with the nominal line lengths of the corresponding type identification 
sheet. The measurement of the opposite wing side can be carried out by a symmetry check, if the same 
conditions are met. Compliance with the tolerances to be taken from the manufacturer's instructions must be 
documented in the inspection report.

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Limit values (tolerance values) may deviate by a maximum of +/- 10 mm from the type identification sheet, 
whereby there may be no significant trim shift due to the tolerances. The tolerances of the brake lines are +/- 
10 mm deviation from the type identification sheet.

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The restrictive rule is that a fine trim must be carried out in 2 cases (the procedure must be requested from 
the manufacturer):

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if more than 50 % of the lines reach the tolerance limit, with the tolerance limit deviating only in either the 
+ or - direction (all values of 5-10 mm are calculated).

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or 25 % of the lines deviate the tolerance limits in both directions (+ or -) (Example: A/B lines are 5-10 mm 
longer, while at the same time the C/D lines are 5-10 mm shorter than in the type identification sheet (trim 
shift to the rear due to ageing)

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Summary of Contents for CrossCountry2

Page 1: ...Owners Manual CrossCountry Version 1 0 Stand 03 05 2019 Fly market GmbH Co KG Am Sch nebach 3 D 87637 Eisenberg Tel 49 0 8364 9833 0 Fax 49 0 8364 9833 33 Email info skyman aero...

Page 2: ...2 Technical Drawing Stabilo Line Upper Surface Riser Lines Riser Brake Handle Wingtip Main Hangpoint to Harness Carabiner Main Brake Line Trailing Edge Lower Surface Leading Edge...

Page 3: ...ble of the airworthiness of his glider It is also the pilot s responsibility to ensure that all legal regulations necessary for the operation of this glider are met e g pilot license insurance etc It...

Page 4: ...he trailing edge and main brake lines at the brake handle The lines are divided intoA B C D level and brake Within each level 2 gallery lines are combined into one middle line The 4 gallery lines of t...

Page 5: ...perating the foot accelerator the pilot shortens theA B belts by a pulley system which reduces the force Overview risers trim flight position 5 Technical Data size L 29 M 27 S 25 XS 23 Flat surface m...

Page 6: ...ng point is permanently marked on the main steering line with an additional sheath It must have at least 5 cm freewheel in flight before the brakes take hold and should not be changed The improper cha...

Page 7: ...he arms are first stretched sideways to the rear in line with theA risers and are guided upwards as the paraglider rises As with all gliders the most important thing when launching is not the force bu...

Page 8: ...ed and the centering of the thermals can be optimised Attention if the steering lines are pulled too far or too fast there is a risk of stall A one sided stall is clearly announced the inner side of t...

Page 9: ...rd the braking of the open side may only be very dosed to avoid a stall After the turning away has been prevented by counter steering the canopy can be opened again at the same time by pumping on the...

Page 10: ...ystem must be activated If a glider has been in a continuous stall for no apparent reason e g wet glider flight in rain or inadmissible take off weight it must be checked before the next flight Attent...

Page 11: ...untry quickly takes a high lateral inclination and flies a steep turn As soon as the wing comes in front of the pilot goes on the nose an impulse is generated which the pilot should follow by shifting...

Page 12: ...raining in order to be able to use them in emergency situations Summary This is valid for all extreme flight manoeuvres and descent aids first practice only under the guidance of a flight instructor o...

Page 13: ...torn line hangpoints torn and damaged lines may only be repaired by an authorised workshop or the manufacturer Only original spare parts are to be used Alist of the lines used in the glider model can...

Page 14: ...rimming possibility So far it has always been thought that lines stretch under use In the case of the middle A and B lines where the heaviest load is attached this is even true All lines Kevlar as wel...

Page 15: ...162 5 177 170 5 178 184 5 173 5 166 177 175 167 176 5 185 181 5 173 5 186 467 308 164 164 77 274 5 183 183 273 5 183 183 275 5 183 183 307 5 164 164 310 164 164 77 77 1 2 3 150 144 154 168 162 169 17...

Page 16: ...269 121 119 218 176 192 202 238 212 295 197 197 297 5 197 197 Baby A Riser A Riser B Riser C Riser B Riser B Riser C Riser 1 2 3 4 5 6 7 8 9 10 11e 1 2 3 4 5 6 7 8 9 10 11 12 13 1 2 3 4 5 6 7 8 9 10...

Page 17: ...5 C 6655 6570 6565 6580 6585 6470 6400 6325 6360 5960 D 6650 6640 Brake 6750 6600 6520 6435 6500 6355 6295 6240 Stabi 6525 6375 6210 6140 6045 5980 5900 12 13 in mm 1 2 3 4 5 6 7 8 9 10 A 6935 6870 68...

Page 18: ...s not allowed to be flown any further The glider must be repaired by the manufacturer or a person authorized by the manufacturer 18 2 Inspection intervals The intervals for training equipment and comm...

Page 19: ...termined must be compared with the specifications of the type identification sheet and documented in the inspection report Max 5 mm difference in riser lengths are permissible Measurement of line leng...

Page 20: ...e in the upper and lower sails in the area of the A line attachment and the fabric is tested for its tear resistance The limit value of the measurement is set at 800 g and a crack length of 5 mm The e...

Page 21: ...device Tensile strength device for lines electronic measurement with maximum value memory sampling rate 50 measurements second Strength tester for canopy Bettsometer B M A GB 2270768All measuring devi...

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