1.Dear RelaX Pilot We are happy to welcome you in the circle of relax pilots. The RelaX was developed for those pilots who enjoy a very good direction, high speed and a high maneuverability and do not want to give up safety.
3. Target Group: The RelaX is a paraglider that has been specially developed for powered gliding with trike. The RelaX was tested for the German airworthiness LTF. The RelaX is not approved for free ight. 4. T echnical Describtion: Construction: The material is made of air-impermeable ripstop nylon fabric D 40.
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(green arrow) is pulled down. Then all 4 straps are the same length. For acceleration, the clamp buckle (orange arrow) is released slowly. The rear straps are longer and the paraglider ies faster. Trimmposition fast 5. Technical info´s Relax 25 Relax 22 Area m² 29,32 26,39 Span at...
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6. Check the Paraglider Each paraglider is surveyed and checked several times before delivery. Nevertheless, new paragliders or those subjected to heavy duty should be examined according to the following criteria. Are all lines free of damage and correctly sewn? Are all linen locks screwed properly Are all webs sewn correctly and without damage? Any damage, however inconspicuous it may be, must be assessed by the specialist and, if necessary, repaired.
Check list Glider - Glider without damage - Riser without damage and not hung twisted - Linen locks rmly screwed - Lines without damage - Carabiner closed correctly 8.2 Start The RelaX is easy to start. The trimmer can also be open when starting, depending on the conditions. The trim´s should be symetrical adjusted.
A one-sided stall announces itself early on. The wing inside curve becomes soft and stops almost. The brake is to be released on this side immediately 8.6. Active Flying Through active ying, collapses can often be prevented! Active ying means braking impulses to keep the paraglider stable. The glider should be in the best position if the glider is in the center above you.
Sensitive counter-braking. and through very fast and deep pull of the steering lines to reach the reopening of the Pagarglider Pull the color-coded stabilizer line Attention! The above maneuvers are very demanding and require a lot of height and skill. If insu cient altitude is available or the pilot feels overwhelmed, the rescue device should be triggered immediately.
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There are several causes for spinning. For example: A brake line is pulled too fast and too deep. In slow ight is braked too much at the same time high engine thrust. If a spin ends early, the paraglider goes into the normal ight without much loss of altitude. If the spin is held longer, a one-sided collapse of the paraglider could be the result.
Almost every paraglider eventually reaches the rate of descent, where the cap aligns with the openings down and remains here in a stable position. From such a stable situation, the paraglider then comes out only by dosed counter-braking. A stable deep spiral creates high G loads and requires a great deal of e ort to escape. 10.2.Big Ears The so-called "Big Eears"...
Storage The paraglider must always be stored dry. The paraglider must not be stored together with chemical gases and vapors. The paraglider must not be exposed to high temperatures. For example, the interior of a car in the summer. Repairs Small damages in the fabric, which do not run along the seam, can be repaired provisionally with the supplied adhesive tape.
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13.1. Lines Lengths Relax 25 A Riser A Riser A Riser 111.5 B Riser 105.5 103.5 B Riser 101.5 94.5 B Riser 109.5 101.5 105.5 C Riser B Riser C Riser C Riser 69.5 107.5 105.5 106.5 101.5 85.5 D Riser 61.5 D Riser 65.5...
Inspections Checks must be carried out by a specialist company. This is responsible for their work itself. Fresh Breeze is not responsible for any checks it has not performed by itself. 14.1. Check Every paraglider is subject to the inspection obligation The test is carried out by the manufacturer or an authorized person.
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14.4. Necessary documents Device data sheet Routine test certi cate Maintenance and calibration records of measuring instruments Airworthiness directive of the manufacturer 14.5. test steps Identi cation of the paraglider Visual inspection and identi cation of the paraglider Check the type chart Visual inspection of the cap Examination of: topsail...
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The individual lines are laid out and loaded with 5 daN. The measurement is made from the mount point of the carrying strap up to the cap including the leash loop. The rib numbering starts in each case in the Wing center with the wing sides are seen in the direction of ight.
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Control of cap strength: • The cap strength test is carried out using the Bettsometer (B.M.A.A.aproved patent No. GB 2270768 Clive Betts Sales). In this test is in the top and bottom sail in the area of A-lines bumped a needle-thick hole and tested the cloth for its tear propagation resistance. The limit of the measurement is set at 800 g and a crack length of 5 mm.
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