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5

Speed system

To fly faster than trim speed the MAGUS XC is equipped with a foot operated original

speed system. When in use, it lowers the angle of attack. MAGUS XC is designed with a

5-riser system to further improve safety.

MAGUS XC has a very wide speed range. The highly effective speed system of the

MAGUS XC allows a 12 - 14 km/h gain in speed.

A

A1 B

C

D

A A1 B C D

Riser

A

A1

B

C

D

Trimposition

51,0 cm

51,0 cm

51,0 cm

51,0 cm

Accelerated

34,0 cm

38,0 cm

44,5 cm

51,0

cm

MAGUS XC 21, 24, 26, 29

41,0 cm

27,0 cm

6

New glider check and before every flight check

Forward launch

Rear launch

In additional to all the usual pre-flight checks, please pay particular attention to the items

in the following checklist:

1. Inspection of canopy for tears or damage, especially the seams which join the ribs to

the upper and lower surfaces, but also the area of the attachment tapes and brake-line

connections.

2. Inspection of the attachment tapes for damage to the stitches. It is also important to

check the attachment tapes and brake-lines for tangles. The line lengths must be

checked after 50 hours flying time and whenever the flight behaviour of the glider

changes.

3. Inspection of the risers and maillons for faultless condition. Special inspection of the

maillons for traces of corrosion under the lines.

4. Inspection of the knotting of the steering handle to the brake-lines. The brake-lines

must run freely.

5. Inspection of the harness. The harness must show no signs of wear or other damage.

You must also check the harness after a hard landing.

6. Check whether the rescue-system is correctly installed and secured.

7. Inspection of the karabiner. Inspection of the attachment and securing of the karabiner.

Find a suitable take-off spot, from which you can abort the take-off at any point. After

checking the glider, following the checklist, lay it out with the cell-openings upwards so

that the canopy forms the shape of a horseshoe. In a strong wind don't spread the

canopy too far, so that there is less resistance when pulling up.

This is possible in almost all wind conditions except strong headwinds. It is essential to

stand in line with the canopy, especially when the glider has longer lines. Before take-off,

place yourself centrally at the gliders axis. Let the B C and D-risers fall into the crook of

your arm and pull the canopy dynamically up by A-risers. The stronger the headwind the

less run-up you need to pull the canopy up. As soon as the glider is above you, stop

pulling on the A-risers. Now do a visual check upwards, to see if the canopy is completely

open. Otherwise, abort the take-off. Now accelerate continuously until you lift off. In a

weak headwind it is easier to take-off if after reaching minimum flying speed you pull the

brakes slightly.After the take-off, gently release the brakes again.

To be used in moderate to strong headwinds. Please note that in a strong headwind you

may need a helper, as you could easily lose control of the canopy. If the headwind is too

Checklist

Take-off

WARNING!!

Do not use the forward launch in very strong winds. Make sure you don't pull

the risers too much towards yourself or downwards as this can result in a frontal collapse,

or in an asymmetric take-off.

FLYING OPERATIONS

Summary of Contents for MAGUS XC

Page 1: ...MAC PARA TECHNOLOGY LTD 1 máje 823 756 61 Ro nov pod Radhoštìm Czech Republic Tel 420 571 842 235 Tel fax 420 571 842 332 e mail mailbox macpara cz www macpara com USER MANUAL MAGUSxc ...

Page 2: ...r with maximum possible safety The MAGUS XC is designed for thermal and cross country flying and will enable pilots to get maximum enjoyment Please read this manual carefully before you start this way you will get the most out of your glider and enjoy many nice flights Paragliding is a sport which demands besides the optimum equipment a high degree of attentiveness good judgement and theoretical k...

Page 3: ...itions 4 Construction Trim Safety equipment The MAGUS XC is a third rib diagonal construction paraglider Every third main rib is attached to the lines and other ribs are attached at A B C and D points thanks to the diagonal ribs These ribs lead to top surface of canopy Line geometry and a system of load bearing tapes between top lines cascades give the canopy stability The glider is delivered with...

Page 4: ...he harness after a hard landing 6 Check whether the rescue system is correctly installed and secured 7 Inspection of the karabiner Inspection of the attachment and securing of the karabiner Find a suitable take off spot from which you can abort the take off at any point After checking the glider following the checklist lay it out with the cell openings upwards so that the canopy forms the shape of...

Page 5: ...l the brakes as abruptly as possible This dynamically increases the angle of attack and gives you the maximum braking effect Flight Steering Approach and landing Turns with brakes Turns with brakes and weight shifting 8 Flight with speed system Towed and motorized flight To make faster flight possible the MAGUS XC is equipped with a special speed system To accelerate the paraglider we recommend th...

Page 6: ...g the brake lines on the closed side If it is tangled pumping the brake line should help Take care to avoid applying too much brake when pumping out the deflation as this may disrupt the airflow over the canopy and lead to a stall Asymmetrical collapse Initiation 10 WARNING NOTE In the case of a cravat which pumping of the brakes fails to release apply 50 70 brake on the open side of the canopy to...

Page 7: ...pin or if the canopy is caught in a cravat USEYOUR RESERVE Spin negative spirals Full stall Stalls Turbulence or rapid braking can lead to a pendulum effect and thus to changes in the angle of attack In extreme cases this can make the airflow break away from the upper surface of the canopy even without the brakes being activated Pull the brakes slowly down until you have no more forward speed The ...

Page 8: ...consciousness in a steep spiral dive Spiral dive 14 Fly as far as possible from steep rises to give yourself space to lose height Sink rate approximately 3 5 m sec Sink rate approximately 4 6 m sec This allows rapid descent without stalling Sink rate depending on pilot 5 20 m sec Sink rate approximately 5 8 m sec End the stall with sufficient time for the airflow to re establish itself In principl...

Page 9: ...es Dynema DC 60 DC 100 Main Lines A1 B1 C2 C3 D1 D2 Gin Teijin Aramid Polyester 1 6 220 kg Main Lines A2 A3 B2 B3 Gin Teijin Aramid Polyester 1 8 280 kg Main Lines C1 Gin Teijin Aramid Polyester 1 4 140 kg Stabilo Line Gin Teijin Aramid Polyester 1 1 80 kg Main Brake Liene Gin Teijin Dynema Polyester 2 3 240 kg NYLON TAPE 13 mm Breaking Load 110 kg Polyestertape 20 mm Breaking Load 1100 kg ROSENBE...

Page 10: ...br10 br17 st1 st2 stD C30 C33 C36 mC3 C15 C18 C21 C24 C27 sC2 sC2 mC2 C3 C12 C6 C9 mC1 sC1 sC1 sC1 D12 D9 D6 D3 C4 br4 br22 18 LINE PLAN BD stA stB stC stE st0 br2 br1 br3 br4 br5 br6 br8 br9 br19 br7 br20 br12 br13 mBR br21 br11 br16 br15 br14 br18 br22 br10 br17 D15 D21 D24 D27 D18 st1 st2 D30 D36 D33 sD2 sD2 stD mD1 mD2 B3 B30 B15 B12 B21 B24 B33 B36 B27 sB2 B6 B9 mB3 mB2 mB1 sB1 sB2 B18 ...

Page 11: ... measured value 6 x maximum take off weight and higher then 600 kg for theA B arrays Replacements for damaged lines must be with new original lines Line lengths are taken from the lines data page Components of the check Porosity Overall strength check Line strength check MANUAL FOR PARAGLIDER CHECKS 20 Linelengthmeasurement Canopyline attachmentpointscheck Canopyfabriccheck Lines Connectorcheck Ri...

Page 12: ...106 Area flat m 2 21 53 24 21 26 00 29 21 Area projected m 2 19 11 21 49 23 08 25 93 Span flat m 11 58 12 28 12 73 13 49 Aspect ratio flat 6 23 6 23 6 23 6 23 Root cord m 2 32 2 46 2 55 2 70 Cells 75 75 75 75 Weight kg 6 1 6 4 6 7 7 1 Weight range kg 70 85 80 95 90 110 105 130 Min speed km h 23 25 23 25 23 25 23 25 Max speed km h 37 39 37 39 37 39 37 39 Top speed accelerator km h 52 55 52 55 52 55...

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