Aeros-2 ultralight. The Aeros-2 trike will be used in conjunction with a certified wing, therefore the operator has to refer to the wing manual for any issues that are related to the wing component of the aircraft.
produces a wing that has light handling and very comfortable in turbulence. The battens ends are designed to be adjustable to vary tension for tuning the wing. The batten mechanism allows effortless installation and removal the battens. An airfoiled aluminium section is used for the down tubes and king post to achieve minimum drag.
Wing: Aeros-2 trike with Profi wing should fly straight and level without any pilot input with a cruising speed of between 75 k/h and 90 k/h. Moving the wing hang block forward on the wing keel tube will speed the wing up.
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The flight limitations placards are located on the instrument panel. Emergency parachute placard: The emergency parachute placard is located on the instrument panel. Pilot operating handbook placard: The pilot operating handbook placard is located on the instrument panel. Clear prop placard: The clear prop placard is located on the left and right side landing gear struts.
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Fuel placard: The fuel placard is located on the right side of the cockpit next to the filler neck. Step and no step placards: The no step placards are located on the left and right side landing gear struts and on the left and right side of the cockpit.
It is not recommended self repair or reassembly by other than Aeros Ltd approved agent. No replacement parts should be fitted unless they are factory supplied and identified. All replacements and servicing should be entered into the aircraft log book and signed off by a qualified inspector.
Move the aircraft to area clear of people, animals, etc. Check the ground around the propeller for loose stones etc. and remove any such objects. Make sure the aircraft is securely chocked. Carry out a full pre-start security check (see the aircraft operating handbook). Maintain an adequate look-out while running the engine: people and animals may approach from behind.
10. CORROSION PROTECTION During manufacturing all of the components have been protected with powder coat paint or anodized. Any time when the components are removed or inspected the opportunity should be taken to inspect them for corrosion. If the aircraft is operated in coastal areas or ever been exposed to salt water you will need to clean all the components with the fresh water regularly and perform a careful check of all components for corrosion.
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RADIATOR: Drain and flush the Service radiator. Every 200hours Engine Pre- First Every Every Every Other See Rotax engine manual for detailed flight engine maintenance information hours hours hours hours In addition to Rotax manual: PLUGS (912): See Rotax manual for check Replace instructions...
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PYLON TUBE: Check all bolts for check security, check plates for distortion. BASE TUBE: Check for cracks and check bends (also after every hard landing) especially in the region of the front fork due to heavy landing. Any damage require replacement. FRONT STRUT: check for cracks and check bends (also after every hard landing).
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been replaced with new parts, no further obligatory replacement after 500 hours (3000 landings) is required. Wing First Every Every Annually Other flight /100 hrs SAIL: Visually check wing sail. There check check should be no cuts, ruptures, threadbare holes and torn stitching on the sail. BATTENS: Check profiles and ensure check they match with the template.
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More recently laminated sailcloth has been used for top surfaces of modern sails. Laminated sailcloth which is in use for Aeros trike wings comes in layers of film with high-strength strands integrated between them. Although, it is stronger and more durable than the Dacron sailcloth, laminated sailcloth can still be degraded by sunlight.
The parts should be inspected by a qualified person using dye penetrant, radiographic or visual high magnification methods. Any instance of fatigue cracking must be reported to the Aeros. No cracked parts may be returned to service. Unserviceable parts must be made unusable.
FUEL SYSTEM The fuel system of Aeros-2 consists of the fuel tank located under the seat, fuel hoses and the fuel pump. All of the components for the engine are standard as per the Rotax manual should be consulted for maintenance information.
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WARNING: Gasoline is extremely flammable and can be explosive under certain conditions. Do not perform any maintenance on the fuel system in conjunction with maintenance on the electrical system. Whenever draining or refueling make sure the master switch is set to OFF (key in full left position).
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Aeros dealer. LANDING GEAR The Aeros 2 landing gear is a tricycle type and consists of main undercarriage and front undercarriage. Both the main and the front suspension incorporate air chocks. The life of air chocks should exceed that of the trike due to the minimal amount of travel they do on the ground.
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For the maintenance of engine electrical system consult the Rotax manual. BATTERY Aeros -2 is supplied with 14AH led-acid battery with no maintenance required. FUSES The fuses for the electrical equipment are located on the instrument panel and, depending on the trike equipment, next to the battery (electric trimmer and battery).
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If you have any doubts to the condition or repair procedure or if the balancing of the propeller is required either return the propeller to Aeros or consult a qualified engineer who has experience with composite materials. The intervals at which the propeller should be removed for inspection are determined in the maintenance schedule.
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All maintenance work of rescue system must be recorded in the aircraft log book. ENGINE MOUNT BOLTS AND RUBBER BUSHINGS REPLACEMENT When reaching 300 hours of airtime on Aeros-2 trike with Rotax 912 engine it is recommended to replace the engine mount bolts and rubber bushings.
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2. Screw off exhaust pipe bolts on both sides of the engine. 3. Dismount exhaust pipe/muffler mounting springs on the left side of the trike. 4. Screw off and replace engine mount bolts together with rubber bushings, working with one engine attachment point at a time.
5. Lock bolts with lock wire as shown on the figure. 6. Place back the exhaust pipe/muffler mounting springs. 7. Bolt on the exhaust pipe bolts on both sides of the engine. 8. Place back carburetor and intake receiver. 14. WING TUNING Profi wing should fly straight and level without any pilot input with a cruising speed of between 75 kph and 90 kph.
Adjust one wingtip at a time and test fly after each adjustment. 15. TRIKE ASSEMBLY AFTER SHIPPING PROCEDURE The trike is shipped in a wooden box. Having used the specific techniques described in this manual you will perform the assembly procedure of your trike without any difficulties. 1.
12. Place into position axels and landing gear with the support fixing brackets (wheel cowls). 13. Mount the wheels onto the axels. Spread Locktite 243 on the thread and tighten the nut up to the stop. 14. Lower the trike on the wheels. 15.
the trike should not attempt to taxi the trike as the pedals control may be different to what they have used to. (Refer to the Flight Manual for the complete taxiing procedure). GROUND TRANSPORTATION During transportation the trike should be securely tied down at both the front and the rear to prevent movement.
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