黄石学习动力伞什么条件

The term was first used by Englishman Mike

Byrne in 1980[1] and popularized in France around 1986 when La Mouette began

adapting power to the then-new paraglider wings.

Power plants are almost exclusively small

two-stroke internal combustion engines, between 80 cc and 350 cc, that burn a

mixture of gasoline and oil. These engines are favored for their quick high

r.p.m. thrust and low weight, using approximately 3.7 litres (1 US Gal.) of

fuel per hour depending on paraglider efficiency, the weight of unit plus

pilot, and flying weather conditions. At least one manufacturer is producing a

4-stroke model favored for its strong lower r.p.m. thrust and better fuel

efficiency. Electrically powered units also exist, though flight duration is

considerably limited on the battery's electrical capacity. Csaba Lemak created

the first electric PPG, flying it first on 13 June 2006.[2][3] Wankel rotary

engined paramotors are also available, but rare.

黄石学习动力伞什么条件

Noise

Paramotor noise relative to an observer

depends on distance, loudness, frequency and timbre of the power unit. Most

noise comes from the propeller and slow rpm is perceived as the quietest.

Pilots mitigate their sound impact by leaving a noise-sensitive area at low

power, keeping the farthest practical distance away, and reducing time spent

near the area.

License and training

Neither a license nor specific training is

required in the U.S., U.K. or many other countries. Where there is no specific

regulation (e.g. Mexico), paramotor flying is tolerated provided the pilots

cooperate with local officials when appropriate.[citation needed] In countries

where specific regulation exists, such as Canada, France, Italy, and South

Africa, pilots must be trained, both in flying theory and practice, by licensed

instructors. Some countries that require formal certification frequently do so

through non-government ultralight aviation organizations.

Regardless of regulations, powered

paragliding can be dangerous when practiced without proper training.

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This sport has evolved and now many

advanced pilots perform extreme maneuvers such as wing-overs, barrel rolls and

loops. These types of maneuvers present a significant danger as any type of

negative G's encountered will unload the wing allowing the wings lines to go

slack. Only very advanced pilots with years of experience, training and coupled

with countermeasures such as reserve parachutes should attempt such maneuvers.

A reserve parachute is a highly recommended piece of equipment which may

prevent significant injury or death in the presence of a malfunction of the

equipment or a mistake made by the pilot.

Powered paragliding, also known as

paramotoring or PPG, is a form of ultralight aviation where the pilot wears a

back-mounted motor (a paramotor) which provides enough thrust to take off using

a paraglider. It can be launched in still air, and on level ground, by the

pilot alone — no assistance is required.

A powered paraglider differs from a powered

parachute (PPC) primarily in size, power, control method, and number of

occupants. Powered paragliders are smaller, use more efficient (but more

difficult to manage) paraglider wings, and steer with brake toggles like sport

parachutists. Powered parachutes typically use easier-to-manage but less

efficient wings, have larger engines, steer with their feet, and may be able to

take along passengers. There are exceptions; a growing number of powered

parachutes use elliptical wings, some use hand controls, and many are light

single seat aircraft that meet FAA Part 103 requirements.

The pilot controls thrust via a hand-held

throttle and steers using the wings brake toggles or stabilo steering, weight

shifting or a combination of the three. It is identical to Paragliding except

it is powered so the use of an elevation or thermals to ascend are not

required. Paramotor wings have evolved specifically for use with power

propulsion, as compared with free flight 'paraglider' wings. Such wings are

typically designed for a higher speed and may incorporate a "reflex"

profile to aid stability in pitch, an idea taken from hang gliders of the

1980s. Paramotor wings typically use trimmers to adjust the Angle of Attack of

the wing to either slow it down or speed it up in flight. Trimmed out allows

the pilot to achieve maximum speed, while trimmed in allows for slower speeds

optimized for launching and landing.

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黄石学习动力伞什么条件

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