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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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Safety and regulations

Research estimates that the activity is

slightly safer (per event) than riding motorcycles and more dangerous than

riding in cars.[3] The most likely cause of serious injury is body contact with

a spinning propeller. The next most likely cause of injury is flying into

something other than the landing zone.[4] Some pilots carry a reserve parachute

designed to open in as little as 50 ft (15 m).

The lack of established design criteria for

these aircraft led the British Air Accidents Investigation Branch to conclude

in 2007 that "Only when precise reserve factors have been established for

individual harness/wing combinations carrying realistic suspended masses, at

load factors appropriate to the maneuvers to be carried out, can these aircraft

be considered to be structurally safe"[5]

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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.

Paramotor is the generic name for the

harness and propulsive portion of a powered paraglider ("PPG"). There

are two basic types of paramotors: foot launch and wheel launch.

Foot launch models consist of a frame with

harness, fuel tank, engine, and propeller. A hoop with protective netting

primarily keeps lines out of the propeller. The unit is worn like a large

backpack to which a Paraglider is attached through carabiners.

Wheel launch units either come as complete

units with their own motor, or as an add-on to a foot launch paramotor. They

usually have 3 (trike) or 4 (quad) wheels, with seats for one or two occupants.

These should not be confused with Powered Parachutes which are generally much

heavier, more powerful, and have different steering.

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.

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金华怎么样动力伞

The most difficult aspect of paramotoring

is controlling the wing (paraglider) on the ground. This control is both during

launch and upon landing. Initial training in becoming a paramotor pilot

involves managing the wing in the air from the ground without the motor. This

process is called kiting and is the most complicated and important step in the

process. Once kiting the wing on the ground is mastered then the motor is added

to the process to practice with the weight of the paramotor included. A typical

paramotor will weigh on average around 50 lbs. (23 kg) with some models as

light at 40 lbs. (18 kg) and some models as high as 75 lbs. (34 kg.) The size

of the paramotor wing and engine are dependent on the weight of the pilot.

金华怎么样动力伞

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