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In many countries, including the United

States, powered paragliding is minimally regulated and requires no licence. The

ability to fly both low and slow safely, the 'open' feel, the minimal equipment

and maintenance costs, and the portability are claimed to be this type of

flying's greatest merits.[1]

Powered paragliders usually fly between 15

to 50 mph (24 to 80 km/h) at altitudes from 'foot-dragging on the water' up

about to 18,000 ft (5,500 m) or more with certain permission although most

flying is done under 500 ft (150 m) AGL.[2] Due to the paramotor's slow forward

speed and nature of a soft wing, it is not safe in high winds, turbulence, or

intense thermal activity.

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To learn Paramotoring we believe that there

are no shortcuts. Do not believe anyone who tells you that you need no

training, or just a couple of days! They are probably just trying to sell you

some equipment! Any form of aviation can kill if practiced in error. Knowledge

is the key to safe flight! We now have a new syllabus from the BHPA with a

first step "restricted qualification" BHPA CP POWER rating, which can

be achieved in around 8 days or so of training. This new easier to obtain

rating means you don't have to take a full paragliding course Your first big

flights and circuits will be solo on the Paramotor. The restricted

qualification will allow you to fly from your "own" field. If you

wish to fly Cross Country and further afield, then you will need to continue to

the Full BHPA "Pilot" rating which may take another 1 day. At Axis we

are a BHPA registered school, and we are covered by third party Insurance to

teach you. You will also be Insured as the pilot!

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The paramotor, weighing from 45 to 90 lb

(20 to 41 kg) is supported by the pilot during takeoff. After a brief run

(typically 10 ft (3.0 m)) the wing lifts the motor and its harnessed pilot off

the ground. After takeoff, the pilot gets into the seat and sits suspended

beneath the inflated paraglider wing like a pendulum. Control is available

using brake toggles for roll and a hand-held throttle for pitch.

Military

Powered paragliding has seen a large growth

in the military including insertion of special forces soldiers and also Border

Patrol in many governments. The Lebanese Airborne regiment adopted this

technique in 2008, and the US Army, and Egyptian Army have used Paramotor Inc

FX Series units for many years.

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.

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.

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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.

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