The Paralight takes off in the same manner as a light plane does. The parachute opens during takeoff and serves as a wing, providing lift. The aircraft is controlled by a joystick connected to an exceptionally powerful servo which tilts the weight of the craft to the right or left, thus determining flight direction. Altitude control is achieved by adjusting engine RPM, which lifts the craft when increased and lowers the craft when decreased.

This motorized parachute flies in a stable and calm manner. Changes in direction should be executed softly, yet in such a way that enables sharp and interesting maneuvers. The craft will tend to soar upwards when flying windward and it will descend when flying with the wind at its back. In order to maintain a certain altitude, engine RPM must be adjusted accordingly.

PARALIGHT - Take Off & Landing

What is the average time required to learn to successfully fly the motorized parachute?

The motorized parachute paralight was designed to be easy to operate, without requiring extended training time. However, just as with other remote control flight systems, time must be devoted to practice and familiarizing oneself with the craft and the manner in which it responds when airborne.

What are the options current available for aerial photography using the paralight system?

Paralight was designed so that standard photographic equipment could be attached with ease, within the craft’s weight restrictions. There is a wide array of lenses and miniature cameras currently available that constitute an efficient medium for aerial photography. These can be connected to a transmitter for relaying the pictures to recording devices such as video cameras, VCRs, or DVDs on the ground. Additionally, any standard video or digital stills camera can be mounted on the craft, with the desired photography mode selected prior to takeoff. The camera can be controlled via a mechanical connection to a servo or an electronic connection between the camera and the receiver, and photography can be managed via the remote control unit.

Paralight’s Advantages

• The easiest craft to learn and operate.
• Stands out in the sky, easy to identify from great distances.
• The most suitable craft for aerial photography using standard equipment.
• The most energy-efficient craft.
• Simplest to maintain.
• Easy to carry and store.
• May be upgraded with a variety of applications.  

  SEE VIDEO CLIPS   How Does Paralight Work