Unmanned Aerial Vehicle (Uav)

Some additional options:

An optional three-axis motorized gimbal provides a controllable platform for a variety of sensors including video, IR, and still cameras, as well as spectrometers and other measurement devices. Sensor data can be transmitted real-time to the user via broadband RF. Basic avionics components, included of a laptop computer, attitude and heading reference system, referred to as AHRS, GPS receiver, a heading-hold gyro, and other avionics command/control components.

Our system uses proprietary flight control software that provides unsurpassed stability in hover and flight modes, as well as ease of use for operators. A helicopter is an inherently unstable platform that requires continuous monitoring and input to remain under control. However, our system able to stabilize itself, even through changes in weight, wind speed and direction.

UAVs provide significant advantages such as auto-takeoff and landing, no runway required, stable camera vision, stable sensor platform, able to loiter over target of interest, close in operation and low altitude operation.

It is an aerial vehicle that with no onboard pilot. It can either be flown autonomously or piloted remotely.

Several UAV models for civil and commercial use