Plasma Aerospace solutions consist of three main choices: aircraft, avionics package, and customizations. By combining choices you can get anything from a small radio controlled aero model to a squadron of high-speed, long-range aircraft capable of combat simulations.

Aircraft
	Phoenix 1 Small surveillance UAV Electric propulsion. 1.2 m wingspan. Payload: 200 g. Speed: 80 km/h Autonomy: 40 min Development status: Complete
	Phoenix 2 Portable UAV with excellent gliding capabilities Electric propulsion. 2.0 m wingspan. Payload: 800 g. Speed: 120 km/h Autonomy: 45 min Development status: Testing phase
	Thunderbird Long range, high speed UAV Internal combustion engine. 2.5 m wingspan. Payload: 5 kg. Speed: 350 km/h Autonomy: 2 h Development status: Design phase
	Custom UAV For projects with special requirements we design and develop custom aircraft.

Avionics packages
	Basic radio station This is the default avionics package that you get if you don't need any of the more advanced packages. It allows controlling the aircraft within visual range.
	Autostabilization If the aircraft temporarily loses contact with the ground station, the autostabilization package maintains the aircraft altitude. This package is required for flying outside visual range.
	Ground station and on-board telemetry This is a major package that equips the aircraft with altitude and speed sensors and a GPS receiver, and includes a portable PC with remote flight software. This package enables the aircraft to fly outside visual range.
	Wireless video With this package you can receive a live video stream from the aircraft, making it capable of surveillance missions. Night video capabilities are included by default in the package.

Customizations Customizations are special features that we can develop for your particular application. We are offering a list of suggestions, but any other feature may be implemented on demand.
	Autopilot software The ground station software may be extended to allow the aircraft to follow predefined paths without intervention from the operator.
	Low-altitude flight By including accurate altitude data in the control software, the aircraft will be able to fly in autopilot mode at low altitudes.
	Formation flight The avionics and software may be modified to control several aircraft at once, allowing them to fly in formation.
	Combat simulation-Aerial target drone The pilotless aircrafts can simulate realistic aerial targets both in IR and/or radar by allowing the client to install additional components (e.g.: IR sources, pulled dummy targets) as needed. The software can be adapted to make the aircraft simulate an attack on a ground target while avoiding enemy radars in both manual and fully automatic mode. Additionally the aircrafts can be upgraded to perform various electronic warfare scenarios (passive/active jamming, IR traps).