Unmanned Aerial Systems | ASIO - Mini Unmanned Aerial System (UAS) The ASIO Mini Vertical Take-Off and Landing (VTOL) Unmanned Aerial System (UAS) is a fully automatic, electrical UAS, specifically designed for "hover and stare" battlefield surveillance, forward scout missions and Special Operation support. The ASIO UAS is man portable in a compact lightweight back-pack, which includes a ground control station and antenna. |
 | Crex-B Crex-B is an advanced micro electrical UAV system providing real-time intelligence capable of autonomous flight, navigation, vertical landing or short track landing feasibilities. The Micro UAV system is specifically designed for Special Operational and Tactical Forces for "over the hill" and "around the corner" intelligence missions. Crex-B is electrically powered and is ready to fly for a new mission in a few minutes. |
 | Drako Mirco Electrical Unmanned Aerial System (UAS) SELEX Galileo's portfolio of micro UAS includes DRAKO, an electrical quad-rotor system capable of autonomous and semi-autonomous flight, hovering and obstacle avoidance to provide reconnaissance and surveillance information. The on board pan-tilt cameras for day and night operations make DRAKO particularly well suited for urban operations. |
 | Falco System Falco is a tactical, medium altitude, endurance Unmanned Aerial System designed for civil and military surveillance and Homeland Security. Easy deployment, survivability, wide suite of payloads and 24/7 all-weather capability equips Falco to perform a range of missions. Falco features ramp take-off, fully automatic short take-off and landing capabilities and day/ night flight and navigation, plus a NATO compliant Ground Control Station enabling mission planning, re-tasking and data fusion. |
 | LOCUSTA Locusta is an expendable, air launched, jet-propelled, autonomous sub-target that allows a direct hit on an independent fast flying threat, without establishing a "friend or foe" procedure. The Locusta Drone can be provided as a stand-alone product, and can be fired from an aircraft or helicopter. |
 | MIRACH-100 High Subsonic Target Drone System The Mirach 100/5 is a high performance, reusable Aerial Target System which is the standard European Armed Forces threat simulator. It manages up to 8 targets simultaneously in a realistic training scenario and simulates multiple threats flying at high subsonic speeds. The system is controlled by a modern Ground Control Station, allowing mission planning and re-tasking, rehearsal and play back. |
.JPG) | MIRACH 100/X Transonic Aerial Target System The Mirach 100/X is a transonic high-performance threat simulator, designed and manufactured by SELEX Galileo as an upgraded follow-on of the successful Mirach 100/5, in current use by worldwide Armed Forces to train and qualify all main air-defence weapon systems. |
 | NIBBIO - High Subsonic Tactical Reconnaissance System Nibbio Tactical Recce System is a high-performance, high subsonic drone. Integrated with a Ground Control Station and wide array of sensors for deep, fast and undetected reconnaissance missions, Nibbio is suited to the acquisition of high value information in hostile scenarios e.g. time-critical targets identification. Nibbio can also perform "Launch and Forget" missions in fully automatic mode. |
 | SpyBall - Micro Electrical Rotary Wing SpyBall is an advanced micro electrical UAV system provides real-time intelligence and is capable of autonomous vertical take off and landing. It offers flexibility, reliability, safety and quick delivery especially to Special Operation Forces for "over the hill" and "around the corner" intelligence missions, providing access and reconnaissance in areas too difficult or too dangerous to reach. SpyBall is electrically powered and ready to fly in a few minutes. |
 | UAV Flight Centre at ParcAberporth SELEX Galileo's recognised Unmanned Systems Centre of Excellence in ParcAberporth, West Wales is adjacent to the Ministry of Defence Aberporth ranges and provides an ideal location to test and demonstrate Unmanned Aerial Vehicle platforms and payloads. It provides an environment to develop unmanned systems for both civil and military markets via an 'on demand' system that can be specially tailored. |
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