k Drone antenna testing This image may not be used to state or imply ESA endorsement of any company or product Drone antenna testing. Unmanned aircraft being tested in the European Space Agencys ESA Hertz radiofrequency anechoic test chamber. The drone, developed by Barnard Microsystems Ltd of the UK, has a steerable array antenna in its wing to keep contact with satellites. Designed for oil, gas and mineral prospecting, pipeline surveying and border patrols, the drone will spend most of its time operating far from its controller, often in areas with no communications infrastructure. ESAs ESTARR project Electronically Steered Antenna Array in the Wing of a Remotely Piloted Aircraft is investigating the feasibility of such systems. Photographed in 2017. Stock Photo - Afloimages
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Drone antenna testing This image may not be used to state or imply ESA endorsement of any company or product Drone antenna testing. Unmanned aircraft being tested in the European Space Agency s ESA Hertz radio frequency anechoic test chamber. The drone, developed by Barnard Microsystems Ltd of the UK, has a steerable array antenna in its wing to keep contact with satellites. Designed for oil, gas and mineral prospecting, pipeline surveying and border patrols, the drone will spend most of its time operating far from its controller, often in areas with no communications infrastructure. ESA s ESTARR project Electronically Steered Antenna Array in the Wing of a Remotely Piloted Aircraft is investigating the feasibility of such systems. Photographed in 2017.
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Drone antenna testing

This image may not be used to state or imply ESA endorsement of any company or product Drone antenna testing. Unmanned aircraft being tested in the European Space Agency's (ESA) Hertz radio-frequency anechoic test chamber. The drone, developed by Barnard Microsystems Ltd of the UK, has a steerable array antenna in its wing to keep contact with satellites. Designed for oil, gas and mineral prospecting, pipeline surveying and border patrols, the drone will spend most of its time operating far from its controller, often in areas with no communications infrastructure. ESA's ESTARR project - Electronically Steered Antenna Array in the Wing of a Remotely Piloted Aircraft - is investigating the feasibility of such systems. Photographed in 2017.

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