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GERFAUT
Self-supporting air-land System GERFAUT
The Gerfaut air-land system was designed to meet the new challenges of security and data acquisition. It stands out thanks to its easy implementation, very low logistical or infrastructure constraints, as well as reduced acquisition and operating costs.
Its mobility is unprecedented. Capable of traveling to its mission area by road, sea and even air transport, it can operate internationally and overcome meteorological constraints when it is set up.
Both safe and with very low impact, it is a discreet means capable of operating without risk in urban areas. It does not undergo the constraints of integrating UAVs into the airspace and is more economical as soon as the work surfaces are extended.
Made for the need
The Dynamic WT9, Flying Vector of the Gerfaut System, provides all the high-level performances which ensure availability, endurance, ease of use and safety. Its very wide range of speeds allows it to operate from short and rough terrain, gives it perfect ease in surveillance and rapid connections.
The Pursuit / Refueling Vehicle supports the Flying Vector during the mission for data analysis and allows interventions on the ground. It also provides refueling and system servicing, independently, even in the case of significant extensions and operations out of infrastructure.
The Transport / Command Trailer provides the mobility of the system on roads, and deploys the mission PC to the operating area. It receives uplink and downlink data transmission in HD from the 2 other vehicles, within a radius of 150 km, or unlimited in 4G.
The interchangeable mission kits give the system all its modularity to cover, for example soil analysis services, ong structures checks, assistance to populations, or even civil security missions. Finally, the Flying Vector makes it possible to provide flight test services for equipment or systems, in particular for drones, for which long-range tests impose strong constraints on integration into the airspace.
Multi-missions
and autonomous
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