Efficient and reliable aerial imaging capabilities enable the SKELDAR V-200 to be deployed to safely identify critical infrastructure defects and methane gas leaks. Compared to fixed-wing manned alternatives, inspections completed using RUAS can be carried out time and cost-efficiently without the need for additional supporting infrastructure such as a runway.
CIVILIAN, BLUE FORCE & SAR
Supporting Critical Scenarios.
CIVILIAN APPLICATIONS
Critical Infrastructure Protection
CIVILIAN APPLICATIONS
Critical Infrastructure Protection
Efficient and reliable aerial imaging capabilities enable the SKELDAR V-200 to be deployed to safely identify critical infrastructure defects and methane gas leaks. Compared to fixed-wing manned alternatives, inspections completed using RUAS can be carried out time and cost-efficiently without the need for additional supporting infrastructure such as a runway.
CIVILIAN APPLICATIONS
Environmental Disaster Monitoring
Efforts to contain and monitor the effects of natural and man-made disasters can be supported thanks to the information provided by the SKELDAR V-200. Land-based and sea-based emergency response services can benefit from the information provided by powerful EO/IR and COMINT payload combinations capable of geo-locating victims.
CIVILIAN APPLICATIONS
Environmental Disaster Monitoring
Efforts to contain and monitor the effects of natural and man-made disasters can be supported thanks to the information provided by the SKELDAR V-200. Land-based and sea-based emergency response services can benefit from the information provided by powerful EO/IR and COMINT payload combinations capable of geo-locating victims.
CIVILIAN APPLICATIONS
Search & Rescue
From high profile disaster recovery and rescue missions to co-ordination of sea, land and air assets, UMS SKELDAR’s Unmanned Aerial Vehicle (UAV) platforms are ideally suited to support customers in civilian and security agencies tasked with implementation of Search & Rescue (SAR) missions. Our multi-platform portfolio, with Remote Pilot Station (RPS) support from air, sea or land assets (or a combination) provide highly optimised co-ordination.
CIVILIAN APPLICATIONS
Search & Rescue
From high profile disaster recovery and rescue missions to co-ordination of sea, land and air assets, UMS SKELDAR’s Unmanned Aerial Vehicle (UAV) platforms are ideally suited to support customers in civilian and security agencies tasked with implementation of Search & Rescue (SAR) missions. Our multi-platform portfolio, with Remote Pilot Station (RPS) support from air, sea or land assets (or a combination) provide highly optimised co-ordination.
CIVILIAN APPLICATIONS
Border Monitoring
Remote and difficult to access borders present authorities with challenging surveillance scenarios. Six-hour flight times and numerous payload combination options make the V-200 an invaluable asset for coastal and overland border monitoring operations.
CIVILIAN APPLICATIONS
Border Monitoring
Remote and difficult to access borders present authorities with challenging surveillance scenarios. Six-hour flight times and numerous payload combination options make the V-200 an invaluable asset for coastal and overland border monitoring operations.
CIVILIAN APPLICATIONS
Pollution monitoring
Controlling, containing and preventing pollution is key when protecting humans and wildlife across the world. UMS SKELDAR provides a range of command and control/surveillance options through its multi-role Vertical Take Off and Landing (VTOL) platforms to help prevent or mitigate natural or man-made disasters including oil and harmful chemical spillages.
CIVILIAN APPLICATIONS
Pollution monitoring
Controlling, containing and preventing pollution is key when protecting humans and wildlife across the world. UMS SKELDAR provides a range of command and control/surveillance options through its multi-role Vertical Take Off and Landing (VTOL) platforms to help prevent or mitigate natural or man-made disasters including oil and harmful chemical spillages.
CIVILIAN APPLICATIONS
Laser mapping
From security to mapping, scoping territory on land is a challenge in all terrains.
At UMS SKELDAR, our Unmanned Aerial Vehicles (UAVs) are designed with state-of-the-art solutions including LiDAR (Light Detection and Ranging) to distinguish targets. LiDAR uses advanced methods to send laser pulses in certain areas, detecting the speed of reflection to recreate and map boundaries on land.
Airborne Light Detection and Ranging, or LiDAR, is revolutionising the way many industries gather data. With applications from pipeline, transmission line, highway and railway corridor surveys to coastal, forestry and flood plain surveys, LiDAR, or laser mapping, has the ability to penetrate difficult to access areas quickly and efficiently.
Our drones can deploy LiDAR over any area where gathering data is required, eliminating risks to manned crews across difficult terrain whilst also decreasing the associated costs of journeys and/or aborted missions.
3D laser mapping saves time, delivering real-time results faster than ever. Our sensors provide increased visibility by penetrating through terrains including forests in different weather conditions, resulting in a detailed 3D view.
CIVILIAN APPLICATIONS
Laser mapping
From security to mapping, scoping territory on land is a challenge in all terrains.
At UMS SKELDAR, our Unmanned Aerial Vehicles (UAVs) are designed with state-of-the-art solutions including LiDAR (Light Detection and Ranging) to distinguish targets. LiDAR uses advanced methods to send laser pulses in certain areas, detecting the speed of reflection to recreate and map boundaries on land.
Airborne Light Detection and Ranging, or LiDAR, is revolutionising the way many industries gather data. With applications from pipeline, transmission line, highway and railway corridor surveys to coastal, forestry and flood plain surveys, LiDAR, or laser mapping, has the ability to penetrate difficult to access areas quickly and efficiently.
Our drones can deploy LiDAR over any area where gathering data is required, eliminating risks to manned crews across difficult terrain whilst also decreasing the associated costs of journeys and/or aborted missions.
3D laser mapping saves time, delivering real-time results faster than ever. Our sensors provide increased visibility by penetrating through terrains including forests in different weather conditions, resulting in a detailed 3D view.