This document discusses how aerial robotics techniques can be used to solve real-world problems. It describes how aerial robots can tackle dangerous, dull, or difficult tasks instead of humans. It then discusses Qua.R.K., an unmanned aerial vehicle system, and its stable aerial platform, protected rotors, and customizable pods for different missions. The document also mentions the ground control software used for mission planning, routing, and data collection. Finally, it lists several industries like research, mining, warehousing, and law enforcement that could benefit from Qua.R.K.'s aerial robotics capabilities.

2. Solving Real-World Problems with
Modern Aerial Robotics Techniques

3. Why Aerial Robots?
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Tackle “Dirty, Dangerous, Dull” tasks where human involvement is not desired
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Autonomous mission planning for more efficient business asset management
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3D spatial maneuverability that’s better than ground based robots

4. Application: 3D Imaging and Mapping

5. Application: Search and Rescue

6. Application: Inventory Management

7. Qua.R.K. –UAV (Unmanned Aerial Vehicle)
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Stable and agile aerial platform
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Patent-pending airframe design with improved performance and durability
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Protected rotor -safe to fly indoor or around people

8. Qua.R.K. –PODS (Plug-N-Operate Devices)
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Isolated flight airworthiness
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Enabling mission specific customization and adaption
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Rapid new application prototyping

9. Qua.R.K. –GCS (Ground Control Software)
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Streamlined and seamless user interface
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Cloud enabled data collection
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Mission planning and routing
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Automated updates and superior support

10. Who can use Qua.R.K.?
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Researchers and universities
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Mines and geologists
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Warehouse managers
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Public utility companies
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Law enforcement
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Farmers

11. contact@skyworksas.com
702.589.4772
/SkyworksAerialSystems
@SkyworksAS
Early Adopter Program Available