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ICARUS: Pioneering Autonomous Quad-Rotor Unmanned Systems for Advanced Aerial Missions

The ICARUS project is dedicated to developing innovative and interoperable unmanned systems, aiming to revolutionize autonomous flight with its advanced quad-rotor technology. Led by David Gitz, the ICARUS core team combines expertise in electrical engineering, communications, and systems engineering to enhance aerial applications. Inspired by the beauty of flight and the complexities of aerial navigation, this initiative focuses on creating robust, multi-functional systems that can integrate seamlessly with existing technologies. Explore the future of unmanned aerial systems with ICARUS.

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ICARUS: Pioneering Autonomous Quad-Rotor Unmanned Systems for Advanced Aerial Missions

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  1. Marketing Overview David Gitz, EE, ICARUS Lead Engineer ICARUS AutonomousQuad-Rotor Project: Integrated Complex Advanced Robotic Unmanned System

  2. Mission “To develop innovative and interoperable unmanned systems” Sometimes, flying feels too godlike to be attained by man. Sometimes, the world from above seems too beautiful, too wonderful, too distant for human eyes to see . . . — Charles A. Lindbergh, 'The Spirit of St. Louis,' 1953.' There is an art, it says, or rather, a knack to flying. The knack lies in learning how to throw yourself at the ground and miss. [...] Clearly, it is this second part, the missing, which presents the difficulties. — Douglas Adams,‘The Hitchhiker’s Guide to the Galaxy’

  3. Core Team • Ben Wasson • Masters Student • ICARUS Business Manager • David Gitz • Electrical Engineer • ICARUS Lead Engineer • Michael Welling • PhD Candidate • ICARUS Systems Engineer • James Chaklos • Masters Student • ICARUS Test-Stand Engineer • Steve Warren • Computer Engineer • ICARUS Communications Engineer

  4. Satellite Teams • Washington University UAV Team • SIU-Carbondale ECE Lab Team • SIU-Carbondale Senior Design (pending) • Boeing ONE Group (pending)

  5. Topics: Applications The Future System Description Capabilities Competitor Analysis

  6. Applications

  7. Future of Quad-Rotor’s V-44 Bell/Boeing Pending ArduCopter DraganFlyer v6 V-22 Osprey Bell Helicopter Boeing Rotorcraft Systems 2007 FUTURE PAST ICARUS

  8. System Description

  9. InmarSat Satellite GPS Satellite Command/Control Video GPS Services Diagram Vehicle WAN Cellular Network Ground Entry Point RCU GCS

  10. Capabilities

  11. Competitor Analysis

  12. Questions? • Contact: • David Gitz: david.gitz@icarusuav.com • Ben Wasson: ben.wasson@icarusuav.com

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