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Thread: Cormorant, compact, unmanned, single-engine, VTOL rotorcraft, Tactical Robotics Ltd., Yavne, Israel

  1. #1

    Cormorant, compact, unmanned, single-engine, VTOL rotorcraft, Tactical Robotics Ltd., Yavne, Israel


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    Tactical Robotics AirMule First Untethered Flight 30.12.15

    Published on Jan 4, 2016

    Tactical Robotics AirMule: First Untethered Flight
    Fully Autonomous
    30 December 2015
    Megiddo Airfield, Israel
    "AirMule: Autonomous Cargo Delivery, Beyond Line of Sight"
    To comply unveiled the 'Cormorant', an export variant of AirMule that will carry a 440 Kg useful load to a distance of 300 Kilometers, thus complying with with MTCR limitations.

    by Tamir Eshel
    January 4, 2016

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    Cormorant untethered flight 2016

    Published on Sep 12, 2016

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    Tactical Robotics Cormorant 2016

    Published on Sep 12, 2016

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    Cormorant UAV сompletes first fully autonomous pattern flight over terrain

    Published on Nov 12, 2016

    Urban Aeronautics is pleased to announce that on November 3, 2016 its Cormorant Unmanned Air vehicle (UAV) prototype has performed its first autonomous pattern flight including low flight over uneven terrain.

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    Cormorant UAV Flight Test, March 2017 (including autonomous landing on a marker)

    Published on Apr 13, 2017

    Our flight test program continues to refine the flight control and handling qualities of the aircraft while gradually increasing its speed. Here you will see improved stability during the takeoff and throughout the flight. You can also see that during landing the aircraft is autonomously identifying a marker on the tarmac and accurately landing alongside of it. Currently the marker is a painted plate which will soon be replaced by a small flare.

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    Cormorant IDF Mission Demo May 2018

    Published on May 24, 2018

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    Agricultural variant of the Cormorant multi-role UAV performs initial aerial application demo

    Published on Mar 24, 2019

    ADAMA and Tactical Robotics have begun a feasibility study to evaluate the potential for aerial spraying using the Ag-Cormorant. The video demonstrates an innovative vision for the future of aerial spraying application in the agricultural industry. In this first test, the aircraft is flying out of ground effect (OGE) for initial calibration of the system.

    In addition to the agricultural application, Cormorant is designed to perform a variety of missions, particularly in emergency response situations where the extended aerial access resulting from the aircraft’s lack of an exposed rotor and minimal footprint is essential. These missions included disaster response, terrorism, fire fighting and relief distribution. Within a 24 hour period, one Cormorant is capable of delivering sufficient supplies to support 3000 people in need of relief (20 kilograms per person).

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