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Results 61 - 70 of 76 for Ground robotics
  • Unmanned Aerial Vehicles in the Australian Defense Industry
    Article - 19 Mar 2020
    This article looks at recent developments in the application of unmanned aerial vehicles (UAV) in the Australian defense industry.
  • The Limitations of Solar Powered Robots
    Article - 5 Sep 2019
    This article discusses solar powered robots and their limitations.
  • Automation in Agriculture
    Article - 25 May 2018
    As technology advances, previously unthought-of product innovations have quickly become multi-million dollar industries. Two key examples are the Internet of Things (IoT) and the wearable fitness...
  • Industry Embraces Autonomous Vehicles for Inspection
    Article - 18 Apr 2018
    Unmanned, autonomous & remote-operated vehicles offer compelling advantages. The devices can go places that are difficult, dangerous or impossible to access directly, eliminating the risks to human...
  • Could Quadcopters be the ‘flying cars’ of the Future?
    Article - 28 Jun 2017
    When people talk about flying cars, they typically imagine somehow putting wings on a car, effectively converting it into an airplane.
  • Medical Robotic Technology and Applications
    Article - 7 Nov 2016
    This technology could travel inside the body and decouple to deliver a medicinal payload of treatment to a specific, targeted part of the body.
  • Search and Rescue Drones (UAV)
    Article - 11 Oct 2016
    Unmanned Aerial Vehicles (UAVs), more commonly referred to as drones, are aircrafts that are able to operate without a pilot on board. Powered by a jet or reciprocating engine, UAVs are capable of...
  • Types of Locomotion from Start to Finish: Wheeled Motion
    Article - 7 Apr 2014
    Wheeled motion is the most popular locomotion mechanism in robotics suitable for a wide range of target environments. This mechanism enables the robot to move rapidly and consumes lesser energy when...
  • Autonomous Self-Assembling Robots
    Article - 7 Oct 2013
    Researchers from MIT have developed breakthrough robotic technology called M-Blocks; autonomous modular cubes that can change shape based around whichever function it wishes to perform.
  • Autonomous Self-Assembling Robots for Construction Solutions
    Article - 7 Oct 2013
    Researchers from MIT have developed a breakthrough robotic technology called M-Blocks; autonomous modular cubes that can change shape based upon the function it wishes to perform.

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