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While continual improvements are allowing larger UAVs to stay in the air for longer, the lifting capacity and endurance of smaller UAVs is largely constrained by the weight and size of their batteries. In a move that could greatly expand the reach and applications of small UAVs, a team of robotics researchers propose pairing a UAV with a ground vehicle that would provide a place of respite. However, such a vision requires autonomous coordinated docking between the two vehicles, which is exactly what the team has achieved... Continue Reading New control method enables drones to land autonomously on moving vehicles
Section: Robotics
Tags: Autonomous, Drone, Robots, UAV, University of Waterloo, Unmanned
Related Articles:
via http://www.gizmag.com/
While continual improvements are allowing larger UAVs to stay in the air for longer, the lifting capacity and endurance of smaller UAVs is largely constrained by the weight and size of their batteries. In a move that could greatly expand the reach and applications of small UAVs, a team of robotics researchers propose pairing a UAV with a ground vehicle that would provide a place of respite. However, such a vision requires autonomous coordinated docking between the two vehicles, which is exactly what the team has achieved... Continue Reading New control method enables drones to land autonomously on moving vehicles
Section: Robotics
Tags: Autonomous, Drone, Robots, UAV, University of Waterloo, Unmanned
Related Articles:
- Boeing demonstrates simultaneous control of multiple UAVs
- Drexel University giving UAVs a hand (and arms)
- Colorado town considers drone hunting licenses
- Boeing demonstrates swarm technology
- Autonomous aerial refueling of UAVs demonstrated
- TU Delft has developed the world’s smallest autopilot
via http://www.gizmag.com/
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