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Results 221 - 230 of 255 for Drive Systems
  • Article - 4 May 2020
    Dynamic mechanical analysis, known as DMA, is a method that tests the physical properties of both solids and polymer melts. This article discusses how this method works, the limitations and the future...
  • Article - 19 Dec 2019
    Solar energy is a practical power solution for robots and this progress can be expected to continue. In the near future, humanoid robots could be powered entirely by integrated PVs.
  • Article - 6 Feb 2025
    The rise of robotics in the workforce poses challenges and opportunities, potentially displacing jobs while also fostering new roles in technology.
  • 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...
  • Article - 10 Feb 2023
    This guide to robot joint design provides technical explanations of how to integrate motion and sensing components, and the design options available.
  • Article - 5 Apr 2017
    A team of researchers from Japan have developed a musculoskeletal robot that uses thin McKibben muscles as an actuator to build a multifilament muscle that has characteristics similar to those of...
  • Article - 22 Sep 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...
  • Article - 10 Jul 2013
    An elementary school teacher in the US has prompted global interest by recently publishing a number of fun, thought provoking and creative videos of a Robotic face constructed from 3D printed parts...
  • Article - 9 Oct 2013
    Telepresence can be used in a number of environments such as manufacturing facilities and large enterprises where a robot can help remotely located engineers and other team members to connect to the...
  • Article - 1 Nov 2012
    The aim sounds simple; however it is very complex. Design a robot that can duplicate the complexities of the way a human walks and negotiates the challenges of their environment dynamically.

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