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Thread: DARwIn-OP, mini humanoid robot platform, Robotis, Seoul, Korea

  1. #11


    Dismantling the DARwIn-OP 2.0

    Published on Jan 9, 2015

    In which we perform exploratory surgery on the DARwIn-OP 2.0.

    The biggest difference between the original DARwIn-OP and the new version is the main processing board. Among the highlights of the Darwin 2:
    - Improved CPU (dual-core 1.6GHz Intel Atom)
    - User-replaceable RAM (4GB DDR3)
    - User-replaceable SSD
    - Gigabit ethernet

    The overall verdict is that the hardware appears to be a very nice improvement over the original.

  2. #12


    This robot took a picture of itself every ten years for 900 years

    Published on Apr 7, 2015

    We like to imagine what robots will do and look like in the future, especially during National Robotics Week. Maybe they’ll take selfies before they go to work?

    Indeed, robots may someday become as commonplace as computers in our daily lives. The robot in this video is DARwIn-OP, which stands for Dynamic Anthropomorphic Robot with Intelligence–Open Platform. DARwIn visited NSF headquarters from Virginia Tech, where researchers use it to advance robotics research and education.

    You may recognize DARwIn-OP from the RoboCup, a robotics competition intended to challenge roboticists to create humanoid robots capable of playing soccer, an activity that requires complex physical and computational abilities.

    Investments in cutting-edge robotics research from the National Science Foundation have already led to robots that benefit society by aiding in industry, manufacturing, education, the home and beyond. Today’s innovations have the potential to transform our lives in unexpected ways.

    Celebrate innovation – or just your love of robots – by sharing your own #robotselfie and tag @NSF.

  3. #13


    Robot visits NSF

    Published on Apr 8, 2015

    DARwIn-OP, which stands for Dynamic Anthropomorphic Robot with Intelligence–Open Platform, recently visited the National Science Foundation to participate in a video interview while he was in town for a National Robotics Week event.

    Created at Virginia Tech with NSF funding, DARwIn-OP is an 18-inch tall humanoid robot designed to help roboticists experiment with new software and hardware approaches. The mini-robot also helps with educational and outreach activities.

    You may recognize DARwIn-OP from the RoboCup, a robotics competition intended to challenge roboticists to create humanoid robots capable of playing soccer, an activity that requires complex physical and computational abilities.

  4. #14


    Robots, soccer and the staying power of Short Circuit - Scientists & Engineers on Sofas

    Published on Apr 10, 2015

    Soccer aficionado and RoboCup champion DARwin-OP and robotics expert Alex Leonessa recently sat down with Thi Le in the NSF library to talk about robots of all kinds, and discuss how research in robotics could help do much more than just build better robots.

    DARwIn-OP, which stands for Dynamic Anthropomorphic Robot with Intelligence–Open Platform, and Leonessa, NSF program director for General & Age-Related Disabilities Engineering, both participated in local National Robotics Week events, which are designed to celebrate and spread awareness of robotics technology.

    Created at Virginia Tech with NSF funding, DARwIn-OP is an 18-inch-tall humanoid robot designed to help roboticists experiment with new software and hardware approaches. The mini-robot frequently helps with educational and outreach activities.

    You may recognize DARwIn-OP from the RoboCup, a robotics competition intended to challenge roboticists to create humanoid robots capable of playing soccer, an activity that requires complex physical and computational abilities.

  5. #15


    ROBOTIS OP2 never falls on the lawn

    Published on May 3, 2016

    This is just an example. You can be as creative as you want to prevent ROBOTIS OP2 from not falling.

  6. #16


    Soccer playing robot predicts the Euro Cup winner

    Published on Jun 8, 2016

    Who better to predict the winner of this year's Euro Cup than a robot created by UCLA's Robotics and Mechanisms Lab (RoMeLa)?

    Special thanks to Dr. Dennis Hong and his incredible team at UCLA’s Robotics & Mechanisms Lab.

  7. #17


    Complete RobotLAB overview of Darwin OP2 robot!

    Published on Jun 7, 2019

    A humanoid robot designed for Research and Higher Education! Learn more about it on the link above!

  8. #18


    Unboxing & lets play! - OP3 - $11,000 humanoid robot w/ built-in PC!

    Premiered Sep 11, 2020

    This robot is a high tech, soccer kicking, fully customizable piece of machinery! The ROBOTIS OP3 has a built-in PC that features an intel NUC with an Intel Core i3 processor, 8GB ram DDR, and 128GB SSD! It features 20 actuators, camera, microphone, speaker, IR sensor, gyroscope, axis accelerometer, and more!

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