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  1. 1
    Black Forest Labs releases Flux 3 Action robotics model●Flux 3 Action: A 7B open-weight world action model for robotsYhnTechnologyRobotics121 h ago

    Black Forest Labs has announced Flux 3 Action, a 7-billion-parameter open-weight world action model designed for robots, published on Hugging Face. The release extends the Flux family beyond image generation into robotics, giving developers an openly available model for training robot behaviour. Early reaction is concentrated among AI and robotics practitioners discussing the small parameter count and open weights.

  2. 2
    Open-source 3D printable desktop robot JBR-001 unveiled●Show HN: JBR-001 – An open-source 3D printable desktop robotYhnTechnologyRobotics12221 min ago

    A maker has released JBR-001, an open-source desktop companion robot built around the Arduino Uno Q, with full files available so anyone can 3D print and assemble their own. The project, documented on Arduino's Project Hub, is drawing attention for making a functional personal robot accessible to hobbyists with basic hardware and a 3D printer.

  3. 3
    JBR-001: open-source 3D-printable desktop robot launched●JBR-001 – An open-source 3D printable desktop robot https:// projecthub.arduino.cc/syntheti caidata/jbr-001-a-desktop-coMmastodonTechnologyRobotics14 h ago

    A new open-source project called JBR-001 offers a fully 3D-printable desktop companion robot powered by an Arduino Uno Q. The design and build instructions are published on Arduino's Project Hub, letting anyone download, print and assemble the robot themselves. Makers and hobbyists are sharing the project, praising its accessibility and the growing range of open-source robotics hardware available to home builders.

  4. 4
    OpenArm 2.0 open-source robot arm unveiled▼OpenArm 2.0 – An open-source 7-DOF robot arm with QDD joints, bilateral force feedback, in-hand camera✉newsTechnologySoftware8 h ago

    OpenArm 2.0 has been introduced as an open-source 7-degree-of-freedom robot arm built with quasi-direct drive joints, bilateral force feedback, and an in-hand camera. By publishing the design openly, the project aims to give researchers and hobbyists affordable access to dexterous manipulation hardware, with early coverage highlighting the combination of force sensing and integrated vision as notable for a DIY-friendly platform.

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