Trossen Robotics - PhantomX Hexapod MK-IVS

As low as £2,734.70 £2,278.92

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SKU
TR-KITMKIVXC
Trossen Robotics
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Trossen Robotics - PhantomX Hexapod MK-IV
Trossen Robotics - PhantomX Hexapod MK-IVS

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£2,734.70 £2,278.92

Summary

    Some of the specifications for the MK-IVS will be released in the coming days / weeks.


    The PhantomX MK-IVS Hexapod is a six legged, ROS research platform featuring the Raspberry PI 4b and the DYNAMIXEL XL Series Smart Servos from Robotis. The MK-IV comes pre-assembled and tested and is fully supported in Ubuntu 20.04c / ROS Noetic (Ubuntu 18.04c and Melodic are also supported). The platform offers wifi, tethered connection and wireless via Bluetooth / Playstation 4 Control options. The MK-IV Hexapod has a payload capacity of roughly 1lb, walking speed of roughly 190mm/s (default gait) and an estimated run time on battery of 45 minutes.

    The PhantomX MK-IVS is built with 18x DYNAMIXEL XC430-W150-T Smart Servos from Robotis. The DYNAMIXEL XC430-W150-T is a High Performance version of the XL430 (Entry-level DYNAMIXEL), offering more torque and metal gears (instead of plastic). The DYNAMIXEL XC430-W150-T has (at 11.1v) 1.6N.m stall torque, 1.4(A) stall current and a no load speed of 106 RPM. For more information on the motors click here.

    The Hexapod comes in both shelled and unshelled variations (the unshelled version does not contain the neopixel eyes feature to inform users of current state of the hexapod).



    ROS Packages and Support

    Supported on Ubuntu 20.04 with ROS Noetic and Ubuntu 18.04C with ROS Melodic. Packages include full meshes and URDFs (including accurate inertial models), driver node that controls the physical robot and publishes joint states as well as gazebo and moveit support. Examples are also included to show users how the core packages work.

    RASPBERRY PI 4B

    The Raspberry PI 4 Model B features a high-performance 64-bit quad-core processor, dual-display support at resolutions up to 4k via a pair of micro-HDMI ports, hardware video decode at up to 4kp60, dual-band 2.4/5.0 GHz wireless LAN, Bluetooth 5.0, Gigabit Ethernet, USB 3.0 and PoE capability (via a separate PoE HAT add-on). The RPI4 comes with 4 GB of Ram and 32 GB Micro SD.


    Product Features:

  • 3 Supported Walking Gaits
  • Gazebo Simulation
  • Python API
  • Raspberry Pi 4B w/ 4g Ram
  • PlayStation 4 Remote Control
  • IRROS code structure
  • Includes:

  • 1x Hexapod MK-IVS Assembled
  • 11.1v 4500 LiPo Battery
  • 1x DYNAMIXEL U2D2
  • 1x 12v5a Power Supply
  • 1x USB2 Micro Cable
  • Battery Charger
  • Drivers / Extra Hardware
  • PhantomX Hexapod MK-IVS
    Payload Capacity500g
    Speed (MMs per second)190mm/s
    Est. Run Time (Battery)45mins
    Weight (shelled / unshelled)TBD/TBD
    Height19cm
    Width
    61.5cm
    Length54.4cm

    Built with Industry Leading Smart Servos

    The DYNAMIXEL X-Series smart servos offer features that would normally only be found on industrial level motors for a fraction of the price.

    Addressable - All servos have unique IDs allowing users to easily communicate with individual servos or groups of servos. The Shadow ID feature also allows for easy control of a second servo in dual servo joints.

    Daisy Chain - DYNAMIXEL servos are connected in a daisy chain (each servo plugged into the next in series) making them extremely scalable and easy to maintain.

    Servo Management Software - DYNAMIXEL Wizard 2.0 allows users to configure register settings such as PID gains, Control Modes (position, velocity, current, or PWM) and others. The software also provides tools for firmware updates, diagnostics, configuration and testing, data plotting, generating & monitoring DYNAMIXEL packets, and more.

    Trajectory Smoothing - Smart servos have multiple registers for setting velocity & acceleration limits, PID gains, and more for fine tuning smooth joint motions.

    Low Level Libraries Provided - DYNAMIXEL servos have libraries that abstract away the serial communication layer allowing developers to concentrate their time on higher level code.


    To make the lower-level actuator ROS wrappers able to be easily integrated into our higher-level code, we have developed an intuitive approach called the Interbotix Research Robotics Open Standard (IRROS). Every repository that builds on top of this contains a chart similar to the above generic one - but filled in with the specifics for each robot. There are five main layers: Hardware Layer - Describes the Physical Setup of the Robot, Driver Layer - The first software layer containing ROS wrappers for actuators & sensors, Control Layer - Software layer containing ROS packages per robot type, Application Support Layer - Provides Python modules or 'support-level' ROS packages and the Reseach Layer - The final software layer at which an end user programs their own code. For more information on IRROS click here.



    Documentation

  • XC430-W150-T Manual
  • Technical Drawing (Shelled)
  • Technical Drawing (Unshelled)
  • ROS Overview
  • Hardware Tips

  • Downloads

  • Step File
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