Dynamixel modules and pieces
All accessories allowing you to power, command and attach Dynamixel servomotors to build mobile robots and robotics arms.
This pack of five 3P 110 mm Cables for XL Servos has been specially designed for connecting your Dynamixel servos to compatible controllers.
The DYNAMIXEL MKR shield is an extension board that plugs into the popular Arduino MKR.
This EPX430-BR101 kit is an enhanced extension for the X430, offering optimum performance and even greater accuracy.
The CM-150 Controller is used for programming robotics kits like the Robotis Dream Level 2. It will allow you to connect numerous components, for example sensors, gearmotors and LED modules.
Make sure you choose tools truly compatible with your M2 and S1 screws and for fixing the servo horns and bearings on your servo motors with this Pack of 400 M2 nuts for Dynamixel AX-series servo motors!
Choose quality cables for powering your Dynamixel XL servos tailored to your projects’ needs by opting for this pack of five 3P 160 mm Cables for XL Servos.
The Robotis Gear/Bearing Set for the MX-106 servo motor has been designed for the long-lasting replacement of your gear and bearing parts: robustness, endurance, and long life are the keywords here!
The PS-10 SMPS charger allows you to power your Dynamixel controllers and servomotors.
ALF-M101 is a mounting plate compatible with the DYNAMIXEL aluminium profiles.
If you’re a fan of the XL-series Dynamixel servos, you’ll want to check out the OpenCM9.04-C open-source controller, specially designed to support up to 4 such servos.
The 903-0205-000 gear/bearing set is the replacement kit to choose if you want to give your Dynamixel MX-64 servo motor a new lease of life.
The SMPS2Dynamixel allows you to power your Dynamixel servomotors if you don't use a controller.
The GS-12 gyro sensors allows your Dynamixel or Bioloid mobile robots to kwnow their angular speeds on two axis.
The DMS-80 distance sensor offers to your Bioloid or Dynamixel mobile robots to measure distances and therefore to detect obstacles.