Dynamixel MX Series
More advanced than the entry-level AX serie, the Dynamixel MX servos serie differs from the other due toadvanced features such as a full 360 degree freedom of movement in the base, ultra-high resolution of 4096 positions, user-definable PID parameters, and high speed communication (TTL or RS 485, depending of the model).Sturdier and more powerful, they are used in the DARwin-OP or Poppy Humanoid robots.
You can find a Dynamixel servomotor comparison guide on our website, to help you select the right servo for your project.
There are 21 products.
The MX-28T is the new name of the MX-28 Dynamixel servomotor that powers the robot
DARwIn-OP. The MX-28T actuator is intelligent and precise.
The MX-28AT is an improvement upon the MX-28T model. "A" stands for "Aluminium", the new aluminium body is now allowing a better heat distribution, and the MX-28AT is also equipped with a new fastening system.
This pack contains 6 Dynamixel MX-106R actuators without accessories (screws, horn or cables) that can be purchased on this web site.
The MX-64AT is a Dynamixel servomotor, with high-level control features and very precise. It is more powerful than the MX-28AT and features the same caracteristics than the MX-64T except for the aluminium case enabling a better heat dissipation.
The MX-64AR is a Dynamixel servomotor, with high-level control features and very precise. It is more powerful than the MX-28AR and features the same caracteristics than the MX-64R except for the aluminium case enabling a better heat dissipation.
This pack of 6 Dynamixel MX-28R servo motors is just the right choice for conceiving a mobile robot or any other project drawing on Dynamixel’s expertise: a servo including a gear system, a driver and a controller. The MX-28R is an efficiently designed servo with high performance actuators and communicating via an RS485 interface.
Discover the advanced features of the Dynamixel actuators in the MX series with this pack of 6 Dynamixel MX-28AR servo motors. You’ll benefit from a better resistance to overheating, a better control of position and faster communication, among other advantages!