1. Home
  2. Motors for robots
  3. Dynamixel servo motors - basic prototyping and advanced applications
  4. Dynamixel modules and pieces
  5. Dynamixel controllers
  6. OpenCR1.0 controller
OpenCR1.0 controller
OpenCR1.0 controller
OpenCR1.0 controller

OpenCR1.0 controller

OpenCR1.0 controller
Robotis | A-000000-02982
1 review
443.04 €
20 perc. French VAT inc.

This open-source controller would be the ideal choice for your TurtleBot3 robot; it is an ROS controller equipped with an ARM Cortex-M7 processor capable of accommodating your Dynamixel servos and many other modules!

Quantity
7 Available

Get it in 24/48h! (see T&C)

Ask for a quote

Size Chart
x
Size Chart
Payment methods (see T&C)
Debit card
PayPal
Payment by invoice
Wire transfer

OpenCR1.0 controller: a robot controller and MCU on a single board

The OpenCR1.0 board can be used both as an open-source robot controller (for TurtleBot3 for example) and as a microcontroller with its 32-bit processor with FPU clocked at 216 MHz. This means you have access to all the programming codes, diagrams, software and hardware designed for the TurtleBot 3 education platform.

This open-source robot controller and microcontroller supports not only RS-485 and TTL communication (for Dynamixel R and T servos), but also the UART and CAN protocols. It includes a USB circuit and an 18-pin GPIO connector for working on your project.

A complete navigation platform

In addition to allowing you to connect numerous peripheral modules to your ROS board, the OpenCR1.0 includes a 9-axis inertial measurement unit (3-axis gyroscope, accelerometer and magnetometer) to better control the position, rotation, altitude and speed of your mobile robot. 2 user buttons and 4 LEDs complete this already very attractive picture, along with a red/green LED output to indicate the status of the USB communication.

Technical specifications of the OpenCR1.0 board

  • STM32F746ZGT6 microcontroller/32-bit ARM Cortex®-M7 with FPU (216 MHz, 462 DMIPS)
  • Sensors: 3-axis gyroscope, 3-axis accelerometer, 3-axis magnetometer (MPU9250)
  • Programmer: ARM Cortex 10-pin JTAG/SWD connector; USB DFU; serial
  • Extension pins: 32 pins (L14, R18) with Arduino connectivity; 4 sensor module pins; additional 18-pin connector
  • Communication circuits: USB (micro-B USB connector/USB 2.0/Host/Peripheral/OTG); TTL (B3B-EH-A/Dynamixel); RS485 (B4B-EH-A/Dynamixel); UART x 2 (20010WS-04); CAN (20010WS-04)
  • LEDs and buttons: LD2 (red/green), USB communication; 1 red LED (LD3), 1 green LED (LD4), 1 blue LED (LD5); 2 user buttons
  • External input source:
    • 5V (USB VBUS), 7-24V (battery or SMPS)
  • Default battery: LiPo 11.1V 1800 mAh 19.98 Wh
  • Default SMPS: 12V 5A
  • External output source:
  • 12V @ 1A (SMW250-02), 5V @ 4A (5267-02A), 3.3V @ 800 mA (20010WS-02)
  • External battery port for Molex 53047-0210 RTC
  • LED power: LD1 (red, 3.3V)
  • 1 reset button
  • 1 on/off switch
  • Dimensions: 105 x 75 mm
  • Weight: 60 g
Includes:
  • 1 OpenCR1.0 controller
  • 1 micro-B USB cable

Resources for the OpenCR1.0 controller

Need more information about your OpenCR1.0 controller? Don’t move, it’s all here!

View the trust certificate
  • For further information on the nature of the review controls, as well as the possibility of contacting the author of the review please consult our CGU.
  • No inducements have been provided for these reviews
  • Reviews are published and kept for a period of five years
  • Reviews can not be modified: If a customer wishes to modify their review then they can do so by contacting Verified Reviews directly to remove the existing review and publish an amended one
  • The reasons for deletion of reviews are available here.

5 /5

Based on 1 customer reviews

  • 1
    0
  • 2
    0
  • 3
    0
  • 4
    0
  • 5
    1
Sort reviews by :

Anonymous A. published the 06/01/2020 following an order made on 26/12/2019

5/5

Exelent and in accordance with the order.

Did you find this helpful? Yes 0 No 0

×
Accessories
Customers who viewed this item also viewed