[Documentation] [TitleIndex] [WordIndex

Overview

The Merlin MiabotPRO is a small autonomous mobile robot featuring a high precision drive train, dual processor design, onboard wireless communications (Bluetooth,RF) with extensive support for additional peripherals.

The Miabot has an onboard firmware API with PID and full feature access via simple ASCII interface, making control of the robot from any programming language/development platform very easy. The robot is widely used internationally for advanced robotics research and development.

https://lh6.googleusercontent.com/pUCagu1hQvS562Z2qRcV6J8qZkPqrqpza9goACKmnPXBK0s1pR6IvUpM8JmbkqdvWfEP6GoZwHGlI0x9WxLLneA9H-HTQh1SJWutaeNZWBbMH6y5Yg

miabotPro Mobile Robot - 65mm x 65mm x 65mm

MiabotPRO Accessories

Supported accessories:

https://lh5.googleusercontent.com/tUzAfjVUXLOxSISDlouBP6Zw9tyyz_GZoquydiobxuOEXtduwphKi7cGoaAmvZbTx2RJB2auXaCXyPax5bS6OmzCR-CVwmm3q0ovB8hRPRaFtKg38A *Intelligent Camera

https://lh3.googleusercontent.com/SFSY230JB08oiD_yXJiCglUhAEhj1REipGBzkmbA7OeRBFRJBbQFOQGSS4w_ZGC9SbNjAe_k9g1jgXQU31GDr8KuGDupu7aVWDbZWQcdgfU8RFrriw *Compass

https://lh3.googleusercontent.com/feJz14hJYzEh978y8tKlJv18Hfb2aC0tUMrvcYnKGUuET0RnMMy1dRrk4EalXv4BApOb6D4KBjIDrIdwToMlg1Pd2_qExO8UzOLEEnl_I05UYMTvSQ *Omni-Directional Sonar

https://lh3.googleusercontent.com/L0xrhdoDE3SugLVb5KAx17hLfhHUFVPwYl59QDZ7pC7YXO-8WV2sisHhdrB_PMG0pta6hLE0iFf8wUSbbcvwKyfELu2aHNsv1POP3xskWljB3F2trw *Starboard

https://lh5.googleusercontent.com/IFgyHZsOdZVvXOhlsvqDwWGTZ6Cq42qp8AsQSQNaJWTHpxkAm_oonadw1S4U8tp6HIAc4yOozC9HIwXRAVNg7eVj1eOK5UGs30H5iVOSs8hWZrDjZA *Gripper

https://lh5.googleusercontent.com/eu5xFn2k1xcrn2BFGVX7Nn6LHQb3GMWlk6Dn6x-Z7R-3GhyL3t5H93ae18DxLrysBerUOrBbiPswRy89SIIFbTemwIG6S2JlMH6leu300FLyPuqphQ *Line Following Module

ROS Miabot Driver Support (V1.0-Beta)

The Miabot PRO ROS driver implements the odometry source messages “odom” and can process the geometry_msgs/Twist messages. The Miabot PRO driver can initiate a TCP/IP link with the robot wirelessly using a couple of methods. Either via a built in Bluetooth module (used when communication with a small number of robots) or via a Bluetooth server (which is used when communication with large numbers of robot e.g. over 7 upto around 50).

In either case a socket is initiated to communicate with the robot on a given host/port combination. The following instructions illustrate how to communicate using a Bluetooth dongle or built-in Bluetooth facility.

These instructions have been tested using Ubuntu Linux 10.04 and ROS CTurtle.

Internal/Dongle Bluetooth Setup

These instructions cover the use of a built in Bluetooth module or a USB Bluetooth dongle.

Turn on the robot. Open up a terminal window and type:

Note the robot Bluetooth module, which normally begins with midxxx, and then type:

This will block in terminal session with something like:

Connected /dev/rfcomm0 to 00:01:95:09:CA:82 on channel 1 Press CTRL-C for hangup

Launch another terminal window to continue. The next stage is to convert the serial rfcomm device into a TCP/IP socket. To do this we need to install the useful ser2net utility:

Then configure the settings:

#(comment out any other port definitions on 3000)

Launch the program:

This will now run as a background process.

To check everything is working we can run up a terminal program such as putty:

This is an inbuilt test function within the robot, and will demonstrate everything is working successfully. To close down the communication, find the first window with the rfcomm connection and hit ^C. To re-establish the connection just re-run the rfcomm line.

ROS Miabot Driver Installation

* Add the new directory location into the ROS package path variable (change /home/mark with your directory location):

Check the project builds correctly:

Launch the program:

Other Features

Within the miabot program terminal you can type commands between '[' and '] which correspond to any of the API supported commands and parameters. See [3] below in the resource links for more information. Eventually all these features will be supported as parameters/messages within ROS.

[1] Manufacturers website

[2] Command & parameter summary

[3] Product page


2019-04-20 12:23