Jon,I saw this on the Freescale site while looking at some sensors for a project. I have their compass kit, and it is really nice. I expect that this will be just as good. Thanks for the informative description.
I had problems with the PC setup but they stemmed from PC memory chips that had gone bad. Set up on my Macintosh took a bit of time because I don't use the Mac for lab work and don't often use the command-line interface in the Mac's terminal window. The Mac required no additional USB drivers, but I did have to determine which USB device corresponded to the robot. From the terminal window I issues the command:
ls -l /dev/tty.usbmodem*
that identified the only USB "modem;" the robot. Then I could connect to the robot with this command:
The robot responded with:
Welcome to StickOS for Freescale MCF52252 v1.90g! Copyright (c) 2008-2010; all rights reserved. http://www.cpustick.com firstname.lastname@example.org (checksum 0x6eff)
Jon, thanks for reporting this. This looks like yet another way to get more people involved in designing or programming robots and the technology used in them, along with the open-source projects I've reported on: http://www.designnews.com/author.asp?section_id=1392&doc_id=240629 http://www.designnews.com/document.asp?doc_id=239419
Jon, this looks way cool! With all of the discussion on STEM this looks like it would be a great addition to any school program. I used to teach a robotics club at my son's middle school - this guy would have been perfect and the price is right! I'll be very interested in learning about your experiences with it. I am of the same BASIC era with the TI99/4A - Any programming language is worthwhile in teaching students what programming is about and this should be a great starting point to get folks excited about robotics, sensors and programming in general! Thanks for sharing!
Because the robot uses BASIC, I agree with Nancy that it would offer a good way to introduce kids to STEM topics and have them do things with a real-world device that includes motor controls and sensors. It wouldn't take much to increase the size of the metal mounting plate so people could add an ultrasonic distance sensor, limit switches, IR detector, and so on. I'll also add a pitch for Parallax, a company that sells many robot kits and plenty of add-ons. The company also has many good reference books and manuals with experiments. Look at the BoeBot, for example. www.parallax.com.
Thanks very much Jon for featuring the Freescale FSLBOT in your column. I'm really looking forward to hearing about your experience with this kit. For anyone interested, there's more information on the product page www.freescale.com/mechbot . And of course, we'd love to introduce you to FSLBOT (or the team behind the bot) at the Freescale Technology Forum in San Antonio, June 18-24.
I agee Ann. With all of the embedded products currently available and new ones on the drawing board, a familiarity with programming is important for technology literacy in our society. A robot like this one is a good way to experiment and explore key technologies such as sensors and microcontrollers used in an abundant products like smart phones, dishwashers, washers and dryers, to name a few. The $199 price makes it a good buy to explore robotics and Mechatronics technologies as well!
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