We'll be shut down for the Holiday long weekend this Friday July 1st. It's Canada-Day up here, but we will be open again July 4th. Happy Holiday, y'all!
Sorry for the delay in announcements, folks! Been quite busy getting these latest devices ready for sale.
The latest addition to the Solarbotics family of products is the Bicore Experimenter's PCB (aka:) BEP. This is a collection of useful, proven circuits that have been used by Solarbotics, and many other users of Mark Tilden's Bicore technology. We've gone through great pains to make sure these boards are proven error-free (3 revisions were tested, so please don't find any problems now!), so you should be able to take a module, put in the components, power it up, and it should work as required by your design.
Demand for these modules has been quite high, so we've released them with a practically complete set of documentation (the MSE1 module still needs some value tables generated), and application notes are still being generated. The information included is sure to get you well on your way to building your own BEAM devices.
In addition to making these very useful raw PCB modules available, we're also introducing them with an optional Bicore Experimenter's PCB Bundle which contains practically all you need to make these modules functional. It's a BIG savings over ordering the resistors, capacitors, chips, etc individually. And if that's not complete enough for you, we've also listed (not included) more parts to round out your collection for actually building robots with the bundle.
We'll be shut down for the Holiday long weekend this Friday July 1st. It's Canada-Day up here, but we will be open again July 4th. Happy Holiday, y'all!
Last summer during a Solarbotics Robotics for Educators session, one of the teachers noted something about many of the mainstream robotics and electronics learning platforms commonly used in classrooms. He said that those platforms suffered from the Black Box Effect. This effect was where the “black boxes,” the controllers, were plugged into the computer and […]
This circuit is used to create a simple "edgebot" sumo robot. Being an edgebot refers that it will repeat the same backup/turn/go forward action when it's single edge sensor detects the edge of the ring. This version of the circuit is quite simple, and always turns the same way.
The night before WCRG, and all through the office, not a creature was stirring...except two dozen mini-sumo robots - AAAHH! Thanks to Alberta Printed Circuits, we were able to sponsor a mini-sumo workshop to build 24 robots to compete in the next day's Western Canadian Robot Games.
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Warning: This product contains chemicals known to the State of California to cause cancer and birth defects or other reproductive harm.
Please visit www.P65Warnings.ca.gov for more information. This item was manufactured prior to August 31, 2018.