Motobrain: High Tech Automotive Power Distribution Unit

It's been about a year since my last Kickstarter, a failed attempt to launch a mini USB host Arduino compatible mirocontroller platform. I am back for a double helping of humble pie. This time, my project is a Bluetooth 4 enabled automotive power distribution unit (PDU) and solid state fuse block. I go into great detail of the details of the project at my website motobrain.net and at the Kickstarter page. Suffice to say, it is a really smart, smartphone programmable, PDU with 8 outputs and 4 inputs. The inputs are used to link outputs logically with other circuits (either OEM circuits or custom switches or sensors).

It is a very flexible system. For example, you can setup your aux fog lights to turn on with the ignition BUT it will also turn them off whenever you turn on the high beams. The PDU can sense the ignition and you can program circuits to turn on the in response to the ignition and by linking the high beams to one of the inputs you can program the PDU to shut down the fog lights when that input wire goes to 12V. It may sound a little complicated, and I suppose it is, but it is not hard to do either.

The Kickstarter launch went great. We reached 10% of our goal in an hour. At 3 days into the campaign we've reached about 30% of the goal so I have to be pleased with the progress we've made. Yesterday we quite a bit of press as well and I think it will put us over the top eventually. Engadget and Hackaday both ran stories and we had mad traffic at the website.

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A Capacitive-Touch Janko Keyboard: What I Did at the 2017 Georgia Tech Moog Hackathon

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Published in the May issue of the Journal of Foot and Ankle Surgery : " A Novel Combination of Printed 3-Dimensional Anatomic Templates and Computer-assisted Surgical Simulation for Virtual Preoperative Planning in Charcot Foot Reconstruction ." This collaboration of specialties represents an undertaking by members of Freeside Atlanta , Southern Arizona Limb Salvage Alliance , and The Podiatry Institute . Charcot foot reconstruction remains on of the most challenging procedures in foot and ankle surgery. These procedures are often lengthy procedures which can be riddled with complications. With the help of Freeside Atlanta Members, institutional researchers used open source Osirix Image viewer and 3D Software such as Newtek's Lightwave or Blender to create simulated surgical reductions as well as 3D printed templates. Freeside Atlanta members assisted in providing 3D printing solutions and know-how to the project. Experimental test prints were done on a M

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