It’s Rover Time!

In this blog post I’m going to talk about a “mission” we are in the process of completing. We are building drum roll please…the Mars Rover, yep you heard me. An open source build developed by @JPL (Jet Propulsion Laboratory Open Source Rover) I came across the build one day when I received a newsletter from NASA and it had a bit of a blurb about a Mars Rover.  I went to the website and find out about it. It looked interesting and a great learning opportunity.  I thought this might be something that we could do here at school. Since I’m involved with the robotics team, it seemed this could be a good fit. So, I emailed our Mentor, Head Coach and Biggest Supporter. You name it, he’s an all-around total support and leader of the robotics team. I e-mailed him the website and information. I’m not kidding within next 24 hours he sent me an email telling me it was possible with a list of all the parts and cost. Amazing right, well he was as excited as I was to do this.

I gathered all the information needed and decided to approach our Principal. I stated my case by promoting the “mission” as a great community opportunity especially once the Rover was built.  It could really be used to bring in tons of other people and the Rover could be used for other club’s activities. While being a great teaching tool. He thought it was a good idea. And after a long talk with him he funded our project. We are planning on a ton of things to do. Once our Principal gave us the go, we started to order the parts and had a meeting. The Rover team right now consists of students from Physics club (@physics_cghsnc ), Gibbons Robotics (@robotics_cghsnc) and Space Explorers Club (@spaceexp_cghsnc). The group mainly has students from the Physics Club. Two members come to mind Peter and Mihir. Both have done an outstanding job working on this project. I can’t begin to tell you how much their leadership is appreciated.

So, this began our project two months ago. Check out the pictures from the beginning. It all started with having to inventory all the parts. The whole Rover has about 400 parts, if not more. Once that was finished we needed to manufacturer some parts. This is where our maker room came in handy.

For now, I’ll end here, because I could go on forever. The excitement around the Rover is building and hopefully we will have a fully functional Mars Rover by Thanksgiving. I’ll keep up with the posts. My next one will go over the good and bad we have faced since the beginning.

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About rippie77

Science Teacher at Cardinal Gibbons High School, Raleigh NC.

Posted on November 4, 2018, in Cardinal Gibbons High School, Mars Rover, Project, Robotics, Space Explorers, Teacher Ideas. Bookmark the permalink. Leave a comment.

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