colemanstuff.wordpress.com
skateboard | colemanstuff
https://colemanstuff.wordpress.com/skateboard
Just another WordPress.com site. Making simple, complicated. So, this is my self-balancing one-wheeled skateboard. I got inspired to create this after seeing Ben Smither’s video and documentation of his. Anyhow, if you haven’t seen it take a look at http:/ ben.jellybaby.net. I obviously modeled mine largely after Ben’s design. Rodger Cleye is also in the process of creating one at http:/ electricunicycle.com. Controller – arduino. Actually its a barebones from ModernDevice. Motor control – osmc. One ques...
xbr-online.blogspot.com
XBR ONLINE: XBR Mockup system placement test
http://xbr-online.blogspot.com/2007/03/xbr-mockup-system-placement-test.html
Research, Development and Typo's. Monday, March 26, 2007. XBR Mockup system placement test. XBR Mockup system placement test. Originally uploaded by sprocket2cog. The two servos on top are for the camera and end effector and a full chassis would have a total of 4 servo ports on the top if the user wanted them. T viper is placed down the side. Subscribe to: Post Comments (Atom). View my complete profile. This work is licensed under a Creative Commons Attribution-Noncommercial-Share Alike 3.0 License.
xbr-online.blogspot.com
XBR ONLINE: The Full Measure (XBR CHASSIS)
http://xbr-online.blogspot.com/2007/03/full-measure-xbr-chassis.html
Research, Development and Typo's. Sunday, March 18, 2007. The Full Measure (XBR CHASSIS). XBR-001 chassis dimension final count:. THROUGH HOLE DIAMETER: 5mm-6mm. INNER SECTION (hardware bay's - C1-C2). LENGTH: 155mm (including round end). BODY SECTION (RING X 1):. OUTER RING HEIGHT : 40mm. INNER RING HEIGHT: 10mm. CENTER CONDUIT RADIUS: 35mm. HEAD SECTION (DOME STYLE):. HEIGHT: 75mm (40mm adaptor plate): 115mm. WHEELS AND SIDE COVERS:. WIDTH:50mm *to be confirmed. Additional infomation and notes. XBR-001...
xbr-online.blogspot.com
XBR ONLINE: Creative Commons And The Gag
http://xbr-online.blogspot.com/2007/03/creative-commons-and-instructables.html
Research, Development and Typo's. Monday, March 12, 2007. Creative Commons And The Gag. I have taken a creative commons. Licence for it , so its free to hack and build, as long as you dont profit and you let people know where the site is and who i am etc. If you are looking for a project to fund or want to buy the idea for yourself, well email me. Theres also a link to the xbr-gag disscusion grup, new so no post yet, so had over there and start posting XBR-GAG. This work is licensed under a.
xbr-online.blogspot.com
XBR ONLINE: Stockpile For Mockup
http://xbr-online.blogspot.com/2007/03/stockpile-for-mockup.html
Research, Development and Typo's. Tuesday, March 20, 2007. This is part of the pile of boxes we are using to create the first full size mockup , we need around 150-200 cut out pieces for the robot, so its been busy cutting and drawing the last few days. Subscribe to: Post Comments (Atom). View my complete profile. This work is licensed under a Creative Commons Attribution-Noncommercial-Share Alike 3.0 License. GIMP (image edit software). FREE CAD (used for project). XBR-gag ( Discussion group).
xbr-online.blogspot.com
XBR ONLINE: ARMY SEEKS COLABERATORS
http://xbr-online.blogspot.com/2007/03/army-seeks-colaberators.html
Research, Development and Typo's. Monday, March 19, 2007. With the project stepping up a gear its about time to increase the human factor. It's about time those poor robots got some help taking over the world. So if you have anything that ou think might be of use to the project be it an idea or design aspect, or even wanting to propose an exsisting system you want to make sure will fit inside, then drop us an email. Or join the xbr-gag disscussion group. And keep up to date on all the goings on.
xbr-online.blogspot.com
XBR ONLINE: Robot Support Network
http://xbr-online.blogspot.com/2007/03/robot-support-network.html
Research, Development and Typo's. Thursday, March 15, 2007. If your looking to support the growing trend of robotics and the new world order, then you could do worse then buying one of these robot shirts. We are constalntly adding new products including mouse pads, magnets and shirts. View my complete profile. This work is licensed under a Creative Commons Attribution-Noncommercial-Share Alike 3.0 License. GIMP (image edit software). FREE CAD (used for project). XBR-gag ( Discussion group).
xbr-online.blogspot.com
XBR ONLINE: Laminating 101
http://xbr-online.blogspot.com/2007/03/laminating-101.html
Research, Development and Typo's. Thursday, March 22, 2007. Now take the stack and place between two flat mdf or ply boards, place a heavy weight like some water bottles or bricks , around 5-10 kgs is fine depending on the firmness of the dard you use, on top of the pile and leave for around 10 mins , lift off the bricks and leave the board on top overnight to keep flat. Subscribe to: Post Comments (Atom). View my complete profile. GIMP (image edit software). FREE CAD (used for project). XBR Chassis, MK1.
xbr-online.blogspot.com
XBR ONLINE: Bluprinted Split Chassis
http://xbr-online.blogspot.com/2007/03/bluprinted-split-chassis.html
Research, Development and Typo's. Monday, March 12, 2007. Well instead of talking about it and just looking at the pretty 3D views in the CAD programs, I finally pulled my finger out and commented the fifst view of the XBR chasssis for home use :). This is the simplified version designed to made from either foam and wood or plastic molding, or even aluminum casting if you have the gear. This simplifies design and build time as well as cost and tooling times for large run production. Subscribe to Open Rob...
qualcommroboticsclub.blogspot.com
Qualcomm Robotics Club: Robot Drive System
http://qualcommroboticsclub.blogspot.com/2007/12/robot-drive-system.html
Wednesday, December 12, 2007. I know everyone is busy sepecially since it is the end of year holiday time. So, I am trying this out to see how this will go. Please post your comments even if it is a one liner. Anything input is better than nothing. And yes that means you can post "This blog idea sucks! This blog is dedicated to the. Of the our robot. During our meetings, we have all agreed that the robot is going to be. I haven't done a lot of research on this. Anyone? What is the max speed we would need?
