GNJ-ROBOT NIALL COMMANE, JAC BRETT, GERALD O BRIEN
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PN4206 Sumo Challenge Groups 2015. PN4206 Sumo Challenge Groups 2014. PN4206 Sumo Challenge Groups -Spring Semester, 2014. SEOIGHE CAOMHAN MR, MC GRATH KEVIN MR, MC GIRR MICHAEL MR. CAMPION EOIN MR, COUGHLAN GEAROID MR, DORGAN KIERAN MR. BOLGER SHANE MR, CROGHAN MARK MR, TOBIN ALAN MR. WHELAN MICHAEL MR, GUERIN ANTHONY MR, KEATING MICHAEL MR.
On May 3, 2014. The Shifterbot preformed well its steering movement was excellent. On May 2, 2014. On May 2, 2014. Video of our robot working. On May 2, 2014. Programming our robot test video. On May 2, 2014. Begin by removing the screws holding the casings together and then gently prise the servo apart. You can now fold over the resistors and reassemble t.
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The site had the following in the homepage, "NIALL COMMANE, JAC BRETT, GERALD O BRIEN." I noticed that the web site stated " Overall, we were happy with the outcome of our robot." They also stated " We really struggled in the days coming up to the event trying to get the motors to run at a power that was suitable for the gearbox to handle the Continue reading . Video of our first fight. The idea was to have a black sheet o."ANALYZE MORE BUSINESSES
G Coughlan K Dorgan E Campion. These pictures show the assembly process of the robot and also include the ultrasonic sensor and its position on the robot. The above picture shows the circuit we have designed for the servo motor to be used in moving the flipper. We designed it in such a way to restrict its movement to a height which will be enough to lift an opponents robot.
4 out of 5 dentists recommend this WordPress. At the end, we were very happy with the final outcome. We produced exactly what we aimed to do at the start, and most went according to plan. Our Robot Flipper in action. This entry was posted in Uncategorized. The video below shows an effective flipper which in pneumatically powered. This is the desired outcome we hope to have in our spring power flipper.
M Mc Girr K Mc Grath C Seoighe. After the robot wars we as a group discussed what we might have done differently if we could do it again. Use and find wheels with more traction and grip. Split the power to have more direct power going to the motors. Use a lighter chasis to keep the bot to the assigned weight. We then decided to go with designs, trying to figure out the designs took awhile! April 24, 2014.
The 3D of my Frame. Mud Guard and Vacuum Forming. Create a free website or blog at WordPress. Create a free website or blog at WordPress.
Once all of the parts were finished it was time to assmeble the robot together. included are pictures of the parts and the subassemblies of the project. At this stage we have started wiring the components together. We have used an ultrasonic sensor to detect a moving object from a range of approx 80mm. The motors on the sid.