Well now that Delaware has come and gone we need to have one more team meeting to talk about the season.
I also need some help organizing the robotic components, taking the field down and cleaning up the basement (we made a considerable mess down there)
Lets shoot for Thursday 2/4 at 6:00pm
This is the blog for Team 3113 and we are competing in the First Tech Challenge Robotics Competition. Our team is made up of Boy Scouts from Troop 793
Tuesday, February 2, 2010
Friday, January 22, 2010
New Practice Sessions
We will have build sessions on Sunday (1/24) from 2:00 - 6:00 and Monday (1/25) from 10:00am until 4:00
There will also be some test driving session on
Tuesday (1/26), Thursday (1/28) and Friday (1/29) from 6-8pm
There will also be some test driving session on
Tuesday (1/26), Thursday (1/28) and Friday (1/29) from 6-8pm
Thursday, January 14, 2010
Upcoming Practice Sessions
Here are this weeks practice sessions
Sunday 1/17/10 from 4:00 - 8:00pm
Monday 1/18/10 from 2:00 - 6:00pm
Thursday 1/21/10 from 6:00 - 8:00pm
Sunday 1/17/10 from 4:00 - 8:00pm
Monday 1/18/10 from 2:00 - 6:00pm
Thursday 1/21/10 from 6:00 - 8:00pm
Sunday, December 27, 2009
Sunday, December 13, 2009
Schedule
Goals
- New drive system/new robot body DEC-20th
- Loading design / side arms DEC-27th
- Shooter JAN-5th
- Finish Robot/ finish programing JAN-17th
- Sidearms: Conner
- Shooter: Brad, Sean
- Drive: Colin, Matt
- Loading: Scott, Jordy
- Programing: Sean Scott
Thursday, December 10, 2009
12/10/09 Meeting Notes
Today it was only Brad and I who showed up. We discussed how to redesign the robot by using a combination of different ideas we got from other robots at the competition. We decided to have 3 different ideas to test, 4-h's spinning arm, tech-bricks pullback gun, and the ping pong ball shooter. Brad and I started work on the spinging arm and fond out some import measurements. The best length of the Lexan is 6.25 inches to have the most amount of distance per through.
Tuesday, November 24, 2009
11/24/09 Meeting notes
We have completely redesigned the robot to shoot the balls by using a baseball like arm swinging vertical. We also finished a prototype of the ball feeding mechanism. This is a V live pace of cardboard to direct the balls to a central point (right under the the arm). We ran some test on the shooting and it was a success, the balls shot out like a gun.
Sunday, November 15, 2009
Crunch Time
OK Guys we learned about both the competition and our robot at this weekend's scrimmage. Like last year, we'll need to modify our design a lot and we have three weeks until the MD competition on 12/5. While there is a lot to get done, I'm very confident we can and will be successful. We are going to need to expand the working sessions and will be having build sessions on each of the following days:
I don't expect everyone can make all the practices - please make the ones you can and remember school does come first. I am hoping to take advantage of the time from half days in the Howard County School system during the thanksgiving break. I'm also happy to schedule other session if requested
Mon 11/16, 4 -6 pm
Thur 11/19, 4 - 6 pm
Sun 11/22, 6 - 8pm
Mon 11/23, 2 -4 pm
Tues 11/24, 2 -4 pm
Wed 11/25, 2-4 pm
Fri 11/27, noon - 2pm
Sun 11/29 6 - 8pm
Tues 12/ 1, 4 -6pm
Thur 12/3, 6-8pm
Fri 12/4, 6-8pm
Sat 12/5, The MD State Championship!
Thanks
I don't expect everyone can make all the practices - please make the ones you can and remember school does come first. I am hoping to take advantage of the time from half days in the Howard County School system during the thanksgiving break. I'm also happy to schedule other session if requested
Mon 11/16, 4 -6 pm
Thur 11/19, 4 - 6 pm
Sun 11/22, 6 - 8pm
Mon 11/23, 2 -4 pm
Tues 11/24, 2 -4 pm
Wed 11/25, 2-4 pm
Fri 11/27, noon - 2pm
Sun 11/29 6 - 8pm
Tues 12/ 1, 4 -6pm
Thur 12/3, 6-8pm
Fri 12/4, 6-8pm
Sat 12/5, The MD State Championship!
Thanks
Friday, November 13, 2009
11/13/09 Meeting notes
Tonight we discovered a new way on getting the balls into the goal by using a metal pole attached to a motor. This would spin 360 degrees and as the balls role in it would catapult them. We also worked on programing. We broke the telop program in to 4 parts (movement, arm, bucket tilt, and Lego arms on the side). Using that we could test part of the program without working about a glitch in another part. Once all the separate parts work we combine them in to the one telop program. Currently we have a working drive and arm programs.
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