Logo Motion

Last updated
Logo Motion
LogomotionLogo.png
Year2011
Season Information
Number of teams2,075 [1]
Number of regionals50 (including MI championship)
Number of district events9
Championship location Edward Jones Dome, St Louis, Missouri [2]
FIRST Championship Awards
Chairman's Award winnerTeam 359 - "The Hawaiian Kids" [3]
Woodie Flowers Award winnerJohn Larock - Team 365
Founder's Award winner The Boeing Company
Gracious Professionalism WinnerTeam 118 - "The Robonauts"
ChampionsTeam 254 - "The Cheesy Poofs"
Team 111 - "Wildstang"
Team 973 - "The Greybots"
Links
Website http://www.usfirst.org/roboticsprograms/frc

973 2011 Robot.png
Championship Winning Team 973 “The GreyBots” placing a tube

Logo Motion is the 2011 FIRST Robotics Competition game. Playing pieces are inner tubes shaped like the components of the FIRST logo. The primary objective of the game is to place them on racks to gain points. In the endgame, robots deploy smaller robots ("minibots") to climb a tower. [4] Minibots must be made from the FIRST Tech Challenge kit of parts. The game celebrates the 20th season of the FRC and is also meant to commemorate the artist Jack Kamen, who designed the original FIRST logo. [5] [6]

Contents

Competition and Results

Kickoff

The kickoff, the first event of the 2011 FRC season, was held on January 8 at the Southern New Hampshire University and simulcast to numerous regional kickoffs throughout the United States, Canada, and Mexico. Speakers included Walt Havenstein, Jon Dudas, Dean Kamen, Neal Bascomb, Amir Abo-Shaeer, Dave Lavery and will.i.am. It was broadcast live on NASA TV starting at 1030 EST. [7]

As per previous years' competitions, Dave Lavery produced and narrated the official game animation video. New Hampshire businessman and FIRST official Blair Hundertmark assisted in the production of the video. [8]

Rules

Match periods

A match is 135 seconds long.

Alliances

As per previous years' competitions, three teams are on each alliance, red and blue. [9] Each team may have one robot on the field. That robot may be remotely controlled by a driver after the autonomous period.

Field

LogoMotion field Logomotionfield.PNG
LogoMotion field

As per previous years' competitions, the playing field is 27-feet wide by 54-feet long. [10] The floor consists of gray carpet. On each end of the field, there are scoring grids immediately in front of the alliance stations, where robots are remotely controlled by drivers. Each alliance station is protected by a wall, known as the alliance wall. On each alliance wall, there are two scoring grids. Each scoring grid has 9 pegs arranged like a square. Each row is 37 inches above the next, except on the outside columns in each grid, where the bottom peg is only 30 inches above the ground.

There are openings in the alliance wall, called feeding slots, in every corner, where an alliance member may enter playing pieces into play. However, to get from the scoring grid to your alliance's feeding slot, you must transverse the field. Thus, many teams elect to throw tubes onto the field and have their alliance's robots pick them from the ground.

Four towers with cylindrical bases are in the middle of the field. The towers are used in the endgame for alliances to earn up to 30 or more points. To assist teams in driving and programming a robot through an almost completely open field, there is colored tape on the floor to allow for sensor calibration and to create visual reference points. Furthermore, the tape delineates areas where certain robots may or may not traverse. [5]

Playing pieces

The following make up the FIRST Logo.

Scoring

Teams 3357 and 857 scoring tubes at the Traverse City district. Logomotion at Traverse City.jpg
Teams 3357 and 857 scoring tubes at the Traverse City district.

The following is a scoring chart for the Ubertube as they are hung on the end field walls, during the autonomous period.

On bottom row2 Points
On middle row4 Points
On top row6 Points

The following is a scoring chart for the game pieces as they are hung on the end field walls, during tele-operated mode (human remote controlled period). Any tube that is part of a non-Ubertube triangle-circle-square group (depicting the FIRST logo) is worth double of the listed points.

Logo PieceAloneOver Ubertube
NOT Hanging0 Points0 Points
Hanging on Bottom Row1 Point2 Points
Hanging on Middle Row2 Points4 Points
Hanging on Top Row3 Points6 Points

The following is a scoring chart for the mini-bot, a smaller FTC robot deployed during the end game period. The end game is a race between four mini bots to reach the top of tower pole on the field.

1st mini-bot to reach the top30 Points
2nd mini-bot to reach the top20 Points
3rd mini-bot to reach the top15 Points
4th mini-bot to reach the top10 Points

Based on the information above, the number of points an alliance may score is capped at 158, as game pieces may not be de-scored. [11]

Source: [5]

Robots

Robot rules are similar to other years with the exception of the minibot. A notable difference is that while a robot must start the match within 38"x28"x60", it may expand to an 84" diameter cylinder with no height constraints. [5] Minibot has to be 12"x12"x12" and it can't be used during the match before the Minbot race.

World Championships

The World Championships for Logo Motion was held at the Edward Jones Dome in St Louis, Missouri. [12]

Final Round at Einstein Field

Semifinals Finals
          
Flag of Canada (Pantone).svg Flag of the United States.svg 25 - 1503 - 217 104 72 N/P 0W
Flag of the United States.svg 254 - 111 - 973119136N/P 2W
Flag of the United States.svg 254 - 111 - 973147136N/P 2W
Flag of Canada (Pantone).svg Flag of the United States.svg 177 - 781 - 2016 79 91 N/P 0W
Flag of Canada (Pantone).svg Flag of the United States.svg 177 - 781 - 2016112130N/P 2W
Flag of the United States.svg 968 - 51 - 987 107 97 N/P 0W

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References

  1. ↑ "2011 FIRST® Championship" (PDF). FIRST. Archived from the original (PDF) on 26 November 2014. Retrieved 6 June 2011.
  2. ↑ "St. Louis to host FIRST Robotics Competition". St. Louis Business Journal. 7 October 2009. Retrieved 11 November 2010.
  3. ↑ "FIRST History". FIRST. Archived from the original on 8 December 2015. Retrieved 12 June 2011.
  4. ↑ Johnson, Amy (24 February 2011). "Students on Track for LOGO Motion Competition". NASA. Retrieved 5 December 2011.
  5. 1 2 3 4 5 6 "2011 FRC Game Manual" (PDF). FIRST. Archived from the original (PDF) on 2011-07-23.{{cite journal}}: Cite journal requires |journal= (help)
  6. ↑ "Re: Logomotion Logo". Chief Delphi forums. 9 January 2011.
  7. ↑ "2011 FIRST Robotics Competition Season Kickoff". NASA . Retrieved 9 January 2010.
  8. ↑ GameAnimation2011KO. FIRST.
  9. ↑ Sethi, Chitra (March 2011). "Next Generation Innovators Define Robotics". American Society of Mechanical Engineers. Retrieved 26 December 2011.
  10. ↑ Frank, Blair Hanley (22 March 2011). "FIRST Robotics Competition's 2011 Regional Season Is Worth a Look". PC World . Retrieved 25 December 2011.
  11. ↑ Bill Miller. "The clock is ticking". FIRST. Archived from the original on 2012-03-22.
  12. ↑ "The Blue Alliance"
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