|
2023 OFFICIAL RULES
All of the rules, directions, meet information and directions for the buildables can be found in the Track Meet Rules. Note, this document is over 50 pages but includes the general rules; the guides for each of the 10 different events; and the building guides for any components needed to run an event, such as the slope climber. Note: This file may be updated during the season to clarify topics, note latest version date in the file name. |
| ||
|
2023 RTMA Release Agreement
ALL students and coaches must have an RTMA Release Agreement completed and signed in order to participate at any meet. The form is provided here only for full readability and printing. |
| ||
|
2023 MAIL-IN OR EMAIL-IN REGISTRATION FORM
We prefer online registration, but understand some teams must register offline. Also great if you include it with any mail-in payments. |
| ||
|
LASER LIGHT TRIGGER
In order to build a laser-line-level timer as described in the Track Meet Rules, you will need to build two Light/Color Sensor Trigger Assemblies. The directions for build the EV3 trigger assembly is available here. You can build an identical unit using an NXT Light Sensor, but just change the pins out as needed. |
| ||
|
SIMPLE Spike Prime Robot
Building directions. This is the official description and building directions for the LEGO Spike Prime Robot that will be used in the Speed Build Competition. Contestants can choose which version of LEGO Robot they will be building. You may not use the directions during the competition. |
| ||
|
SIMPLE NXT ROBOT
Building directions. This is the official description and building directions for the NXT Simple Robot used in the Speed Build Competition. Contestants can choose which version of LEGO Robot they will be building. You may not use the directions during the competition. |
| ||
|
SIMPLE EV3 ROBOT
Building directions. This is the official description and building directions for the EV3 Simple Robot used in the Speed Build Competition. Contestants can choose which version of LEGO Robot they will be building. You may not use the directions during the competition. |
| ||
|
TERMINOLOGY OF HUMAN GAIT
From work published at the North American Society for Gait and Human Movement 1993 and AAOP Gait Society 1994. |
| ||
Maine Robotics is done in collaboration with the University of Southern Maine