Team 237 will host a demo at Barnes and Noble in Waterbury, CT on Saturday Aug 18th from 10am to 2pm to celebrate their inclusion in FIRST Robots: Behind the Design
Provides functions to calculate the sine and cosine of angles, and the magnitude and direction (arctangent) of Cartesian coordinates, using integer math and minimal memory space.
Each match will be 2:45 minutes long. First 15 seconds of the match will be autonomous where each robot will be moving on its own. The next two minutes and thirty seconds of the match will be operator control where humans will control the robot. This period is divided into a two minute Operator Mode and a thirty second End Game. The object of the game is to score as many tennis balls in your alliance high goal and the human goal as possible. There will be 28 total tennis balls on the field and each robot will be allowed to start with 1 ball at the beginning of the game.
It's a vex game me and Greg Perkins designed for a robotics camp. It is a mix from FRC2003 and FRC2006. It includes, 4 shooting squares, ramps, platforms, golf whiffle balls and high goals.
This is the registration form for the USF Robotics Invitational off-season event being held in Tampa, FL on Sept 28th - 29th. It gives details for registering as well as costs and other information.
Proposed 3-tier interrupt framework that supports low-latency but allows general user written code to be associated and executed with asynchronous events/interrupts.
Plug and chug tool for evaluating the relative merits of axle shafts. Includes accomodation for cantilevered and simply supported round shafts (solid or hollow) of various materials.