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FIRSTTM AERIAL ASSISTSM 2014 Robotics Game Unveiled
FOR IMMEDIATE RELEASE CONTACT: Rebecca Berggren FIRST California [email protected] / 619.838.4860 FIRSTTM AERIAL ASSISTSM 2014 Robotics Game Unveiled AERIAL ASSISTSM Game Revealed to Nearly 70,000 HighSchool Students Worldwide at the 2014 FIRST Robotics Competition Season Kickoff SAN DIEGO, CA, January 4, 2013 Inventor and FIRST Founder Dean Kamen launched the 2014 FIRST Robotics Competition (FRC) season today with the Kickoff of a new robotics game called AERIAL ASSISTSM to nearly 70,000 highschool students on more than 2,700 teams in 92 cities around the globe via live NASATV broadcast and webcast. Nearly 400 San Diego high school students on FRC teams convened at the San Diego Kickoff Event at Kearny High School were they shown the AERIAL ASSIST playing field and received a Kit of Parts made up of motors, batteries, a control system, a PC, and a mix of automation components – and only limited instructions. Working with adult Mentors, students will have only six weeks to design, build, program, and test their robots to meet the season’s engineering challenge. The Stop Build deadline is on February 18th at midnight. Once these young inventors build a robot, their teams will participate in one or more of the 98 Regional and District competitions that measure the effectiveness of each robot, the power of collaboration, and the determination of students. San Diego teams will compete in the 2014 game, AERIAL ASSIST, at the 8th Annual San Diego FIRST Robotics Competition held at the Valley View Casino Center (formerly Sports Arena) on March 68, 2014. -
First Robotics Ultimate Ascent Manual
First Robotics Ultimate Ascent Manual FRC Recycle Rush Pic a recycling-themed game designed for the 2015 FIRST Robotics Competition (FRC). Game Description Taken from the FRC Manual. Robots in past seasons. Home, ROBOTS. The Highlanders - Robots. 2013 Ultimate Ascent. 2013 Season Recap. 2014 Ariel Assist. 2014 Season Recap. AERIAL ASSIST. NOTE: We grant permission to FIRST teams, Mentors, Volunteers, and Sponsors to use the game name and logo in their marketing activities. After Dallas Regional and the continued work on the robot, Texas Torque was eager to compete at its second official FIRST Robotics Competition event —. here is the game manual for further questions: 2015 Game Manual We went FRC Game Unveiled: Ultimate Ascent FRC Game Unveiled: Aerial Assist Day 4:. Today was the 2015 FIRST Robotics Kick-off. The team members poured over the game manual to ensure a solid understanding of the rules. contests like 2012's Rebound Rumble, 2013's Ultimate Ascent, and 2014's Aerial Assault. First Robotics Ultimate Ascent Manual Read/Download FRC 2013: Ultimate Ascent. Shoot frisbees and climb towers (or just hang). Here's a great compilation of our best season shots: youtu.be/gp8y4oV54Fo. 2013 Robot: Gimli. thus3 The following is a brief summary of the 2013 FRC game, Ultimate Ascent. A complete game manual can be found at usfirst.org. FRC 2014 Ariel Ascent - Quasar. Intro ducing Quasar our AERIAL ASSIST robot for 2014. This robot Introducing the Immortal our ULTIMATE ASCENT robot. 2015 Manual code: R3C3CL3RU$H2015 FRC). submitted 4 months ago by dieDoktor4118 Drive Team / Programming Team It'd be like ultimate ascent! Ultimate Ascent is played by two three-robot alliances. -
FMS Whitepaper
FMS Whitepaper FMS Whitepaper Overview The Field Management System (FMS) is the electronics core of a FIRST Robotics Competition (FRC) playing field. It encompasses all the controls for the field electronics, team robots, and is used to manage the event by creating match schedules, managing all field hardware during a match (timers, team lights, estops, etc.), scoring the matches in real-time, posting information to the Audience screen, and uploading results data to the Internet. FMS is based on Ethernet architecture. Components such as the Driver Station, or the touchscreens used by the referees, integrate with FMS through direct wired Ethernet interfaces. Devices like the ball counters used in Breakaway and Rebound Rumble, or the Estops and Stack Lights mounted in each Player Station, interface through Ethernet-based Input/Output (I/O) modules that are donated to FIRST by Rockwell Automation. The lights used to illuminate the tower bases in Logo Motion, the bridges in Rebound Rumble, and the high goals in Aerial Assist are controlled via Ethernet-enabled power supplies donated to FIRST by Philips Color Kinetics. The weight sensors used in Ultimate Accent were read by a National Instruments cRIO-FRC II and interfaced over the Ethernet network to a Rockwell Automation PLC module, to give some examples. This white paper focuses on the electronics infrastructure needed to control the robots on the playing field. Specific details on the FMS software used during each season can be found in the Field Management System User Guide, publicly available on this site. Frequently Asked Questions about the Field Management System and recommended best practices when operating on the competition field appear at the end of this document. -
Download Sponsorship
Intimitrons Sponsorship Information Package 2018-2019 Inside About FIRST P.2 Robots aren’t cheap! P.3 Sponsorship opportunities P.4 Training tomorrow’s (female) tech leaders NOT JUST FOR BOYS Think girls aren’t interested in The Intimitrons from Area 51 is an all-female robotics team from STEM topics? Think again! Many Calgary, Alberta. Our primary objective is to encourage young girls are intimidated by male- women in junior high and high school to pursue Science, Technol- dominated vocations though, so we provide a fun, girl-powered ogy, Engineering, and Mathematics (STEM) vocations. Our team community to help girls build was founded in October 2012, and we entered the FIRST Robotics their confidence before tackling the world. Competition (FRC) in March 2013 as a rookie team. NOT JUST ROBOTS Each team member has slightly different motives for joining the Team members learn a wide team—however, we all have a unified goal of designing and variety of skills, from mechani- cal design to fabrication, from building a working robot, while striving to expand our knowledge programming and electrical lay- in a fun environment. out to marketing, fundraising, and outreach. What are FIRST and FRC? For Inspiration and Recognition ofS cience and Technology FIRST was founded in 1989 by inventor Dean Kamen to inspire young people to discover the excitement and rewards of science and technology. FIRST Robotics Competition (FRC) is called “the Varsity Sport for the Mind™”, combining the excitement of sports with the rigors of STEM. Under strict rules and limited resources, teams of 25-100+ students are challenged to raise funds, design a team brand, hone teamwork skills, and build and program robots to perform pre- scribed tasks against a field of competitors. -
Team Neutrino Co-Captain Management System
Team Neutrino FIRST Robotics Team #3928 Co-Captain Management System By Dagney Paskach Co-Captain Oct. 2014-present Ames, Iowa www.teamneutrino.org Story County 4H Team Neutrino FIRST Robotics Team #3928 Table of Contents Overview ...................................................................................................... 5 Past Leadership ........................................................................................... 5 Contact information ..................................................................................... 5 Co-Captain Notes ........................................................................................... 6 Position Description ..................................................................................... 6 Weekly Emails ............................................................................................ 6 Team Hard Drive ......................................................................................... 6 Team Google Drive .................................................................................... 10 Co-Captain’s Binder ................................................................................... 10 Scouting ..................................................................................................... 12 Prescouting .............................................................................................. 12 Creating the Scouting Card ......................................................................... 13 Pit Scouting ............................................................................................. -
The Beak Squad? 3
the Beak Squad Student Handbook: 2019 – 2020 Season Table of Contents Who is the Beak Squad? 3 Our Mission: 3 Our Values: 4 Our History: 5 What is FIRST? 9 About FIRST: 9 FIRST’s Mission: 9 FIRST Robotics Levels: 9 How Does the Beak Squad Help Me? 10 How Can I Help the Beak Squad? 10 The Sub Teams 11 Business and Branding: 11 Electrical and Controls: 11 Mechanical Design: 12 Strategy and Scouting: 13 Mentor Leadership 14 Student Leadership 15 Team Expectations 17 Attendance: 17 Communication: 18 Academic Standing: 19 Behavior and Expectations at Regular Meetings: 19 Behavior and Expectations at Competitions: 19 Outreach Requirements: 19 How Do I Join the Beak Squad? 20 Student Contract 20 Key Terms and Definitions: 22 Appendix: 24 Business and Branding Team Roles and Responsibilities 24 2 Who is the Beak Squad? Our Team: Welcome to the Beak Squad, Cincinnati Hills Christian Academy’s competition robotics team--part of the FIRST Robotics Competition. We are students, teachers, mentors, and parents who collaborate to engineer and design complex robots which compete in exciting, field-based challenges. Since our founding in 2011, the Beak Squad has cultivated a passion for STEM and business pursuits in our members and aims to spread that passion to our community through the support of our FLL and FTC teams and various outreach events. We strive for excellence in everything that we do, encouraging all team members to engage their personal interests to continuously grow not only their own abilities, but the abilities of the team as a whole. -
Chairman's Booklet 2020
St. Davids Robotics Team 3683 - Team DAVE Chairmans Booklet 2020 @team3683 FRC Team 3683 - Team DAVE @team3683 About Team DAVE History FRCspacing Team 3683-Team DAVE is a FIRSTspacing Robotics Competition (FRC) teamspacing based out of St. David Catholicspacing Secondary School (CSS) in Waterloo,spacing Ontario. Team DAVE was formedspacing in 2010 by St. David’s staff, communityspacing members, and students from the University of Waterloo. Thespacing team has grown exponentially inspacing its ten years of operations, becoming a leading force for FIRST and FRC in thespacing Waterloo Region. Ever since our rookie year we have been a strong competitorspacing on the field. One of our most notable achievements was the first timespacing we qualified for Championships at the 2014 Waterloo regional. We are knownspacing as an innovative and creative team when it comes to robot design and game strategy. Wespacing pride ourselves on our continual outreach efforts. We are always looking for newspacing and inventive ways to reach out to our community, spreading our passion forsp science, technology, engineering, arts, and mathematics (STEAM) whenever wespacing can. Team Dave is always working towards our goal of being an influential presence in both our local community and FIRST. 2 Awards 2019 DEEP SPACE sponsored by the Boeing Company Quality Award sponsored by Motorola Solutions Foundation - Humber District pranit Industrial Desgin Award sponsored by General Motors - Waterloo District pranit Excellence in Engineering Award sponsored by Delphi - FIRST Ontario Provincial Championship pranit 2018 POWER UP Gracious Professionalism Award sponsored by Johnson & Johnson – McMaster District pranit Gracious Professionalism Award sponsored by Johnson & Johnson – Waterloo District pranit 2017spacing Steamworks spaci Creativity Award sponsored by Xerox – World Championships St. -
RUSH Review 16 Monday, February 22, 2016 I R T a Special Showcase Edition F
S A Special Showcase Edition The RUSH Review 16 Monday, February 22, 2016 IR T F r s o i c RUSH Review b o t RUSH QUEST: To create self-confi dent leaders who inspire and excite the global community to value and celebrate STEM. Monday, February 22, 2016 w w w.te am r ush27.ne t Vol. 20, No. 6 20 Years of Inspiration Inspiration… 20 years ago, I had a crazy idea for an outcome of a class. Dennis Hughes wanted nothing to do with it. Here we are, 20 years later, I don’t teach the class anymore and we are the backbone of what these kids learn in robotics. We have gone through so much, being By: Linda Zabik tested beyond any emotional test most will never experience. Over By: Kyle Hughes Continued on page 3 YOUR team is our inspiration! Several years ago we had the Mentors Speak Out: What Inspired Them to Come Back to RUSH opportunity to learn about the FIRST “I started on the team before there was a team. The year was 1996. We program, by sponsoring RUSH. participated in a one day competition at Pontiac Central called the Chief Through our sponsorship, we learned Delphi Invitational (CDI). You had 1 day to build a small robot out of RC about the goals of FIRST and dump truck parts to play a game. After this, Mrs. Hughes said that we became even more committed. We were forming a robotics team that would play a game like CDI, but on a have added 15 new teams and are larger scale. -
Spanking the Children a Brief History of Penalties in the FRC.Pdf
“Spanking the Children” A Brief History of Penalties in the FRC: Jim Zondag, FRC Team #33 – Killer Bees For all you newcomers to FIRST, I thought it would be good to shed a little light on the subject of FRC game penalties with a history lesson. Hopefully this will bring some clarity for this volatile topic and highlight what a mess this entire subject has become. Our team has been participating in the FRC for 19 years and has lived through the good, the bad, and the ugly of the evolution of FRC games. We participated for our first 8 years in FRC without ever getting a penalty. (Gasp!, What?, How can this be?). This is because in the early years of FRC, there were no penalties. Prior to 2004, there were no point penalties in FRC games. Teams could be disqualified for certain egregious actions, like flipping, pinning, or entanglement. These DQs were quite rare and typically we would only see one or two DQs per tournament. Refs were reluctant to call these fouls due to their severity, so it took a blatant infraction to be DQ’d. This lack of penalty rules was not always a good thing. Way back at the beginning, robots were slow and underpowered. Over time, the battery got bigger, the motors got better, and the robots got faster. The collisions got harder and the damage got worse. There were no bumpers yet. The Power/Weight ratio of some FRC robots today is now about 5 times what it was 15 years ago. The venerable CIM motor was added to the KOP in 2002 (Who remembers when 2 CIMs was a strong drivetrain ). -
2015 FIRST® Robotics Competition (FRC®)
2015 FIRST ® Robotics Competition (FRC®) Administrative Manual 200 Bedford Street Manchester, NH 03101, USA http://www.usfirst.org/frc FIRST ®, the FIRST ® logo, FIRST ® Robotics Competition, Coopertition®, and Gracious Professionalism®, and Sport for the Mind™ are trademarks of the United States Foundation for Inspiration and Recognition of Science and Technology (FIRST ®). © 2014-2015 FIRST. All rights reserved. 1 Introduction 1.0 Introduction ..........................................................................................................................................................................................2 1.1 What Is The FIRST Robotics Competition (AKA FRC)? .......................................................................................................2 1.2 Gracious Professionalism, A FIRST Credo .............................................................................................................................2 FIRST ®, the FIRST ® logo, FIRST ® Robotics Competition, Coopertition®, and Gracious Professionalism®, and Sport for the Mind™ are trademarks of the United States Foundation for Inspiration and Recognition of Science and Technology (FIRST ®). © 2014-2015 FIRST. All rights reserved. 2015 FIRST Robotics Competition Administrative Manual || Section 1 – Introduction || Page 1 © 2014-2015 FIRST® ALL RIGHTS RESERVED. 1 INTRODUCTION 1.1 What Is The FIRST Robotics Competition (AKA FRC)? FRC pairs high school students with adult mentors (primarily engineers and teachers) to design and build robots -
Engineering Design Process
ENGINEERING DESIGN PROCESS FRC Team 1640 Sab-BOT-age Mike Geldart 2 ¨ 5 Years involved in FRC ¤ Student – Team 1902, 2614 ¤ Mentor – Team 1640 (2012-present) ¨ Mechanical Engineering Student – Delaware County Community College Andrew Weissman 3 ¨ 5 years in FRC (8 years in FIRST) ¤ Student – Team 1640 (2010-2012, Co-captain & Driver 2012) ¤ Mentor – Team 1640 (2012-present) ¨ Mechanical Engineering Student – Delaware County Community College Engineering Design Process 4 ¨ What is it? ¤ Design new products ¤ Iterate existing products n Make them better ¤ Design systems n Large scale – manufacturing systems n Small scale – product subsystem Engineering Design Process 5 ¨ How does this apply to FIRST? ¤ IT’S WHAT WE DO! ¤ We use this process to design our robots and all of its’ subsystems ¤ Also award entries, business strategies, training, etc. ¨ Circular, non-linear process ¤ Return to any point during the process ¨ So, what exactly is it? ¤ Varies industry-to-industry, but the fundamentals are the same Implementation Define the Strategic Design and Iteration Problem Iterate Research Define Test Specs Engineering Design Process Implement Brainstorm Design Prototype Review Refine Choose 6 Mechanism Design Note: this separation is for this presentation series. Define the Problem 7 ¨ Beginning of Strategic Design ¤ Define what you need to accomplish ¤ What are this year’s objectives? Rules? Penalties? ¨ The objective is to UNDERSTAND the game inside and out and to determine possible game strategies ¨ For a more in-depth description of Strategic Design, please watch: 1 ¤ https://www.youtube.com/watch?v=4ysSvxR-tAs 2 ¤ https://www.youtube.com/watch?v=smWy7FQ8jLE 1: Kanagasabapathy, K. (Director). (2014, October 8). -
Swerve Drive Units
Design Description of FRC 2767 Stryke Force “Third Coast” Swerve Drive Units Introduction and History (up to 2019) Stryke Force’s motivation to convert to Swerve Drive came from watching and being pushed around by another west Michigan team, FRC Team 141 “Wobots.” (Imitation is the highest form of flattery.) We started in the 2011 off season with the commercially available “Revolution Swerve,” developed by 221 Robotic Systems. We used it to learn about incorporating Swerve into a robot, and how to program and drive it. We borrowed freely from the wealth of public information on swerve drive programming and (eventually) field-oriented control available on Chief Delphi. Special thanks are due to the user “Ether,” who has provided a wealth of very cogent information. We did not compete with the Revolution units due to high BOM cost and a strong desire to incorporate more mechanical learning into our program. Stryke Force developed its first custom swerve drive unit as shown below for the 2012 game, Rebound Rumble. This was essentially a scaled-up version of the Revolution, with “wheel pant” skid plates so that it could jump over the mid field barrier. It had 6” diameter wheels. Although we had success and were hooked on Swerve, there were several serious shortcomings with our first custom design: • Robot center of gravity far too high—causing us to limit acceleration and forcing our driver to be careful to avoid tipping over. This obviated much of the intended advantage of swerve. • Overall space claim on the robot and weight were too high.