Browncoats Team 7842 Engineering Notebook

Similar documents
Build Season Overview Nabeel Peshimam October 27 th, 2014

Reliable Reach. Robotics Unit Lesson 4. Overview

Underwater Robotics Club at NC State University. Sponsorship Book

Issaquah Robotics Society 1318 Issaquah High School - Washington. Engineering Notebook 2018 Season

DRIVERLESS SCHOOL BUS

Tetrix Hardware Tips and Techniques

ROBOTICS BUILDING BLOCKS

After Kickoff, we immediately began the design process by reviewing the game rules with the entire team. During this step, we also looked over the

BattleBots IQ Engineering Education System Every student and every teacher can be a design engineer

WeDo 2.0. Science & Technologies. Effectively implement the. Freecall:

Drive Essentials. robot. -Andy Baker

Autonomous Snowplow Competition

SMART PASSENGER TRANSPORT

2018 KANSAS BEST BREAKOUT SESSIONS

Curriculum Guide Course: Robotic Systems A Course Number: 1770

It pays to get your hands dirty.

8.6 Investigating gear ratios using LEGO

FTC WORK SHOP ELECTRICAL WIRING. Electrical Board Controller Wiring NXT Wiring Main 12 Volt Power Wiring Samantha Wiring

Deriving Consistency from LEGOs

Engineering Design Process for BEST Robotics JANNE ACKERMAN COLLIN COUNTY (COCO) BEST & BEST OF TEXAS ROBOTICS

Statement of Jim Schoppenhorst, Director, DD(X) BAE Systems / Armament Systems Division. Before the

Team Update 01. The Field Drawings FIRST POWER UP specific drawing package has been updated with the following changes:

MIPRover: A Two-Wheeled Dynamically Balancing Mobile Inverted Pendulum Robot

MECH 486A - Senior Design Practicum Critical Design Review. Annemarie Kibbe, Cameron Ghia, Jiaxin Zhao, Mark Stratford, Michael McMann, Ryan Jensen

INTRODUCTION CAN YOU PROGRAMME A SIEMENS ROBO BUGGY? Driving wheels. Left motor. Direction. Front bearing. Micro:bit Right motor

IEEE SoutheastCon Hardware Challenge

Week 11. Module 5: EE100 Course Project Making your first robot

FLYING CAR NANODEGREE SYLLABUS

Robot Preparation for the VEX World Championship/ US Open. Lessons learned over the past 6 years by David Kelly 2013 VWC, Teacher of the Year

High Energy Hydrogen II Teacher Page

Test Plans & Test Results

Robotics. BEGINNERS: Mondays 4:00 to 5:15 PM April 10 to June 12 LEVEL 3: Thursdays 4:00 to 5:15 PM April 20 to June 8

GPS Robot Navigation Bi-Weekly Report 2/07/04-2/21/04. Chris Foley Kris Horn Richard Neil Pittman Michael Willis

National Science Bowl Teacher Workshop 2013

RIMRES: A project summary

WELCOME TO THE FTC SEASON KICK-OFF

FIRST Tech Challenge. Basic Bot Guide for REV-Part 2 Game Specific

Technical Robustness and Quality

All Lit Up: Circuitry, Engineering, and the Last Great Race on Earth

Swerve Drive Selection Process. Cyber Blue 234 OCTOBER 2010 / Indiana Forums

Openness Design modularity Outstanding Quality Fine positioning INGENIA MOTION CONTROL Motor control Engineered Solutions Complete Integration

DESIGN AND DEVELOPMENT OF A SUSPENSION SYSTEM USED IN ROUGH- TERRAIN VEHICLE CONTROL FOR VIBRATION SUPPRESSION IN PLANETARY EXPLORATION

User Guide. AM14U3-6 SR Mecanum Upgrade Kit (am-14u3-mk6sr)

NAU Robosub. Project Proposal

Competitive VEX Robot Designer

AC : USE OF POWER WHEELS CAR TO ILLUSTRATE ENGI- NEERING PRINCIPLES

GNEG 1103 Introduction to Engineering FALL Team Design Project. Portable Phone Charger. Project Presentation. December 2, 2013, 8:00-9:15 A.

SOFT LANDING GET READY AHEAD OF TIME. MATERIALS (per lander) INTRODUCE THE CHALLENGE (10 minutes)

Modeling and Simulation of a Mobile Robot for Polar Environments

APPLIED MECHANICS 40/50

Department of Electrical and Computer Science

COWBOY MOTORSPORTS SENIOR DESIGN Scott Dick Garrett Dollins Logan Gary

TABLE OF CONTENTS. Thank you for your interest in CUAir

INTRODUCTION Team Composition Electrical System

Smart Spinner. Age 7+ Teacher s Notes. In collaboration with NASA

AC : SMART GRID DEVELOPMENT IN ELECTRICAL DIS- TRIBUTION NETWORK

2019 SpaceX Hyperloop Pod Competition

Georgia Tech NASA Critical Design Review Teleconference Presented By: Georgia Tech Team ARES

What Is an Electric Motor? How Does a Rotation Sensor Work?

Drive Systems. Steve Shade October 26, 2013

Name: Period: Due Date: Physics Project: Balloon Powered Car

BEGINNER EV3 PROGRAMMING LESSON 1

Introduction: Problem statement

VEX IQ Curriculum: Let s Get Started

Manipulators. Example 1: The Claw

Name: Space Exploration PBL

Maximize your safety, Minimize your risk! EVERDIGM AERIAL PLATFORM CATALOGUE

REQUIREMENTS FOR APPROVAL OF AN ONLINE - DEFENSIVE DRIVING COURSE (O-DDC) Defensive Driving. Course. Online. Online DDC December 2007 Page 1 of 11

GUIDE FOR BUILDING THE PROTOBOT AND TUMBLER

Volvo Canada Xc60 Manual 2015 READ ONLINE

Manipulators. Basic/Background Info Types of Manipulators General Manipulator design tips

2010 Sponsorship Information Package

ISO 9001:2008 and AS9100C Certified. Over 4 Decades of Experience in Custom Precision Motion Control

APPLICATION NOTES INTRODUCTION OBJECTIVE ISSUES

STATE UNIVERSITY OF NEW YORK COLLEGE OF TECHNOLOGY CANTON, NEW YORK COURSE OUTLINE MSPT 120 FRAME AND SUSPENSION SYSTEMS

Micromouse. Propeller. Robots. Autonomous maze solver. Intuitive GUI for machine motion

Robotic Vehicle Challenge

Nature Bots. YOUR CHALLENGE: Use the materials provided to design a roving robot.

2015 AUVSI UAS Competition Journal Paper

monthly NEWSLETTER OCTOBER 2015 Copyright 2015 M-Fly

Vehicle Design Report: UBC Snowbots Avalanche

Dump Trucks (Machines At Work; Big Machines) By Jean Eick

Mechanical Features Outline:

Teaching Aids and Materials: This week the students will: Standards addressed and expectations of Students for the week:

Fail Fast Iterate Often

Population Along the Trail: Fairbanks Restart

PROJECT IDEA SUBMISSION

STUDENT PROJECT TEAMS

Tank-Automotive Research, Development, and Engineering Center

CLASS 5 - AEROSPACE PREMIUMS Blue Red White Pink $2.50 $2.25 $2.00 $1.75 Lot No will be display at the Grant County Fair.

THE UNITED GEAR FORCE STEM ACTIVITY. By Linda Morales-Burton Tech Ed. teacher at Christiansburg Middle School

Math is Not a Four Letter Word FTC Kick-Off. Andy Driesman FTC4318 Green Machine Reloaded

VEX ELECTROMAGNET. Make It Real CAD Engineering Challenge

Statement of Work Requirements Verification Table - Addendum

Designing for FTC with TETRIX Hints and Tips

Eurathlon Scenario Application Paper (SAP) Review Sheet

Index. sequencing, 21, 26 starting off, 22 using, 28 code sequence, 28 custom pallete, 28

index changing a variable s value, Chime My Block, clearing the screen. See Display block CoastBack program, 54 44

(18pt) 1. Introduction. (9pt) Abstract

Centurion II Vehicle Design Report Bluefield State College

Transcription:

2018-2019

Team Getting to know the Browncoats Team Summary................................................... 1-2 Member Introductions.............................................. 3-5 Mentor Introductions............................................... 6-10 Outreach Informational Meeting-Huntsville Library............................... 11-12 Informational Meeting-Madison Library................................ 13-14 Rover Challenge................................................... 15-16 Take Your Child To Work Day....................................... 17-18 Rocket City FTC Invitational......................................... 19-20 Brick-a-Palooza................................................... 21-22 Ian s Programming Class............................................ 23-24 Space & Missile Defense Symposium.................................. 25-26 Huntsville STEAMWorks FIRST Open House.......................... 27-28 Huntsville Hamfest................................................ 29-30 AUVSI Pathfinder s Symposium...................................... 31-32 Rocket City Nerdcon............................................... 33-34 Garage Sale Fundraiser............................................. 35-36 FIRST Lego League Qualifier (Columbia High School).................... 37-38 FIRST Lego League Qualifier (Randolph Middle School).................. 39-40 December Scrimmage.............................................. 41-42 2018-2019 Business Plan............................................. 1-10 Engineering Off Season Reflection................................................... 1 Proof of Principle: 6-wheel shifting drive train........................... 2-3 Proof of Principle: One Speed 6-wheel shifting drive train................... 4-6 Proof of Principle: Mecanum drive train............................... 7-12 Fundraiser - Building a Swing Set................................... 13 Programming Class............................................. 14-32 - i - FTC

Lessons Learned.............................................. 33-34 Engineering Process............................................ 35-42 Toastmaster s Presentation........................................ 43-44 Soldering Class................................................ 45 and Photography Guidelines........................ 46-50 Week 1: 9/8/18: Design Process, Process..................... 51-72 Week 2: 9/14/18: Discuss Brainstorming Ideas, Continue assembly of drive train.......... 73-74 9/15-17/18: Work on designing latch in CAD............................ 75-76 Week 3: 9/21/18: Drive Train assembly, Proof of Principles and Prototypes.............. 77-78 9/22/18: Drive Train assembly, Proof of Principles and Prototypes.............. 79-80 Week 4: 9/24-27/18: Drive Train assembly................................... 81-82 9/28/18: Score 1 point, Begin Building Landing/Latching Lift................. 83-84 Week 5: 10/5/18: Ian s drive train presentation, Work on lift, Test latch prototype.......... 85-86 10/6/18: Stringing the belts on the lift, Version 2.0 of the latch prototype.......... 87-88 Week 6: 10/8-11/18: Begin robot navigation tuning.............................. 89-90 10/12/18: Continue to build telescoping lift, Work on display boards............ 91-92 10/13/18: Practice driver controls, Finish display boards..................... 93-94 Week 7: 10/19/18: Collector Intake Prototype, Work on lift, Picture Day................ 95-96 10/20/18: Work on Collector Intake and marker dispenser, Discuss Judging......... 97-98 Week 8: 10/25/18: Finalize drive train hardware, Wire routing........................... 99-100 10/26/18: Work on Autonomous, Put latch on lift and test....................... 101-102 10/27/18: Debug Autonomous, Hardware assembly, Collector POP................ 103-104 10/28/18: Assemble all hardware........................................... 105-108 - ii - FTC

Week 9: 11/2/18: Printed out photos of Vera for display board, Judging practice............. 109-110 11/3/18: Worked on getting robot, Re-pinned picture boards, Got ready for Nerdcon... 111-112 11/4/18: Continue working on autonomous................................... 113-114 Week 10: 11/8/18: Finish autonomous, Practice judging, Pack for AR Springdale qualifier...... 115-116 11/10/18: Springdale, Arkansas qualifier..................................... 117-120 Week 11: 11/16/18: Discussed needed improvements, Reviewed competition videos.......... 121-122 11/20/18: Testing Intake concepts.......................................... 123-124 Week 13: 11/30/18: Testing single actuating arm, Set up Pit............................. 125-126 Week 14: 12/7/18: Worked on Intake designs, Edited photos and write-ups.................. 127-128 12/8/18: Worked on Intake concepts........................................ 129-130 12/9-11/18: Design arm actuator........................................... 131-134 Week 15: 12/12/18: Begin Prototype of telescoping arm design, Begin crater-side Autonomous.. 135-136 12/14/18: Continue work on telescoping arms, Intake design, and Autonomous...... 137-138 Week 16: 12/17/18: Continue working on arms, Diagnose and repair Drive Train problems..... 139-140 12/18/18: Continue working on arms, Diagnosing and debugging Drive Train........ 141-142 Week 16: 12/20/18: Continue work on telescoping arms, Testing drive motors............... 143-144 12/21/18: Continue working on arms, Intake designs, and actuator................ 145-146 12/22/18: Continue working on arms, Intake designs, and actuator................ 147-148 Week 17: 12/23/18: Continue working on actuator..................................... 149-150 12/26/18: Work on actuator and Intake design................................ 151-152 12/27/18: Work on actuator and arms, design new marker dispenser............... 153-154 12/28/18: Work on actuator and arms....................................... 155-156 12/29/18: Continue working on arms and actuator............................. 157-158 12/30/18: Worked on the robot, Practiced judging............................. 159-160 - iii - FTC

Week 18: 1/02/19: Work on telescoping arms................................... 161-162 1/03/19: Work on telescoping arms................................... 163-164 1/04/19: Work on telescoping arms, Team discussion of problems.............. 165-168 1/05/19: Work on telescoping arms and intake, Birthdayz Spectacular............ 169-172 1/06/19: Install marker dispenser, wiring............................... 173-174 Week 19: 1/07/19: Teleop Software-arm actuator, Team decision...................... 175-176 1/11/19: Work on arm actuator, intake/collector, and teleop software............ 177-178 1/12/19: Work on arm actuator, teleop software, Judging Practice.............. 179-180 Week 20: 1/13/19: Work on autonomous software................................ 181-182 1/14/19: Work on autonomous software................................ 183-184 1/15-16/19: Work on autonomous software............................. 185-186 1/18/19: Attach new drive plates.................................... 187-188 1/19/19: Replace cracked drive plate, worked on telescoping arms.............. 189-190 Week 21: 1/20/19: Work on telescoping arms and intake........................... 191-192 1/21/19: Driving practice......................................... 193-194 1/22/19: Driving practice......................................... 195-196 1/23/19: Driving practice cut short due to sheared 3D printed pulley............. 197-198 Programming/Code Computer Vision Detector........................................... 1-3 Drive Constants................................................... 4 Lift.......................................................... 5-6 Mecanum Drive Base............................................... 7 Mecanum Drive System............................................. 8-9 Robot.......................................................... 10 Subsystem....................................................... 11 - iv - FTC

CAD Design Mecanum Drive Train.............................................. 1-4 Mecanum Drive Train (version 2)..................................... 5-8 Latching Mechanism............................................... 9-10 Vertical Lift...................................................... 11-15 Team Marker..................................................... 16-17 Telescoping Arm.................................................. 18-19 Intake.......................................................... 20-23 Design Schedule...................................................... 1-68 - v - FTC