DOCSLIB.ORG

2021 Rocketry Starter Kit the AMERICAN ROCKETRY CHALLENGE the WORLD’S LARGEST STUDENT ROCKET CONTEST

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
2021 Rocketry Starter Kit the AMERICAN ROCKETRY CHALLENGE the WORLD’S LARGEST STUDENT ROCKET CONTEST 2021 Rocketry Starter Kit THE AMERICAN ROCKETRY CHALLENGE THE WORLD’S LARGEST STUDENT ROCKET CONTEST The American Rocketry Challenge—now in its 19th year—is the world’s largest rocket contest, with nearly 5,000 students nationwide competing annually. The contest provides students in 6th – 12th grades the opportunity to design, build, and launch model rockets and gain hands-on experience solving engineering problems. Sponsored by the Aerospace Industries Association, the National Association of R ocketry, and m ore than twenty ae rospace industry pa rtners, including NASA, the Federal Aviation Administration,d the a n Department of Defense, the challenge is the aerospace industry’s flagship program designed to encourage students to study science, technology, engineering and math. WHAT WILL MY STUDENTS GAIN FROM WHAT ARE THE KEY DEADLINES? PARTICIPATING IN THE CHALLENGE? • Sept 1 – 2021 Registration Opens • Teamwork • Dec 1 – 2021 Registration Closes • Leadership Skills • Apr 5 – Qualification Flight Scores Due • Hands-on Engineering Experience • Apr 12 – 2021 Finalists Announced • Problem-Solving Skills • May 15 – 2021 National Finals WHAT ARE THE RULES? WHAT HAPPENS WHEN WE WIN? Teams are made up of three to 10 students between After official qualification flights are submitted, the 6th and 12th grade, a supervisor, and an official top 100 teams are invited to attend the National Rocketry Challenge mentor. Finals in Washington, D.C. The rules vary slightly each year to provide a new Teams competing at the Final Fly-Off look to capture challenge to competitors. The 2021 rules require their share of over $100,000 in cash prizes. There are teams to design, build, and launch a model rocket also special awards for activities throughout the day. that carries one raw egg to an altitude of 800 feet, The team that places first at the National Finals wins stays airborne for 40 - 43 seconds, and return the an all-expenses-paid trip to represent the United rocket to the ground safely with the egg intact. States in the International Rocketry Challenge, hosted at the Paris Air Show in Paris, France in Jun WHAT IF I DON’T KNOW MUCH ABOUT 2021. The United States Rocketry Team competes ROCKETRY? against the winning teams from Japan, the United The American Rocketry Challenge features a Kingdom, and France. nationwide network of aerospace professionals and rocketry experts from the National Association of Rocketry and the American Institute of Aeronautics Contact Program Manager Jeremy Davis at and Astronautics who are willing and available to [email protected] or 703-358-1000. mentor your team. These mentors can help with the organizing, rocket building, and career p athway Visit RocketContest.org to learn more. exploration. @RocketContest T he American Rocketry Challenge 2021 Explained 3 The rocket must reach an altitude 4 of 800 feet. Teams are penalized one point for every foot above or All parts of the rocket must descend below the goal. safely and remain connected together. Rockets must descend using at least one parachute. 2 5 The rocket must carry a payload of one raw egg and safly return The duration of the flight must be it to the ground uncracked. All between 40 to 43 seconds. Teams parts of the rocket must remain are penalized by four points for tethered or connected through each second outside that window. takeoff and landing. 1 6 At the National Finals, the rockets Teams of 3 to 10 students will be required to reach two new work together to design altitude goals of 775 or 825 feet and construct a rocket. within 39-42 seconds or 41-44 seconds respectively. SCORING: Teams are ranked SCORING on the combined = Unbroken # of feet seconds FOR EACH Eggs over/under ++ over/under X 4 score from their FLIGHT two best flights, the lower the better! FLIGHT 1 + FLIGHT 2 = TOTAL SCORE NATIONAL AEROSPACE STANDARD © COPYRIGHT 2019 AEROSPACE INDUSTRIES ASSOCIATION OF AMERICA, INC. ALL RIGHTS RESERVED FED. SUPPLY CLASS NONE 2021 RULES June 10, 2020 Edition THE AMERICAN ROCKETRY CHALLENGE AEROSPACE INDUSTRIES ASSOCIATION OF AMERICA,OF AEROSPACE INDUSTRIESINC ASSOCIATION WILSON BLVD. 1000 VA 22209 ARLINGTON, JUNE 10, 2020 REVISION DATE: www.aia-nas.org ISSUE DATE:SEPTEMBER 2002 THIS DRAWING SUPERSEDES ALL ANTECEDENT STANDARD DRAWINGS FOR THE FOR DRAWINGS SAMESTANDARD THISANTECEDENT SUPERSEDES DRAWING ALL MONTHS FROM LATER SIXTHE THAN EFFECTIVE LAST PRODUCT NO BECOME AND SHALL REVISION DATE. THIRD CUSTODIAN REVISION ANGLE PROJECTION NATIONAL ASSOCIATION OF ROCKETRY 21 CLASSIFICATION PROCUREMENT TITLE 01 SPECIFICATION STANDARD PRACTICE - 2021 RULES, NONE THE AMERICAN ROCKETRY CHALLENGE TARC-1 FORM FORM 12 SHEET 1 OF 6 USE OF OR RELIANCE UPON THIS DOCUMENT OR ANY NATIONAL AEROSPACE STANDARD IS ENTIRELY VOLUNTARY. AIA DOES NOT QUALIFY SUPPLIERS OR CERTIFY CONFORMANCE OF ITEMS PRODUCED UNDER NATIONAL AEROSPACE STANDARDS. AIA MAKES NO REPRESENTATION OR CLAIM RESPECTING (1) THE SUITABILITY OF ITEMS FOR ANY PARTICULAR APPLICATION OR (2) THE EXISTENCE OF OR APPLICABILITY THERETO OF PATENT OR TRADEMARKS RIGHTS. NATIONAL AEROSPACE STANDARD © COPYRIGHT 2019 AEROSPACE INDUSTRIES ASSOCIATION OF AMERICA, INC. ALL RIGHTS RESERVED TABLE OF CONTENTS 1. SCOPE .....................................................................................................................................3 2. CONTEST RULES.......................................................................................................................3 2.1 SAFETY ....................................................................................................................................3 2.2 TEAMS .....................................................................................................................................3 2.3 ROCKET REQUIREMENTS ..........................................................................................................3 2.4 PAYLOAD .................................................................................................................................4 1000 WILSON WILSON BLVD. 1000 VA 22209 ARLINGTON, AEROSPACE INDUSTRIES ASSOCIATION OF AMERICA,OF AEROSPACE INDUSTRIESINC ASSOCIATION 2.5 DURATION SCORING ................................................................................................................4 2.6 ALTITUDE SCORING .................................................................................................................4 2.7 FLIGHTS ..................................................................................................................................4 2.8 SAFE RECOVERY .......................................................................................................................5 2.9 RETURNS .................................................................................................................................5 2.10 LAUNCH SYSTEMS ....................................................................................................................5 2.11 FLIGHT CONTROL .....................................................................................................................5 2.12 PLACES ....................................................................................................................................5 3. AIA’S NATIONAL AEROSPACE STANDARDS .................................................................................6 IX MONTHS FROM THE LAST MONTHS FROM THE IXLAST THIS DRAWING SUPERSEDES ALL ANTECEDENT STANDARD DRAWINGS FOR THE FOR DRAWINGS SAMESTANDARD THISANTECEDENT SUPERSEDES DRAWING ALL LATER S THAN EFFECTIVE PRODUCT NO BECOME AND SHALL REVISION DATE. REVISION 01 - 21 9 TARC-1 FORM FORM 1 SHEET 2 USE OF OR RELIANCE UPON THIS DOCUMENT OR ANY NATIONAL AEROSPACE STANDARD IS ENTIRELY VOLUNTARY. AIA DOES NOT QUALIFY SUPPLIERS OR CERTIFY CONFORMANCE OF ITEMS PRODUCED UNDER NATIONAL AEROSPACE STANDARDS. AIA MAKES NO REPRESENTATION OR CLAIM RESPECTING (1) THE SUITABILITY OF ITEMS FOR ANY PARTICULAR APPLICATION OR (2) THE EXISTENCE OF OR APPLICABILITY THERETO OF PATENT OR TRADEMARKS RIGHTS. NATIONAL AEROSPACE STANDARD © COPYRIGHT 2019 AEROSPACE INDUSTRIES ASSOCIATION OF AMERICA, INC. ALL RIGHTS RESERVED 1. SCOPE This document provides the rules for the 2021 American Rocketry Challenge. 2. CONTEST RULES 2.1 SAFETY All rockets must be built and flown in accordance with the Model Rocket Safety Code of the National Association of Rocketry (NAR), any applicable local fire regulations, and Federal Aviation Regulations. Rockets flown at the Finals must have previously flown safely and successfully. Rockets will be inspected before launch and observed during flight by a NAR official, whose judgment on their compliance with the Safety Code and with these rules will be final. Teams are encouraged to consult with designated NAR officials who are running this event well before the fly-off to resolve any questions about design, the Safety Code, or these rules. 2.2 TEAMS The application for a team must come from a single school or a single U.S. incorporated non-profit youth or educational 1000 WILSON WILSON BLVD. 1000 VA 22209 ARLINGTON, AEROSPACE INDUSTRIES ASSOCIATION OF AMERICA,OF AEROSPACE INDUSTRIESINC ASSOCIATION organization (excluding the National Association of Rocketry, Tripoli Rocketry Association, or any of their local chapters or any other incorporated rocket organization). There is no limit to the number of teams that may be entered from any single school or organization, but no more than two teams containing students who attend the same school
Load more

Recommended publications
  • Flying Model Rocket Catalog
    Flying Model Rocket Catalog TM TABLE OF CONTENTS Model Rocket Basics . 5 Fly Big with Advanced Rockets/Pro Series II . 66 Get Started with Launch Sets . 10 Model Rocket Engine Performance Chart . 70 Easy to Build Beginner Rockets . 16 Engine Time/Thrust Curves . 72-73 Challenge Yourself a Little More! . 22 Building Supplies . 84 Payload Rockets . 30 Altitude Tracking . 82 Multi-Stage Rockets . 34 Estes Education . 86 Fun Recovery Rockets . 40 Bulk Packs for Education . 88 Designer Signature Series . 45 Lifetime Launch System . 94 Imagine New Worlds with Space Voyagers . 46 Phantom Classroom Demonstrator Rocket . 96 Destination Mars™ Rockets . 50 Rocket Science Starter Set . 98 Space Corps™ Rockets . 54 Model Rocket Safety Code . 100 Scale Model Rockets . 58 Index . 102 Welcome to the exciting world of model rocketry. now this rocket science! here is no thrill quite like launching a model rocket you have built, watching it streak skyward, reach apogee (peak altitude), then gently Treturn to earth on its parachute. In a very real sense, model rocketeers experience the same excitement felt by America’s space scientists and astronauts as they push humankind’s horizons relentlessly forward to the stars. The best way to get started is with an Estes® launch set or starter set (see pages 10-15). Each launch set has nearly everything you need to build and fly your first rocket. Estes Industries, LLC encourages membership As you increase your rocketry skills, you can progress to new and exciting in the National Association projects including multi-stage rockets, payload experiments and scale models. of Rocketry for the active Whether you are a hobby beginner or expert, Estes Industries will help you model rocketry enthusiast.
    [Show full text]
  • Gatormodelers' Newsletter Vol. 9, Issue 2, January 2019
    Gatormodelers’ Newsletter Vol. 9, Issue 2, January 2019 The IPMS Gators Christmas Party was held on December 16, 2018. Pictured are several members who were recognized during the party with certificates of appreciation. Top left: Tony and AJ; top right: Bruce and AJ; middle right: Jack and AJ, right: Nancy and Bill with Mike. Below – A Rogue’s gallery of attendees. 1 1-12-2019 Club officers A. J. Kwan President & Associate Newsletter Next meeting: Editor Dan Contento Tuesday, January 15 at: 6:30 PM Vice Pres Oak Hall Library Frank Ahern th Secretary 8009 SW 14 Ave Gainesville FL (See the map on page 33) Bruce Doyle Historian Paul Bennett On page 22 we have a guest Photographer author (William Geresy) who Tracy Palmer describes seeing the launch of Webmaster Apollo 8. Here is a little bit about Bill in his own words: “This is me Bill Winter Treasurer & working on a 1/48 Monogram B- Newsletter 17G. This was taken during a mini Editor group build at the Kalamazoo Hobby Town USA hobby shop. I IPMS Gators figured I had better include a Breaking News picture of me working on Gator’s auction is scheduled for something plastic. Someday I have got to finish the darned April 6 @ 1 PM (details to follow soon) thing!” Table of Contents Pres Sez 3 Launch of Apollo 8 21 Meeting minutes 4 Jaxcon 25 American Graffiti 6 Rogue’s Gallery 2018 26 Building better models 9 Odds and Ends 28 Son of Fiddly bits 10 Secretary’s page 31 Hollywood Heroes 15 IPMS Membership 32 Show and Tell 17 Directions to meeting 33 Faces in the Crowd 20 Wild Paint 34 2 Prez Sez…… By AJ Kwan Happy New Year.
    [Show full text]
  • Model Rocketry Technical Manual Welcome to the Exciting World of Estes Model Rocketry!
    ™ Model Rocketry Technical Manual Welcome to the Exciting World of Estes Model Rocketry! By William Simon Updated and edited by Thomas Beach and Joyce Guzik EstesEducator.com ® [email protected] 800.820.0202 © 2012 Estes-Cox Corp. INTRODUCTION TABLE OF CONTENTS Topic Page Welcome to the exciting world of Estes® Why Estes Model Rocketry 3 A Safe Program 3 Your First Model Rocket 3 model rocketry! This technical manual was Construction Techniques 3 Types of Glues 3 written to provide both an easy-to-follow guide Finishing 6 Stability 7 for the beginner and a reference for the experi- Swing Test For Stability 8 Preparing For Flight 8 enced rocket enthusiast. Here you’ll find the Igniter Installation 9 Launching 9 answers to the most frequently asked ques- Countdown Checklist 10 Tracking 10 Trackers 10 tions. More complete technical information on Recovery Systems 11 Multi-Staging 11 all the subjects can be found on the Estes® Clustering 13 Model Rocket Engines 14 website (www.estesrockets.com) and the Estes NAR Safety Code 15 Publications back cover Educator™ website (www.esteseducator.com) *Copyright 1970, 1989,1993, 2003 Estes-Cox Corp. All Rights Reserved. Estes is a registered trademark of Estes-Cox Corp. 2 WHY ESTES MODEL ROCKETRY? As your knowledge of rocketry and your modeling skills increase you can move up to building higher skill level models, The hobby of model rocketry originated at the dawn of the and eventually to building your own custom designs from parts space age in the late 1950’s. Seeing space boosters carry the available in the Estes catalog.
    [Show full text]
  • Model Rocketry
    2 Table of Contents EXPERIENTIAL LEARNING PROCES ................................................................................................................ 5 INTRODUCTION .................................................................................................................................................. 6 ROCKETRY .......................................................................................................................................................... 6 Rocketry Categories ...................................................................................................................................... 6 Brief History of Rocketry ................................................................................................................................ 7 MODEL ROCKETRY .......................................................................................................................................... 7 History of Model Rocketry ............................................................................................................................. 7 Types of Model Rockets ................................................................................................................................ 8 NAR Model Rocketry Safety Code ................................................................................................................ 9 SCIENCE PRINCIPLES OF ROCKETRY .......................................................................................................... 11 Concept
    [Show full text]
  • For a Limited Time! Team Associatednew Releases
    GREAT PLANES MODEL DISTRIBUTORS RADIO CONTROL • AUGUST 2017 GREAT PLANES MODEL DISTRIBUTORS GENERAL HOBBY • AUGUST 2017 PLUS: PLUS: ™ RiseTM Houseracer TM now available in a sleek black version – Revell Disney • Pixar Cars 3 Junior Kits for a limited time! Page 2 Pages 4 - 5 Vusion 250 FPV-Ready Racing Drone Estes® E2X Wacky Wiggler TM Launch Set Pages 2 - 3 Team Associated new releases! Page 3 Pages 6 - 9 1/25 MAX-D® MONSTER JAM® TRUCK Page 5 Plastic Models for all ages and interests RC FUN Micro Battle Drone SET Pages 4 – 15 Pages 18 Click for Radio Control Click for General Hobby NEWPRODUCT NEWPRODUCT www.gpdealer.com ™ FPV-READY RACING DRONE www.gpdealer.com IMPRESSIVELY EQUIPPED FOR EDGE-OF-YOUR-SEAT FPV ❚ It’s the ultimate First Person View racing drone — ❚ Add a micro memory card to store, edit and upload just add a 5-channel radio and your choice of monitor high-quality action videos from the on-board 600TVL or goggles! FPV camera ❚ See your ights in real time with the 200mW 5.8GHz ❚ Includes a 3S LiPo battery, AA batteries and spare Raceband video transmitter props — just add a 5-channel radio and your choice of monitor or goggles! ❚ Four 2280kV brushless motors and four high- frequency ESCs with OneShot 125 programming provide the speed and agility for FPV racing Advanced 5.8GHz tecÚology lets you view Injection-molded construction makes the Vusion your ights clearly and with no latency. The 250 tough enough to bounce back from most eight specially-reserved Raceband channels are crashes.
    [Show full text]
  • Model Rocket Design and Construction How to Create and Build Unique and Exciting Model Rockets That Work!
    Model Rocket Design and Construction How to create and build unique and exciting model rockets that work! Third Edition By Timothy S. Van Milligan www.ApogeeRockets.com © 2008 by Timothy S. Van Milligan. All rights reserved. This book may not be repro- duced in part or in whole without written permission from the publisher, except in the case of brief quotations used in reviews. Published by Apogee Components, Inc., 3355 Fillmore Ridge Heights, Colorado Springs, CO 80907 USA. Visit us on the web at: www.ApogeeRockets.com Publisher’s Cataloging-in-Publication (Prepared by Quality Books Inc.) Van Milligan, Timothy S. Model rocket design and construction : how to create and build unique and exciting model rockets that work! / Timothy S. Van Milligan -- 3rd ed. p. cm. Includes bibliographical references and index. ISBN-13: 978-0-9653620-2-3 ISBN-10: 0-9653620-2-7 1. Rockets (Aeronautics)--Models--Design and construction. 2. Rocketry--Amateurs’ manuals. I. Title. TL844.V26 2008 629.47’5’0228 QBI08-600164 Printed in the United States of America We believe the information in this book is the best currently available. The author and publisher assume no obligation or liability for any advice furnished here, or for results obtained with respect to this information and advice. All such advice is provided gratis and the reader assumes sole responsibility for results obtained. About the Author imothy Van Milligan has been designing and flying his own model Trockets since 1976. After obtaining his degree in Aeronautical Engineering from Embry-Riddle Aeronautical Univer- sity in 1988, Tim worked as a launch op- erations engineer for McDonnell Douglas Corp.
    [Show full text]
  • Plastic Model Kit Modification
    Plastic Model Kit Modification Penny-pincher Yuri adoring unwaveringly. Hakeem often parchmentized bullishly when telautographic Earle strunt unskilfully and kindle her pterylosis. Odd Crawford sometimes ousts his Mormon subversively and inconvenience so chronologically! If you can the plastic kit caters for the box Hobby Design Toyota Supra Modification Kits 124 HD03-0492. Model Car Detail Parts - MegaHobbycom. Options for modifying a rocket model include increasing engine size adding stages or adding. Chappie Moose Resin Kit Weta Workshop Weta Workshop. Gunpla The Gundam Wiki Fandom. This can take intellectual property of each one marking is. Increased base arcade game. Shop with model cars plastic models of motorcycles You can off everything for model trucks and engines. STAR WARS PLASTIC MODEL. Bandai AT-ST review & build Rebel Scale. MiniArt 37023 T-55A Late Mod 1965 Military Miniature Series. John tilley about miniatures, there is great choice if they can be dispatched. The letter face comes with a dangling eye socket a ding in correct head Bandai Star Wars 6 Inch Plastic Model Kit C3PO Eye Damage 1 To change it out you. You can release available. Techniques Follow and comprehensive sketch on treaty to build plastic models. 125 124 Scale Bodies & Parts Page 1 Ted's Modeling. You had only expand as an inner and more flexible slippery plastic close as possible results convert injection molded kits team works. Paint job i kept them, and ps and pom plastic or username incorrect or bantam blast kit features a fret of. Motorcycles plastic kits Trucks plastic models Engines model kits MetalSnap Kits Decals Wheels Rims Tyres Detail Sets Upgrade sets Transkits Parts for.
    [Show full text]
  • 'SUPER SCALE' SATURN V 1/70Th the Size of the Real Rocket! a FLYING MODEL ROCKET KIT
    'SUPER SCALE' SATURN V 1/70th the size of the real rocket! A FLYING MODEL ROCKET KIT 3355 Fillmore Ridge Heights Colorado Springs, CO 80907-3514 USA Tel: 719-535-9335 Fax: 719-534-9050 Email: [email protected] This is a 1 /70th scale flying model rocket kit of the Saturn V. This is the vehicle that launched Apollo 11 that first placed man on the moon. You can build it as a real flying rocket, or just for display. Either way, you’ll end up with a fantastic model that you’ll be proud to show off to your freinds. Apogee Components also produces the Saturn 1B also at 1/70th scale. Both models are superbly detailed and offer the scale model rocket enthusiast chal- lenging and enjoyable construction. The instructions in this kit are unique. It is our goal to make the instructions entertaining and jam packed with tidbits of interesting information -- so that you’ll enjoy the building experience as well as launching the rocket. It is also our goal to teach you the important “techniques” required in building complex model rocket projects. You’ll learn a lot more by “watching” that you ever could by “reading.” So in the end, you’ll be better assured and more confident that you’ll complete this awesome project. This is a SKILL LEVEL 5 kit! This is the highest rating; indicating that this model is extremely challenging to build. Apogee Components recommends that you watch each video carefully; noting not only the methods shown, but also the techniques shown.
    [Show full text]
  • ROCKETRY and STEM Dept
    ROCKETRY and STEM Dept. RO 4-H members must be currently enrolled in the Kansas 4-H STEM project to exhibit in this department. Exhibits must have been completed during the current 4-H year. ASTRONOMY 1. Each exhibitor may enter one exhibit per class. 2. 4-H members enrolled in 4-H STEM-Astronomy for updated County and State Fair guidelines please contact the extension office. 5500 - Telescope made from kit. 5501 - Telescope made from original design. Champion and Reserve Champion for each class. Grand Champion and Reserve Champion Astronomy COMPUTERS 1. Each exhibitor may enter one exhibit per class. 2. 4-H members enrolled in 4-H STEM-Computers for updated County and State Fair guidelines please contact the extension office. Division A - Computer Systems 5590 - Computer program, application, app, script, or coded system that is new and unique (not merely a file run in a program, such as a ‘word document’ or a picture drawn in ‘Microsoft Paint’) 5591 - Computer presentation (power point, web page/site, animated graphics, etc.) 5592 - Single computer system (web server, database server, etc.) 5593 - Networked system consisting of two or more computers 5594 - Chip system - a small (4”x4”x4”) programmed physical device that accomplishes a specific task. ROBOTICS 1. Each exhibitor may enter one robot per class. 2. 4-H members enrolled in 4-H STEM-Robotics for updated County and State Fair guidelines please contact the extension office. JR Division—7 and 8 year olds 5505 - Robot made from a commercial (purchased) kit. 5506 - Robot designed and constructed by exhibitor.
    [Show full text]
  • The COS-Rocketeer, Nov/Dec 2001
    The Official Journal of the Colorado Springs Rocket Society (COSROCS) NAR Section #515 Volume 12, Issue 6 November/December 2001 Ins ide this issue: Page The Nagging Editor 3 The President Speaks! 3 Section News 3 Sky Sox Demonstration Launch 3 Winterfest XI Events Announced! 4 September Sky View Launch 5 This Old Rocket, Part 1 6 Styro-F.O. 3D 7 High Flight—Joint COSROCS/CSAS Event 7 AeroTech Public Statement 8 AeroTech to Resume Motor Production 8 Fat Cat Rockets Galactic Marauder 9 Announcement on Rocketry Activities 10 Apogee’s Building Skill Level 1 Rocket Kits Digital Book 10 COSROCS Calendar 11 RCHTA-2001 Hobby Show Report 11 Jeff Coons’ X-G1 lifts-off during the Sky View October launch. (Photo by Greg Elder) Space News: On October 23, 2001, NASA’s Mars Odyssey space probe successfully entered an orbit around Mars. Odyssey’s mission is to comprehensively map the red planet. It will also look for signs of water, ice, and hot lava under the surface of Mars. In addition, Odyssey will determine how deadly the radiation is on Mars. Two 1999 NASA Mars probes, the Climate Orbiter and the Polar Lander, failed in their missions to reach the red planet. The COS-Rocketeer COSROCS Officers Volume 12, Number 6 President: Neil Kinney, [email protected] November/December 2001 Vice President: Greg Sandras, [email protected] Section Advisor: Warren Layfield, [email protected] Secretary: Nadine Kinney, [email protected] Treasurer: Mark James, [email protected] Librarian: Stan Huyge, [email protected] Contests: Dave Nauer, [email protected] Web Master: Mark James, [email protected] The COS-Rocketeer is the official journal of the Colorado Springs Rocket Society (COSROCS), NAR section #515.
    [Show full text]
  • 240 Junior Mechanical Sciences
    JUNIOR MECHANICAL SCIENCES DEPARTMENT DEPARTMENT – 240 JUNIOR MECHANICAL SCIENCES RULES 1. Please read Junior Class rules first. 2. One exhibit per entry number. TRACTOR RULES 1. No more than four entries per exhibitor. 2. Beginner, intermediate and advanced refers to years in project. EXAMPLES OF ENTRIES: Repair or maintenance log of work performed, photo story with captions documenting repair, collection of worn or broken parts- explain defects. (Tip- zip-tie parts to a painted pegboard for a neat display.) DIVISION: TRACTOR - BEGINNER (1 – 2 years) Class No. Blue Red White Pink 1. Any article 2.25 2.00 1.75 1.50 2. Any article 3. Any article 4. Any article DIVISION: TRACTOR - INTERMEDIATE (3 – 5 years) Class No. Blue Red White Pink 1. Any article 2.50 2.25 2.00 1.75 2. Any article 3. Any article 4. Any article DIVISION: TRACTOR - ADVANCED (6 years +) Class No. Blue Red White Pink 1. Any article 2.75 2.50 2.25 2.00 2. Any article 3. Any article 4. Any article One Champion per Division (If Judge so desires) Ribbon Only WELDING RULES 1. No more than four entries per exhibitor. One exhibit per entry number. 2. Beginner, intermediate and advanced refers to years in project. EXAMPLES OF ENTRIES: display of vertical, horizontal, butt, and fill welds, poster about welding safety, garden art made from welded hardware, fabricated machine or tool. DIVISION: WELDING - BEGINNER (1 – 2 years) Class No. Blue Red White Pink 1. Any article 2.25 2.00 1.75 1.50 2. Any article 3.
    [Show full text]
  • Construction Techniques Model Achievement Programme Power
    Winter 2003 Volume 7, Issue 4 Xavien XCET-1 Timer Airfix Saturn V PMC by Graham Platt by Darren J. Longhorn Model Achievement Programme Transolve P6K by Paul Lavin by Damian Burrin Power Line Safety Building Rockets for Safety by Mario Perdue by Tim Van Milligan The Road to Serbia. Construction Techniques by Genni Lavin by Leon Kemp Editorial I have recently discovered within myself a great deal of sympathy for the character of Gregor Samsa in the novella “Metamorphosis“. In this story Gregor awakens one morning to discover that during the night he has been transformed into some species of monstrous vermin – a bug to you and I… The sympathy stems from the similarities in our situations, only instead of trying to work out how to control six legs or where best to obtain rotten foodstuffs, I find myself plunged into the far scarier world of trying to publish a newsletter for a few hundred dedicated rocketry types! It seemed like such a good idea at the time. I distinctly remember thinking “Cool – I get to edit the newsletter”, but recently that has been replaced with various versions of Alan Shepherd’s “Please God, don’t let me screw this up…” To this end I need your help; if you have any thoughts or comments on this issue of 10… 9… 8... then please send them to me. If you have any ideas for future articles (or even better, actual articles!) then please send them to me. If you have any interesting photographs of anything rocket related… I don’t really need to finish that, do I? Such submissions should be roughly aimed towards [email protected].
    [Show full text]