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Arduino Launch Control System (LCS)

Read Me File
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Project Manual - Initial Release
27 December 2022

We are pleased to announce the release of the Arduino Launch Control
System (LCS) Project Manual. This 163 page manual takes you step by 
step through the development and construction of the LCS. It 
includes sections on how to improve this version of the LCS, a 
complete code listing, a full parts listing, plenty of color photos
and illustrations. If you want to see how the system came into 
existance, interested in the thought process for the coding, or just 
want a better idea of how to build the project, you will find the
Arduino LCS Project Manual a valuable resource.

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Version 1.0 - Initial Release
10 March 2022

This is a single rod model rocket launch control system. The system 
utilizes the Arduino Uno/Nano to report on local weather conditions 
(temperature, humidity, barometric pressure). The system also provides 
a 10-second countdown when the fire button is pressed.

The system meets and exceeds the NAR Safety Code standard for model 
rocket launch systems as it incorporates a removable key to block 
the flow of power to the launch pad. It incorporates an additional 
two-button safety system to ensure that a launch is conducted 
exactly at the desired time.

This release marks Version 1 of the system. It is designed to be 
modular so that it can be easily modified in the future.

This project makes a great entry into electronics, Arduino and model 
rocketry. As such it is ideal for use in schools and youth 
organizations.

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The Rocketry Research Journal
Our main site is the Rocketry Research Journal. This blog and web 
site can be found at https://rocketryjournal.wordpress.com. Below we 
list what you can expect to find on this site. There is no charge for 
any of the information or software you find on the site. Please feel 
free to download our reports, software, technical manuals, etc.

Here’s What Is on the Site
The web site provides a portal to a number of the resources we have 
available. They include:
  *  The Rocketry Research Journal blog features articles on recent 
     projects, news from the world of rocketry (both full size and 
     miniature) and more. Check back frequently for the latest updates.
  *  The Austin Aerospace Education Network (AAEN) has been developing 
     the open source Flight Logs Database Program. The software can 
     track your rockets from initial construction, then track all 
     flights and record any maintenance needed or performed. It can 
     calculate altitude, record any 3D prints used on the model, store 
     the plans and even report CATOs to the MESS (Malfunctioning Engine 
     Statistical Survey) site. If you are a NAR member and looking at 
     completing your NARTREK submissions for the Bronze, Silver or Gold 
     levels, it can help with that as well. There’s even more the 
     software can do for you. Read more about it on the Flight Logs 
     Software page.
  *  View our Tech Reports. At the time of this report there a total 
     of seven reports available. They cover the basics of model 
     rocketry, an introduction to doing research, single station 
     altitude tracking, two station altitude tracking, how to adjust 
     your electronic altimeter to account for temperature changes, how 
     to use a spreadsheet to calculate altitude and tips on getting 
     started using an Arduino micro-controller.
  *  We have a section that focuses on the Arduino micro-controller and 
     how it can be used in model rocketry.
  *  We have a section set aside for 3D printing. Currently we have an 
     article on using 3D printing to build a Dyna-Soar Titan II model 
     rocket.
  *  There is a page for Model Plans. There are two plans currently 
     available, but more are on the way.

https://rocketryjournal.wordpress.com

Source: ReadMe.txt, updated 2022-12-28