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Projects With Model Rocket (Part 1)
By Tim Van Milligan

Why teach with rocketry?

Are you looking for a tool to make learning for your students fun and exciting? Rocketry and other aerospace topics are the tool you are looking for. Space and aviation, more than any other disciplines, has an ability to inspire youth and create an excitement in a classroom setting that can spill over into other academic areas. It is a phenomenal tool that can be used to grab the attention of any age level of student, and keeps them focused on the subject being taught.

The Benefits of Rocketry and Aerospace Topics

Hundreds schools and thousands of teachers have found that rocketry and aerospace topics have many benefits, besides just teaching the physics of flight. Here are some of the positive benefits that you will see too when using rocketry and aerospace topics in your classroom:

1. Attendance improves. Because students are inspired by space and aviation, they don't want to miss class when these subjects are being taught; and therefore, absenteeism decreases dramatically.

2. Suspensions decline. Students don't want to miss out on being a part of the rocketry class, so they behave better in class, as well as outside the classroom.

3. Increased participation. Students become more attentive when space related subjects are being taught, and are more inclined to participate in classroom discussions.

4. Reading and math ability increase. Not only do grades go up in these important areas, but they improve in all other subjects as well when the student makes the connection between those subjects and excelling in their other space related course work.

5. Increased self-esteem. The students gain self-worth and become proud of their achievements in building and flying their own rockets.

Long Term Benefits

Here are some of the long term benefits provided by continually using the space and aviation "tool" in the classroom.

1. Academic progress. When aviation and space topics are continually stressed throughout the student's grade progression, they are more likely to continue their education by attending college.

2. Increased parental backing. When the student is excited about learning and takes an active role in trying to improve themselves, the parents will also be drawn into the process. It has been shown in various studies that the parents of these students have a willingness to sacrifice financially to keep their children in school.

3. Employment. Because of the higher grades and better behavior of students brought about by the excitement generated by using rocketry, these students have a much greater chance of landing and maintaining a job after they finish school.

4. Sense of mastery. Like the increase in self-esteem, the students who get to use space and aerospace topics have a greater sense of control or mastery over one's fate. These students expect and achieve more out of life.

How to tap into the power of rocketry

With all these great benefits that come from utilizing rocketry and aerospace topics, you're probably ready to give it a try. But you might have some reservations about getting started because you don't have much knowledge about these topics. Teachers need not be specialists in rocketry to use rocketry data and materials as a practical application of the things they teach in the various school subjects. However, teachers do need practical ideas and suggestions on what aviation and space content to emphasize and how to obtain appropriate instructional materials. That is where us folks at Apogee Components come in. We will help you in these two important areas.

The real world of space and aviation impacts our society in so many ways that it is nearly impossible to separate it out. So often though, we try to do this in the academic setting. The most obvious way and most used method by teachers to utilize rocketry in their classrooms is to teach the principals of rocketry and aeronautics. The topics of Newton's three laws of motion are an example of this. But to utilize the power of rocketry (to inspire, focus, and motivate), you need to incorporate it into other subjects besides science.

The enrichment approach, which is the standard course offerings that are supplemented with pertinent aspects of the aviation and space sciences is the way to tap the full power of rocketry.

Entire schools have been set up using this approach. Every course taught in the school utilizes aviation and space in some way to motivate the student. Note: I attended a college that was set up to teach this way. This makes learning fun and nearly effortless for everyone involved.

Setting up an entire school around aviation may be too much for many people to start with. So many teachers have teamed together to try aviation and space enrichment approach for a single week or two. This too has turned out to be a tremendous success! Every student looks forward to the "space" week!

What supplies are needed to get started?

You would be surprised at how little equipment and supplies are needed to get into model rocketry. Since the rockets are built of paper, plastic and balsa wood, the construction supplies needed are very few. You probably have all of them in the classroom already.

To launch the rocket, you will need a small launch pad to guide the rocket on its first few feet of flight, and an electrical controller to ignite the rocket motor. These items are so simple, that many teachers have built there own from items found around home or in their garages. You can find instructions on building a simple launch controller in our book: Electronic Model Rocket Launcher Construction Plans.

The final thing you will need is a place to launch the rocket. Most school playgrounds are large enough that this isn't a problem. The minimum size is approximately the area of a football field. Obviously, the larger the field, the better the chance of recovering the rocket.

What does it cost?

Launching rockets is one of the least inexpensive hobbies to get into. Starting from scratch, you could purchase the reusable launch pad, launch controller, and rocket kit for under $30. After that, your only cost is for the single use solid propellant rocket motors (at an average cost of $1.50 per flight). Kit cost are also very affordable, averaging less than eight dollars.

If your school funds are limited, it is possible for the students to work in groups, thereby even lowering the cost of the activity.

What do you need to know about rocketry?

Rocketry is best used as the attention getting device, and to enhance whatever else you are teaching. So in reality, all you need to know is how to follow the simple instructions on how to build and launch the model rocket. These very simple instructions are contained with each rocket kit.

Beyond this, you can easily and quickly learn whatever your interests in rocketry are. If you are using rocketry to enrich your social studies class, you don't really need to find out everything about the physics behind rocket propulsion. Teach what you know, and just use the rockets to motivate the student to learn!

Where can I go to get additional help?

Thousands of teachers have already used rocketry in their classrooms with outstanding success. It is likely that there is another teacher in your school that can give you simple advice.

Your other main source of information is the friendly folks at Apogee Components. If you have a problem, please do not be afraid to give us a call.

Since aviation and space are such powerful motivators for students, many educational organizations have departments that can help you. These include government organizations like NASA and the FAA, to private organizations like Young Astronauts and Space Camp.

Contine to Part 2 of this Article

Return to Apogee's Model Rocket Educational Guide (homepage)

Actual Customer Comment:

Ordering a rocket with Apogee was a great experience. Your website is wonderful and your customer service seems to be even better. Your passion for rocketry and your customers is evident. I appreciate doing business with a fine company such as yours. Thanks!
-- Rick Harrison

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How to get started in Rocketry.
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This page last updated on: 01/08/06