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SS67B-1 features;Uses regular gasoline as a fuel!Re-usable! Multiple launch capability! Simple design! Almost no moving parts! Easy to re-fuel! Use a funnel! Uses no exotic metals! Easily acquired parts and propellants! |
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SS67B-1 features;Uses regular gasoline as a fuel!Re-usable! Multiple launch capability! Simple design! Almost no moving parts! Easy to re-fuel! Use a funnel! Uses no exotic metals! Easily acquired parts and propellants! |
The SS67B-1 liquid fuel rocket features two propellants that make up the propulsion system. One of them is the fuel. The fuel is responsible for heating the combustion products to temperatures where there is sufficient energy for the exhaust gases to perform work (ie. thrust). The fuel that is needed for the SS67B-1 is gasoline (preferably super unleaded) that you can buy at your local service station. The amount that is required per launch is about 1/10th of a gallon, costing about 20 cents. The second propellant is the oxidizer. The oxidizer supplies the oxygen that is needed to support combustion. Without it, there is no rocket. Many oxidizers exist that would perform adequately but almost all are impractical for a home-built project. The best example of this is liquid oxygen. It is difficult to obtain, hard to transport and hazardous to handle due to its cryogenic properties. In addition to this, it evaporates at room temperature. As you can imagine, this is a problem when long term storage is needed. The SS67B-1 uses 50% Hydrogen Peroxide as the oxidizer. It is a little known solution that was first used in a more concentrated form in Germany's WWII V2 rockets. In a diluted form, it is still powerful enough and performs admirably as an oxidizer in the SS67B-1. In addition, it is safe to handle, has a relatively low cost (the B-1 needs about $6 worth per launch), is accessible to the general consumer, and has an oxygen content that is comparable with solid oxidizers.
Planning to design your own engine? No problem! "The SS67B-1" will give you valuable insight into the proper procedures, techniques and conventions needed for good rocket construction. It will allow you to acquire knowledge of proven technology that has been used in aerospace applications around the world!
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SS67B-1 technical specifications:
Design thrust: 170 Newtons
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Whether you are a serious hobbyist, an aerospace professional or engineer, our manual entitled " The SS67B-1" will give you detailed information NEVER before offered!
Have you ever tried to build a real rocket engine? The kind that is shown in technical books dealing with the subject? If you have, you know that drawings oversimplify the construction of these fascinating machines and it is practically impossible to find detailed information on building procedures -- UNTIL NOW!
Our plans are totally unique! They are copyrighted with information developed by Systeme Solaire. Not one detailed drawing has been taken from any publication. It is exclusive information. Here is what you will receive;
-Parts with suppliers listing
-Detailed drawings of parts requiring fabrication
-Complete assembly drawings
-Step-by-step assembly procedures
-much, much more!
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SS67B-3 LIQUID FUEL
ROCKET KIT ! Visit the SS67B-3 liquid fuel rocket kit website at pages.total.net/~launch/ss67b3.htm for information on our latest kit. The SS67B-3 has 43% more power, is lighter in weight and contains fewer parts than anything we have ever offered before! The SS67B-3 rocket kit (including complete engine with hardware, ground support electronic and refueling equipment, casing, nose cone, fins, etc.) is ONLY $1498! |
or dial 1-450-621-5999.
To receive the complete SS67B-1 blueprint package by mail, send check or money order for $21.95 U.S. (+ $3 s&h, $5 for overseas orders) to either location;
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U.S. Facility:
Systeme Solaire Dept. W1 100 Walnut Street, Champlain, NY 12919 U.S.A. |
Canadian location:
Systeme Solaire Dept. W1 4414 Notre Dame Chomedey, Laval Quebec, Canada H7W-1T6 |
