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- Unique colors!
- 2 stage adaptable to fly higher!
- Standard engine powered.
Use cellophane tape to tape booster engine on the bottom to the upper stage on the top together. Wrap masking tape around rear of upper stage engine and front of booster stage engine to friction fit into the engine tubes. Push upper stage until it stops against engine block and fits snugly. Slide booster stage onto assembly until booster engine stops against the engine block. Continue preparing the booster engine with an igniter for launching.
After blasting off, your Estes Model Rocket will reach its highest altitude, called the apogee. It is at this point the delay should be burning, creating a nice tracking trail of smoke to enable you to see your rocket. After the delay is burned, the ejection charge will ignite, and this will force the recovery system to deploy. It is important to make sure your recovery wadding is properly in place to avoid burning up the recovery system.
We have included an image below visualizing the steps necessary to install an igniter properly.
Check with your local retailer for availability of our 2014 printed catalog, or Click Here to order one today!
How do I get my light on my Launch Controller to come on?
If you are experiencing problems with arming your launch controller and your light is not turning on, please notice we have added a rubber stopper under the safety key cap that must be fully compressed in order to activate your launch controller. To accomplish this, please follow the instructions below to test your Launch Controller: First, clip the alligator clips on to each other. Next, insert the safety key into the keyhole and PUSH DOWN HARD to fully compress the rubber stopper under the safety key. The key should now make contact and the light bulb should light up. Now at the same time of pressing the safety key down and the light bulb lighting up, press the Launch Start button, the light should go out. If this is true your launch controller is working correctly. Always remove the safety key before approaching rocket and immediately after launching as an extra safety precaution. If this still does not help please contact Customer Service at the www.estesrockets.com website.
What types for glues work best to build model rockets?
In general terms, adhesives that work well with porous materials (balsa for example) do not always work well for bonding non porous materials – like plastics. Some rocket builders recommend using glues like Elmers Carpenters Wood Glue and Titebond for bonding balsa and paper parts together, but these glues will not hold plastic nose cone parts together at all. For plastic, something like Testors Plastic Cement (red tube) works very well. Both of these glues are usually found on a model rocket builders bench along with some type of epoxy.
You can use some types of CA (Cyanoacrylate) glues for bonding both porous and not porous materials together. Several rocket builders use a brand called ZAP and it comes in thin, medium and thick viscosities…they recommend the medium (lime green label) as a glue that will bond various materials together. However, while the bond of the CA to plastics is good, they do not believe it to be better than solvent based adhesives, like Testors Plastic Cement or something else called Tenax 7R, which is a liquid that you brush on and it literally welds the plastic parts together…and it is super easy to use.
Estes 2157 Saturn Vac Formed Parts Attachment
This update is for those of you having trouble affixing the vac formed body wraps to your Saturn V body tubes. We have had a few emails regarding the application of a spray adhesive to the vac formed parts resulting in the thin ABS plastic melting. Please note the following options:
Can I use my older engines?
Engines do not have a shelf life. You can use old engines if the engines were always stored in a cool dry area, and never exposed to humidity and extreme heat or cold (garage or attic) you can use them. However, you will also have to watch for erosion of the clay cap and the black powder showing on the sides. My last recommendation is due to the age of the engine. I would never put the engine in a rocket that is dear to me and irreplaceable. If these motors do not meet these recommendations I would soak them in water and destroy them.
Soaking a small quantity of model rocket engines in water until they disintegrate will render the engines harmless. The non-colored paper casings will become unwound. The glue with which they are held together is organic and non-toxic. The intimate mixture comprising the propellant, delay and ejection charge will separate and fall to the bottom of the water as will the natural clay material comprising the nozzle and cap. These remnants can be safely disposed of in an outside trash receptacle. Each of the components is basically harmless alone and is not dangerous to people or the landfill in small quantities. If the components are left together to dry completely, the remnants are likely to be very flammable but should not pose a great hazard so long as they are not "remixed".
For more FAQ's regarding engines, Click Here!
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