But what you'll be most happy about is this rocket is easier to build than comparable rockets thanks to the highly illustrated instructions. So it isn't going to be a leap in technology for you to go from a small rocket to high power.Īs you read this web page, you'll see how much engineering went into the construction of this rocket to assure a robust rocket that can take a lot of punishment. The nice thing that you'll like about this rocket is that it uses traditional rocketry components that you are already very familiar with, like: heavy walled paper tubes, plywood fins, and plastic nose cones. We painted ours a bright orange to give it a color you don't normally see on the rocket range. It is a 5-to-1 ogive that seems to pierce a hole through the sky as it ascends into the air. The long nose cone adds another distinctive feature to the rocket.
You'll be flying this rocket faster because the decoration goes very quick and smoothly. The other decal is cut from black vinyl, and really helps speed up decoration because you don't have ot mask off and paint yet another color onto the rocket. One is multi-colored printed on white vinyl that adds lots of, not a splash of color, but a bucket-load of color. There are two sheets of decals in the kit. Not only does the shape look graceful, but the rocket has big decals that add to the attractiveness. It is a slow moving rocket that makes it a great platform for experimentation, like learning how to set up dual-deployment electronics. It weighs over 5 lbs, so it is not a rocket that will fly so high that you won't see it the whole time it is in the air. This is a big rocket, with a length of 74.8 inches and a diameter of 4.0 inches, so it will impress you with its size.
The purpose of dual deployment is to bring the rocket down faster, so it doesn't drift as far. The Katana is a high-power capable dual-deployment rocket.
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