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Bullet Bill is a character that has appeared as an enemy in almost all of the Super Mario games from the very beginning. There are a few varieties, and their look and behavior has changed over the years. Like me, I'm sure you've been killed by a Bullet Bill many times.
I enjoy making crazy, non-traditional model rockets. I built regular ones as a kid, and I still find it extremely rewarding to test out new building methods and trying to push what I can do with simple, inexpensive materials.
I thought it would be neat to build a life-size Bullet Bill model rocket, as it provided all sorts of great challenges. I ended up building two versions, both of which I thought were beautiful in many ways, and they taught me a lot of new tricks.
Version 1 is covered briefly in steps 1 - 3. I began this first attempt with most of the planning focused on how to create a lightweight, visually accurate model of Bullet Bill. I didn't think much about its flight-worthiness until it was complete. At that point, I knew it surely wouldn't fly well, but thought, "Well, lets just go shoot this off and see what happens."
It didn't end pretty. The video is in step 3.
For version 2, which the photos show here, I applied the building techniques I learned with version 1, but paid closer attention to giving it a shot at actually flying. It was scaled down a bit, and built (somewhat) more like a real model rocket. The video of the launch of version 2 is in step 15.
Take a look at the steps involved and if you have any questions, please feel free to ask!
I enjoy making crazy, non-traditional model rockets. I built regular ones as a kid, and I still find it extremely rewarding to test out new building methods and trying to push what I can do with simple, inexpensive materials.
I thought it would be neat to build a life-size Bullet Bill model rocket, as it provided all sorts of great challenges. I ended up building two versions, both of which I thought were beautiful in many ways, and they taught me a lot of new tricks.
Version 1 is covered briefly in steps 1 - 3. I began this first attempt with most of the planning focused on how to create a lightweight, visually accurate model of Bullet Bill. I didn't think much about its flight-worthiness until it was complete. At that point, I knew it surely wouldn't fly well, but thought, "Well, lets just go shoot this off and see what happens."
It didn't end pretty. The video is in step 3.
For version 2, which the photos show here, I applied the building techniques I learned with version 1, but paid closer attention to giving it a shot at actually flying. It was scaled down a bit, and built (somewhat) more like a real model rocket. The video of the launch of version 2 is in step 15.
Take a look at the steps involved and if you have any questions, please feel free to ask!
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Signing UpStep 1Version 1 - A quick view
This is a quick view of version 1. Both versions were built from foam core, cardstock, thin painters' masking paper, and lots of glue. Version 1 was 19 inches tall, and 12 inches in diameter (without the fins attached).
Construction details were very similar for both versions, and will be covered fully in steps 4 - 14.
Construction details were very similar for both versions, and will be covered fully in steps 4 - 14.
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lol
wth
brb :)
THAT WAS EPIIIIIIC!!!!
with and without the tailpiece? please let me know. :D
Be warned, this is a tricky one! If you do make one, I'd love to see a photo when you're done! Good luck!
If you do, post a photo so I can see it!
Are you going to make one? If you do, post a photo when you're done!
http://www.towerhobbies.com/products/towq1000.html
great project! good pictures too.
if your engines are mounted in a rotating disc, and they are mounted in a sort of 'spiral' , the angular momentum of the disc would act like a gyroscope and stabilize the rocket... plus if the disc was spinning fast enough, the thrust should be effectively centered... just make sure you balance the disc before you fire the rocket
(i can't watch the vid because my computer is a little bi*ch and will freeze if it has to work hard..)
The simplest solution to my problem was for me to be smarter and build my nose cone just a little differently than I did. Hopefully I won't make the same type of mistake again!
One of the best parts is that it's a relatively inexpensive building technique, and only requires basic tools. (It does require a bit of patience, though!)