beegee3D

hYPERfOCUS

<h2>Rocket Bowling</h2><h3>Like regular bowling but with ROCKETS!</h3><h4>Designed by hYPER fOCUS (that&#39;s me) - exclusively on Maker World.</h4>&nbsp;This fun and dynamic game includes a launcher with three rockets, 10 bowling pins, and a pin setting device for easy setup allowing you to set 10 pins perfectly in just a couple of seconds. You can play by yourself, or with many players. The rules can be the same as regular 10 pin bowling, or you can make up your own rules.&nbsp;The launcher can fire the rockets 20 meters, so you can set the pins nice and far away. 2-3 meters is ideal. The launch tube is aimable, and the launch button can deliver variable amounts of force.&nbsp;If you print two sets, players can sit opposite one another aiming at each others pins. (wear glasses or something, safety first.)&nbsp;I designed this game a few months ago in collaboration with my 5yrold son. Combining the concepts of bowling, with rockets. Because everything is more fun with rockets! We&#39;ve been experimenting with it for a while and having a great time.&nbsp;I get a huge amount of satisfaction hearing feedback from people whose lives are improved (even only a little bit) by my designs. I looking forward to putting Rocket Bowling out into the world and hearing stories of the fun you all have.&nbsp;<h2>ENJOY!!!</h2>Multicolour - my design philosophy when it comes to multi colour printing is to use a minimum number of colours and colour changes. Just enough to give the models some character, but without purging our lives away. I think there are a total of 7 or 8 colour changes for all build plates. But you also don&#39;t need multi-colour to enjoy the game.&nbsp;Support - Designed to be printed without any support at all.&nbsp;Infill - The pins use lightning infill to save a huge amount of filament&nbsp;Brims - Some of the models benefit from having brims. Especially pins and rockets. The last thing you want is to score a strike before the print is finished.&nbsp;Pin Setter - The biggest problem with manual bowling games is resetting the pins without knocking them over, and getting them nicely aligned seems to be impossible. The pin setter I&#39;ve design and included allows you to drop pins in upside down, pull the handles apart, place the pins and left the pin setters up. This means you can perfectly set pins in just a few seconds, taking the headache out of table top bowling games.&nbsp;Here is a score sheet you can print out to keep track of scores&nbsp;Standard Rules: Each pin that is knocked over scores 1 point.You have two launches per “frame” (or turn)Your score for the frame (or turn) is how many pins you knocked over.&nbsp;When you knock all ten pins down, you have a chance to score bonus points. If you knock over all ten pins on your first launch, this is a “Strike”. If you knock over all ten pins on your second launch, this is called a “Spare”.<ul><li>STRIKE: This is when you knock over all ten pins on your first launch. You place an “X” in the frame and this is equal to ten points, PLUS the next two launches. If you score a Strike in the final frame, you get two more launches. </li><li>SPARE: This is when you knock over all ten pins on your second launch. Place a / next to the number of pins you knocked over on the first roll (For example &#34;6/&#34;). You score ten points, PLUS the number of pins you knock over on the next turn. If you hit a spare on the final frame, you have one more launch to add to your score.</li></ul>For more detail on how to keep score, this is a helpful video:<figure class="media"><div data-oembed-url="https://www.youtube.com/watch?v=aBe71sD8o8c"><div style="position: relative; padding-bottom: 100%; height: 0; padding-bottom: 56.2493%;"><iframe src="https://www.youtube.com/embed/aBe71sD8o8c" style="position: absolute; width: 100%; height: 100%; top: 0; left: 0;" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen=""></iframe></div></div></figure>&nbsp;The maximum score is 300, this can be achieved if you score 12 strikes in a row.&nbsp;Here is a score sheet you can print out to keep track of scores<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000454203/design/2024-05-03_5c5e8b671fecb.jpg"></figure>

Rocket Bowling by hYPER - Fun bowling game.

thelightspd

One of the biggest issues witht the Bambu AMS Lite is the footprint it takes. I wanted to have it on the wall when I wanted it on the wall and to be able to quickly take it to the desk when needed. I wanted to do this without any screws or hardware and thats exactly what we got here. &nbsp;Print the Wall Cleat (french cleat); Attach to the wall with 3" sheet rock screws into a stud. There are two. Once this is done no other tools are needed. Replace the stand on the AMS with the AMS attachment and use all 8 screws. Once attached you no longer need tools. You simply slide it over the wall cleat… and make sure it snaps tightly into place. Light tapping on the ams may be needed to get it to seat. This is by design. If you want to print the desk stand in one piece, you need something like a Voron 300mm or bigger to print it in one go. If you don't have a printer that big I made a version for a Bambu size printer. For that version you print the feet as one, the spine, and the bolt. Yes you need to use supports like tree supports. Once printed assembly and tighten by using the bolt. If you can glue it up. It's better in the long run. &nbsp;I made the desk stand so it can be easily used or not with a push and a click. Enjoy.

The Ultimate Modular AMS Lite Mounting System

Ken Mills

A simple and elegant owl-shaped stand for your glasses. Glasses just drop on from the top. the the front of the glasses are held by the owl's beak and small ledge on the back holds the temples (arms). The weight and width of the circular base adds stability.&nbsp;Print standing up without supports. Layer settings are not critical, so your normal profile should work just fine.&nbsp;v2 angles the top edge for a better fit and to allow glasses to more easily slide on.

Owl Eyeglass Holder

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pumpkin20303

Here is my Rocket Quad, a FPV quad I designed to attempt to set the World Record for the fastest FPV Quadcopter. I have changed my project to work on another record so I thought I would release my design so someone else can unlock the speed that is hidden within.&nbsp;&nbsp;&nbsp;The quad is designed to work with standard, off the shelf, 5 inch FPV drone parts running Betaflight firmware. To build the quad you will need&nbsp;&nbsp;1 x Betaflight Flight Controller 30mmx30mm or 20mmx20mm 6s capable with an adapter I used Hobbywing F41 x 4 in 1 ESC 30mmx30mm 6s capable and at least 50 amps I used Hobbywing 60 a4 x 2207 2500kv motors1x Foxeer Razer Nano FPV Cam1x RunCam Nano 3 or Tiny Whoop Pinch FPV Cam1x ViFly Cam Switcher1x Foxeer Reaper Nano VTX and FPV Analogue Goggles I use FatShark HDO2 with Rapidfire Module1x FPV VTX Antenna (Lumineer AXII or Foxeer Lollipop Micro)1x ELRS Receiver with ELRS Radio Transmitter - I use FrSky X-Lite Pro with HappyModel ELRS Module1x GPS Sensor I use Foxeer MQ10 250 or MQ10 1804x Propellers - for testing normal 5 inch props are fine but for speed runs you will need high pitch APC props like the 5.2x6.0 at a minimum&nbsp;&nbsp;&nbsp;&nbsp;You will also need lipo batteries, I recommend using a 4s 1800mah for testing and a 6s 1500mah for speed runs.&nbsp;&nbsp;&nbsp;&nbsp;The Flight Controller stack is mounted upside down at the rear of the quad, this is to help with cooling and try to save the electronics in a crash so you will need to rotate the orientation in Betaflight as well adjust the motor rotation since the props will be in a pusher configuration.&nbsp;There are 2 options for Main Body and Tail Cone attachment, one uses 3x3mm round magnets, the ones I ordered where more like 3.3mm x 3.3mm. Or you can use M2 6mm screws with M2 threaded inserts.&nbsp;Assembly is pretty straight forward, but you'll need to use extra long wires for the FPV Cam switcher to the FC. The switcher is there for easy takeoff and landing as well as keeping the nose cone aerodynamic. The nose cone is designed to fit the listed FPV cams perfectly, you might be able to use others but I don't know how they will fit.&nbsp;If you have any questions I will do my best to answer.&nbsp;Happy Flying and Godspeed&nbsp;&nbsp;

fun

A1

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