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- เผยแพร่เมื่อ 25 มิ.ย. 2024
- In this exciting DIY CNC project, we take you through the process of creating a cornhole game from scratch in just 2 hours! Armed with a simple design, some plywood, a CNC machine, and a creative idea for custom corn bags made from old pairs of jeans, we bring this classic outdoor game to life.
We start by showcasing the CNC operations, detailing the precise cutting process with a strategic order of operations to ensure the best quality parts. Watch as we load sheets of plywood onto the CNC router, carve out mortise pockets, cut holes for corn bags, and create the components necessary for the game fields and leg components.
As a bonus, we also craft a smaller, tabletop cornhole game for indoor fun while building the main one. After CNC operations, we move on to trimming the edges of the components, sanding them to perfection, and applying a smooth finish.
Sewing custom corn bags from old jeans is an interesting part of this project, and we take you through the process, sharing tips and tricks. Once the components are ready, we assemble the large cornhole game and test it in the park.
Join us in this creative journey, and if you'd like to replicate this project, you can find the CNC files on our website. Thanks for watching, and we'll catch you in the next DIY adventure!
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Love it. I've made several custom cornhole boards for various people as gifts and it is a fun game, plus an easy build. Doing it on the CNC is a great idea.
Thank you! Custom cornhole boards are a great gift idea, and CNC certainly makes it easier.
Sawing part of the video is great. 😂😂😂 thanks for your work. I binge watch your videos. You are very talented.
Thank you so much 😀
Yeah. You finished the cornhole bags. 😂 you ain't slick. 😉 Beautiful board design, my friend
Haha, you caught me - we needed some assistance on the corn bags 😂
Thanks a bunch for the kind words on the board design!
Hello good job. Tell me what your milling cutter diameter and cutting modes are, thank you.
Thank you!
We used a 0.125-inch bit at 6500 mm/min and 25000 rpm while doing 6 mm deep cuts per pass (two passes per contour) - the cut surface turned out great, and we didn't have to add any support tabs.
Thank you, a good machine you have supports such a speed with such a depth. Good projects to you.@@Aribabox