![[Laser cut and engrave] Small Storage Shed Model](https://image-res.xtool.com/resource/xtool/community/attachment/xtool-community/60066116-7afa-490b-b2b7-da932135afc7?x-oss-process=image/resize,w_1200,h_900,limit_0/interlace,1/format,webp/auto-orient,1)
Small Storage Shed Model
Instruction
Information
Toys that replicate real-life tools or places children often see tend to be more fun and engaging during playtime. A model storage shed is one of those toys and in this tutorial, I'll help you build one for your kids.
Instruction
Step1: Start with a box
To build this small storage shed, we will need a box to serve as the main structure. Let's use the site boxes.py to build a simple box that will have finger joints.
I build the standard 4 inch by 4 inch box and we will modify that template in the next steps.
Step2: Create the Gables
Next, let's import the box SVG and start modifying it to build the structure. First I rotated one of the side panels so that the bottom is at the top. I added in a triangle to be the gable. Unlock the triangle so that you can adjust the width and height independently. The equilateral triangle will be too tall unless you do this. I started by matching the width to the panel and then lowered the height until it looked right.
You then need to ensure the two shapes are touching and then use the combine tool to unite the two parts.
Step3: Roof Panels
Now lets add in a rectangle. We want it to match the length of the gable along the slope of the roof. This of course can be done mathematically with the Pythagorean theorem, but since it is easy enough we can just rotate our rectangle so that it is on the same slope and then adjust the length to match. I allowed for just a little bit of overhang.
Once the rectangle has the right length, you will then want to move it over to other side panel to get the width. This is of course 4 inches, so you could just set it to that and provide a little overhang as well.
You will need to duplicate this part for the two halves of the roof.
Step4: Create a window
To dress up the design, I thought it would be nice to add in a simple window. The simplest way to do that is to add a small square and then use the array tool to make a 2x2 grid. You can then copy this to other panels of the design.
Step5: Create a door
We also need a door for our building. I just used another rectangle and some smaller rectangles for windows. I used the array tool and did a row of window panes. I also engraved a rectangle below the windows to give it sort of a craftsman style door..
Step6: Position parts, Configure settings and Cut
Most of the processing is cutting at 100% power, 2mm/s and 2 passes. This configuration is for the D1 with a 5W laser, but your laser may require different stings. I used two 12x12 sheets of material and had a lot left over.
Be sure to follow the safety guidelines that come with your laser. Always wear personal protective equipment while the laser is in operation and never leave your laser unattended.
