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10,000 Castles

Download free 3D model 10,000 Castles, franciscoczapskiDownload free 3D model 10,000 Castles, franciscoczapskiDownload free 3D model 10,000 Castles, franciscoczapskiDownload free 3D model 10,000 Castles, franciscoczapskiDownload free 3D model 10,000 Castles, franciscoczapskiDownload free 3D model 10,000 Castles, franciscoczapskiDownload free 3D model 10,000 Castles, franciscoczapskiDownload free 3D model 10,000 Castles, franciscoczapskiDownload free 3D model 10,000 Castles, franciscoczapskiDownload free 3D model 10,000 Castles, franciscoczapskiDownload free 3D model 10,000 Castles, franciscoczapskiDownload free 3D model 10,000 Castles, franciscoczapskiDownload free 3D model 10,000 Castles, franciscoczapskiDownload free 3D model 10,000 Castles, franciscoczapskiDownload free 3D model 10,000 Castles, franciscoczapskiDownload free 3D model 10,000 Castles, franciscoczapskiDownload free 3D model 10,000 Castles, franciscoczapskiDownload free 3D model 10,000 Castles, franciscoczapskiDownload free 3D model 10,000 Castles, franciscoczapski

3D model description

#BuildACastle

Build your Sand Castle with this textured modular molds.

A mold design that works.

Anyone can do it.

Print one tray and start building

You will be able to:

Build Rocky walls and tall towers.

Create thousands of castle shapes and wall combinations.

Form details parts like parapet walk, tunnel and roofs.

Make a big size sand castle, break the 200x200x200mm barrier.

Have Fun and play, building and calculating

3D models created in 123D; This Project has an educational Purpose.

See instructions for:

Math facts

Working with sand tips

Printing Settings

Short Presentation Video

https://youtu.be/HynJygsRE3g

Presentation Video

https://youtu.be/u4G8F85yoco

3D printing settings

Use the outside angle rules for regular polygons:

A=360/N (degrees)

A= outside angle form between two side lines of a polygon.

N= Number of sides on perimeter wall ( square N=4)

How to use it:

For a Hexagon N=6

Draw a line on the floor

Build your section wall on top of the line

Starting on the center of one tower Draw a second line 60 degrees of the first one (360%6=60)

Build another section and repeat the angles until you make it all around.

OR

Formula to build a regular polygon (works with any scale)

R=S/2sin(180/N)

Where:

R= radius of outside wall (center of it)

S= Side length of 01 wall section

N= number of sides on the perimeter wall. Example square N=4, octagon N=8, ETC

How to use it?

Build a small wall section + two tower

Measure the distance between the center of the towers. (S)

Decide how many sides you want the perimeter wall to have. (N)

crunch the numbers and find the radius.

Draw a circle with the calculated measurement.

Go around this line marking the distance S,

You will get N number of tower marks, matching the spacing perfectly.

OR

Use one of the pre-calculated Radius/Side proportions.

4 sides 1 S = 0.707 R

5 sides 1 S = 0.85 R

6 sides 1 S = 1.00 R

7 sides 1 S = 1.152 R

8 sides 1 S = 1.307 R

Working with sand:

Plan your build, do the math, check the weather.

Make a strong foundation, pack the sand down

Build piles of wet sand to set different elevations

Work always from top to bottom

Layer by layer pack sand tight inside the mold

Always carve from outside to inside

Printing Settings and Tips:

0.3 mm layer high on PLA

03 outside layers and 03 top/bottom layers

Do not over extrude, specially the clamp!

You can print walls with 0% infill, no support.

Print it fast, small defects do not transfer to sand

  • 3D model format: STL

Tags

Creator

License

CC BY ND

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