How to Create a Low-Poly 3D Model of Hindenburg in SelfCAD

 |  Moses Zikei

3D Designing a 3D Model of Hindenburg Ship in SelfCAD

A low poly Hindenburg retains the recognizable silhouette and key features of the airship while minimizing the complexity of the design. This style of modeling is often used in games, animations, and digital art to create stylized and visually appealing representations of objects and characters.

The low poly Hindenburg may feature basic shapes to represent the airship's main body, tail fin, and passenger compartments. Details such as windows, doors, and rigging are simplified or omitted to achieve a minimalist aesthetic. Despite its simplified appearance, a well-executed low poly Hindenburg can evoke the essence and historical significance of the iconic airship.

Steps to Making a Hindenburg in SelfCAD

You can check out the interactive tutorials to learn how to create. Below is the summary of the steps.

Begin by launching SelfCAD and open the workplace:

SelfCAD workspace

From the 3D Shapes select the Sphere:

3D shapes in SelfCAD

Tick the check mark to finalize the sphere:

Check mark in SelfCAD

Activate the Scale tool and use the gizmos to set Z to 311:

Scaling in SelfCAD

Click “X” to close the transformation panel. From the 3D Shapes select the Cube:

3D shapes in SelfCAD

Tick the check mark to finalize the cube. Activate the Scale tool and use the highlighted gizmos to set X to 43.43, Y to 43.42, Z to 43.42:

Scaling in 3d designs

On the toolbar, activate the Move Tool and use the highlighted gizmo to set Z to 153, X to 9,  Set  Z to 221 and Y to 7.29, Z to 163. Set Y to 5.29 in that order:

Move tool in SelfCAD

Activate the Scale tool on the toolbar, and use the highlighted gizmo to set Y to 33.42, Y again to 32.42, X to 34.42, then to 29.42, X to 17.42, Y to 36.42:

Scaling the model

Click “X” to close the transformation panel. Select the Cube from the 3D Shapes:

Selecting the cube

Set the Width to 1 and Depth to 65:

Applying settings

Tick the check mark to finalize the cube. Select the cube from the 3D Shapes:

3D shapes in SelfCAD

Set the Width to 1 and tick the check mark to finalize the cube:

3D shapes in SelfCAD

Activate the Rotation and, set Z 270, and then click on the Move tool. Use the highlighted gizmo to set Z to 15:

Rotation

Click “X” to close the transformation panel:

Closing settings

There you go, the Hindenburg is ready:

3D model

You can then adjust the color by clicking on the Color picker. In this case, click on the silver button to select the color and click ok to confirm the color:

Applying colors to 3D models

Remember the goal of creating a low poly Hindenburg is to capture its essence with minimal detail. Have fun experimenting with shapes and colors to achieve a unique and recognizable representation of this historic airship in SelfCAD. If you would like to 3D print the file, you can use the in-built online slicer of SelfCAD. Get to know how it works in the video below.


Enjoy powerful modeling, rendering, and 3D printing tools without the steep learning curve.

Need to learn 3D modeling? Get started with interactive tutorials.

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