Outbuilding 2 earth cellar "Kartoffelkeller" of the Struckmannshaus (true to scale)

Real German houses measured and digitized by hand

An earth cellar that you can dig into your diorama. You can see the staircase entrance and the opening for the food. To see where the floor level is, use the cutaway model to help you.

In the entrance, a descending staircase leads to a vestibule with a door on the left that leads to the storage room.

A building with history is now ready for your 3D printer. With different scales, they can embellish their model world.

Associated objects

Download the related objects for free

• Main building Struckmannshaus

• Outbuilding 1 The shed

• Outbuilding 2 earth cellar "potato cellar"

Contents:

• Wall structure

  • Scale 1:100
  • Scale 1:75
  • Scale 1:50
  • Scale 1:1

• Roof and entrance

  • Scale 1:100
  • Scale 1:75
  • Scale 1:50
  • Scale 1:1

• Non-dismountable model

  • Scale 1:100
  • Scale 1:75
  • Scale 1:50
  • Scale 1:1

• Sectional model

  • Scale 1:100
  • Scale 1:75
  • Scale 1:50
  • Scale 1:1

• Ventilation complete

  • Scale 1:100
  • Scale 1:75
  • Scale 1:50
  • Scale 1:1

• Vent pipe

  • Scale 1:100
  • Scale 1:75
  • Scale 1:50
  • Scale 1:1

• Venting cap

• Project file for scale 1:5

• Technical drawing

• Storage box

• info text

Models are all colorless.

Scales

All my building models are true to scale. With the 3 preconfigured scales you can make your scale diorama.

If you already have your own scale, you can use the 1:1 scale file to reduce it to your individual scale.

Description of the 3D file

I reconstructed the model on the basis of memories and photos. I want this building concept to be passed on to the world and not forgotten. That means I encourage you to pass the model on to your friends. The roof has a true-to-scale roof tile structure.

History of the building

The earth cellar was what the refrigerator is today. A horizontal door and another opening in the floor were the only parts of the building that could be seen above ground. The stairs were hidden behind the horizontal door and the other opening was used to put in food such as potatoes, cabbages or carrots. The trowel was used at the time when the Struckmannshaus was still a farmhouse. Perhaps even later by the owner. It was definitely no longer used after 2002

Personal history

The earth cellar was always a fascinating place for me. My father always told me when war breaks out, we hide in the potato cellar.

This model is part of my collection "The Struckmann file"

Your real house from the 3D printer

Use this model to print your own real house. For a building print of your own house. I have also provided a 1:1 scale file

I hereby authorize the modification of this file by a professional for the printability of the file for a building print.

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The Struckmann file

The Struckmann file is a document consisting of technical drawings, pictures and wire models. It lists all the furniture we have or had in the period 2002 - 2014.

Data from the Struckmann file for this furniture:

Building type: Earth cellar

Year of construction: 1889

Type of construction: Reinforced concrete construction

Architectural style: none

Location: Hemmoor

Floors: -1

Cellar: yes

Rooms: 2

Rooms: 0

Important settings summarized

• Support structure

  • Normal support structure
  • For the support structure, the setting Burst print bed should be activated

• Positioning

  • Normal position with the underside on the print bed

• Print bed adhesion

  • Brim is recommended as the corners often peel off with a poorly leveled print bed

Building printing

NOTE! This wire model is not suitable for real building pressure and must be adapted by a specialist!

Do you want to have this model printed as a real building? Get advice from such a building printing company. And have an appropriate specialist prepare the wire model so that it can be printed as a building.

Positioning and scaling

Minimum scale: M: 1:100, recommended scale min. M: 1:50

Hardware settings details

Printer: Creality CR 10S Pro V2

Filament: Renkforce PLA

Recommended print bed: Spring steel on magnet

Nozzle: 0.4mm

Software settings details

Quality:

Layer thickness: 0.2mm

Line width: 0.4mm

Line width of the first layer: 100%

Walls

Number of wall lines: 4

Hook on: Optimize wall pressure sequence

Fill gaps between walls: Everywhere

Top/bottom

Top/bottom thickness: 0.8mm

Upper layers: 4

Lower layers: 4

First lower layers: 4

Lower/upper pattern: Lines

Lower pattern for first layer: Lines

Filling

Filling density: 20%

Line spacing filling: 6mm

Filling pattern: Cube

Filling layer thickness: 0.2mm

Material

Printing temperature: 195°C

Pressure plate temperature: 50°C

Flow: 89.89%

Speed

Print speed: 50mm/s

Filling speed: 50mm/s

Wall speed: 25mm/s

Upper/lower layer speed: 25mm/s

Movement speed: 150mm/s

Speed of the first layer: 20mm/s

Skirt/brim speed: 20mmn/s

Number of slow layers: 2

Movements

Tick on: Activate feed

Feed distance: 6mm

Feed speed: 45mm/s

Minimum movement for feed: 1.5mm

Hook on: Z-jump during feed

Z-jump height: 0.2mm

Cooling

Tick on: Activate cooling for printing

Fan speed: 100%

Limit value for normal...fan speed: 10

Initial fan speed: 0%

Normal speed of the fan at height: 0.6mm

Minimum time for shift 10s

Minimum speed: 10mm/s

Support structure

Hook on: Generate support structure

Support structure: normal

Placement of the support structure: touch print bed

Angle for overhanging support structure: 45.0°

Pattern of the support structure: zigzag

Number of wall lines of the support structure: 1

Density of the support structure: 10%

Tick on: Activate support structure interface

Hook on: Activate supporting roof

Hook on: Activate supporting floor

Density of the roof structure: 40%

Line spacing of the roof structure: 2mm

Density of the floor structure: 33.333%

Line spacing of the floor structure: 2.4mm

Pressure plate adhesion

Printing plate adhesion type: Brim

Width of the brim element: 8mm

Instructions for loosening the support structure

if you have a dual extruder, use water-soluble support structure. This is because loosening conventional support structure is tricky.