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M14 Landmine

DSC01045.jpg M14 Landmine
DSC01037.jpg M14 Landmine
DSC01038.jpg M14 Landmine
DSC01039.jpg M14 Landmine
DSC01040.jpg M14 Landmine
DSC01041.jpg M14 Landmine
DSC01042.jpg M14 Landmine
DSC01043.jpg M14 Landmine
DSC01044.jpg M14 Landmine
1-Safety Clip.stl M14 Landmine
2-Pressure Plate.stl M14 Landmine
3-Fuze Body.stl M14 Landmine
4-Fire Pin.stl M14 Landmine
5-Belleville Spring.stl M14 Landmine
6-Partition.stl M14 Landmine
7-Mine Body.stl M14 Landmine
8-Detonator Holder.stl M14 Landmine
9-Detonator.stl M14 Landmine
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Creation quality: 5.0/5 (1 vote)
Evaluation of members on the printability, utility, level of detail, etc.
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3D design format
STL Folder details Close
  • 1-Safety Clip.stl
  • 2-Pressure Plate.stl
  • 3-Fuze Body.stl
  • 4-Fire Pin.stl
  • 5-Belleville Spring.stl
  • 6-Partition.stl
  • 7-Mine Body.stl
  • 8-Detonator Holder.stl
  • 9-Detonator.stl

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Publication date 2023-11-16 at 09:44
Design number 1581506
aarongump

aarongump

3D printer file info

3D model description

The M14 mine "Toepopper" is a small (56 mm [2.2 in] diameter) anti-personnel land mine first deployed by the United States circa 1955.[citation needed] The M14 mechanism uses a belleville spring to flip a firing pin downwards into a stab detonator when pressure is applied. Once deployed, the M14 is very difficult to detect because it is a minimum metal mine, i.e. most of its components are plastic. Because of this, the design was later modified to ease mine clearance with the addition of a steel washer, glued onto the base of the mine.

This model is designed on a 1:1 scale, allowing for complete disassembly and operation similar to a real landmine. The belleville spring is recommended to be printed using TPU material, cut in half, and then glued together. A layer height of 0.1 or lower is suggested for enhanced precision.

Watch video here-https://youtu.be/-C1nphPCg70?si=4dcaW6hgGBXPky2x

3D printing settings

This model is designed on a 1:1 scale, allowing for complete disassembly and operation similar to a real landmine. The belleville spring is recommended to be printed using TPU material, cut in half, and then glued together. A layer height of 0.1 or lower is suggested for enhanced precision.

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