This is a model of the M18A1 claymore antipersonnel mine. The model is hollow inside, features a main body, rear lid, and sight assembly with fuse wells.
Assemble the main body by solder iron welding or gluing the sight assembly and fuse well in place. Then finish the mount by screwing the legs into place with 4x M5 bolts (15mm length) or 10-32 bolts, using nylon locking nuts so that they can be installed loosely enough for them to rotate, but not loosen over time. Install the rear lid by solder iron welding or epoxy. Screw the blasting cap holders into place in the fuse wells. Optionally, heat and bend the legs at the base to space them slightly further apart.
This model also has an optional rear cover to create the M33 training device. An M33 is made by using a mold of a real claymore mine, with the raised M18 text ground off, then painted blue on the back and engraved M33.
This model can be made as a functional destructive device with the proper explosive compound and projectile filler. The claymore itself is merely a case for the actual destructive device, which is the matrix of metal 1/8" ball bearings epoxied into the front.
There is no detonator or detection of any kind built into the claymore. The claymore is command detonated by inserting a blasting cap into the fuse wells.
I recommend leaving all dummy claymore mines hollow and not adding any sand or weight filler, nor leaving them unattended.
This is a perfect 1:1 scale replica of a claymore and it can and will cause a bomb scare if handled improperly.
File | Extension |
---|---|
M18A1 CLAYMORE MODEL.zip | zip |
Version: 1.0.0 latest
Initial release
This is a model of the M18A1 claymore antipersonnel mine. The model is hollow inside, features a main body, rear lid, and sight assembly with fuse wells.
Assemble the main body by solder iron welding or gluing the sight assembly and fuse well in place. Then finish the mount by screwing the legs into place with 4x M5 bolts (15mm length) or 10-32 bolts, using nylon locking nuts so that they can be installed loosely enough for them to rotate, but not loosen over time. Install the rear lid by solder iron welding or epoxy. Screw the blasting cap holders into place in the fuse wells. Optionally, heat and bend the legs at the base to space them slightly further apart.
This model also has an optional rear cover to create the M33 training device. An M33 is made by using a mold of a real claymore mine, with the raised M18 text ground off, then painted blue on the back and engraved M33.
This model can be made as a functional destructive device with the proper explosive compound and projectile filler. The claymore itself is merely a case for the actual destructive device, which is the matrix of metal 1/8" ball bearings epoxied into the front.
There is no detonator or detection of any kind built into the claymore. The claymore is command detonated by inserting a blasting cap into the fuse wells.
I recommend leaving all dummy claymore mines hollow and not adding any sand or weight filler, nor leaving them unattended.
This is a perfect 1:1 scale replica of a claymore and it can and will cause a bomb scare if handled improperly.
5.5K
622
Feb 23, 2023
3D Printer
United States
English
Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International
File | Extension |
---|---|
M18A1 CLAYMORE MODEL.zip | zip |
Version: 1.0.0 latest
Initial release
The files shown on this site are only available to U.S. Persons, as defined at 22 C.F.R. 120.15. The files are also not available to persons outside the United States or to residents of and persons in the State of New Jersey, with the exception of Federal Firearms Licensees.