The only change made to the SlabSlav Flora was the removal of the flora texture pattern. Included below is the original README for the SlabSlav Flora. The only change this makes to the README is that support blockers are no longer necessary since there is no pattern on the sides.
A 30rd AKM mag with overall geometry similar to Slabside Bulgarian mags, with frontal reinforcement ribs similar to the AK-103 mag design. ~~Has a "Flora / Micro Camo" texture pattern on both sides of the magazine.~~
Has an anti-friction follower, and a separately printed rear locking lug.
This design ALSO allows the use of AR-15 magazine springs via alternate follower and floorplate versions, for Western (North American countries) builders; as AR-15 magazine springs are often cheaper and easier to acquire.
Tested with:
* Palmetto State Armory PSAK-47 GF3, Domestic * Zastava ZPAP M70, Serbian Import
Two follower and floorplate versions are available:
*Standard: AK spring usage. *AR: AR-15 spring usage, labeled on each part.
Compatible with original Laffs Dynamics Waco Waffle Series AKM Mag parts; with the exception of the baseplate.
Printer Used: Ender 3 V2
Filament Used: PLA+
Print Settings:
Extruder: 220C Bed: 56C First Layer Print Height: .2mm Standard Layer Height: .16mm Wall Perimeters: 8+ Infill: 45%+ Infill Pattern: Gyroid Support Material Percentage: 18%
~~(Use support blockers for the side flora texture patterns.)~~
Hardware Needed:
1x 30rd Length AK Mag Spring 1x 30rd Length AR-15 Mag Spring (OPTIONAL)
Parts Installation:
1) Apply cyanoacrylate adhesive inside the pocket for the rear locking lug. If the rear locking lug is slightly loose in the pocket, apply Clear Gorilla Glue instead. 2) Insert the rear locking lug, with the angled facet facing outwards, and down towards the mag body's base. Wait 24hrs for the previously applied adhesive to cure. 3) Lightly sand the anti-friction follower's sides and curved spine. 4) Slide the top of the magazine spring through the front of the follower, above the spring retention tab. 5) Attach the floorplate to the bottom of the magazine spring, making sure the first spring winding snaps over the retainers. 6) Slide the internal spring assembly into the magazine body. 7) Depress the floorplate, and slide on the baseplate. The floorplate's locking tab must index with the channel in the baseplate.
Notes:
1) Bulgarian, Korean, and US based Magpul springs have been tested. 2) Bulgarian Slabside Polymer AK mag followers, floorplates, and baseplates are compatible with the SlabSlav series of magazines.
This is a free buffer retainer hold down tool for installing and removing AR-15 buffers and buffer springs that was released by KAK: https://kakindustry.com/free-3d-printable-buffer-install-tool-stl/. I have posted it here for ease of access.
KAK has been a great supporter of the 3D2A/FOSSCAD community. They make parts for some 3D printable firearm designs which can be found here: https://kakindustry.com/other-firearms-3d/.
An adapter to attach a VZ-61 stock to a picatinny rail.
Print: Adapter Body and Adapter Key
Print Settings: Print with your preferred settings. Recommended is 100% infill (99% if using Cura).
Hardware Needed: M4x30 Screw and M4 Nut
Dugan Ashley is back! This is a backup/alternative way of getting the first four episodes of his Energetic America series that focuses on the production of explosives (purely educational content). The topic of these episodes are NAP, NQ, SADS, and TNT.
While it is still available, you can find his channel at https://www.youtube.com/@duganashley1337 and his backup at https://www.bitchute.com/channel/FZhvdAOC1oRy/.
Adapter to attach a M249 nutsack to your AR-15. It is meant for use with a belt-fed upper, but larping with a nutsack on a regular AR is pretty fun too. These can cost quite a bit for the aluminum version, but even the polymer ones are fairly expensive for what you're getting. Now you don't have to throw your money away.
The adapter can be pretty tight for regular M249 nutsacks with a metal latch, but they will wear in. A little sanding can help with fitting. AC-Unity nutsacks with their plastic-only latch should slide on no problem. If people want a slightly looser adapter for the metal latch nutsacks I can be convinced to release one.
Print settings: See the included picture for print orientation. Print it with your preferred settings but if you aren't going with 100% infill, then I recommend using at least 8 walls or an infill modifier overlapping the area the nutsack slides into set to 100% infill. Supports are useful for the one major overhang.
I saw some people asking for a non-stock option for the Hoffman Tactical Orca. So I have adapted the original V5.3 stock neck into two pistol buffer tubes. One is effectively just the stock with the extra rear surface area removed. The other is a thinner tube for those who don't like a chunky look. I'm not sure if these would not be considered a stock by the ATF, but the tube is required for function of the firearm and it purposely doesn't have very much surface area for shouldering so there's a better chance this isn't considered a stock than the original stock.
Print settings: Check out the Orca documentation for print settings. For the thin buffer tube I would recommend printing it at 99/100% infill.
The ARK1.0 can utilize printed ejectors but metal ones will last much longer. To this end, I present DXFs in order to have the ejectors cut for you. Invader Zip does sell metal ejectors for $9.99. You can get them here: https://invaderzip.com/product/ark1-0-metal-ejectors/. If all you need is the ejector then it is likely cheaper to simply buy it from him. But if you are already using a service like SCS for other parts it does not add much to have one cut. The main reason I made these is because Invader Zip was out of stock and I figured we might as well have the option.
The PPS and universal ejector STLs are nominally 3mm/0.119" thick and the Glock ejector STL is 3.175mm/0.125". The Glock ejector I recieved from Zip is 3mm so that is likely a safe bet for all of them. If using SCS, I would go with their A36/1008 Mild Steel with 3mm/0.119" thickness. They do
have 4130 Chromoly with a 3.2/0.125" option if you are tempted to get a thicker Glock ejector, but I don't see why that'd be necessary. The Glock lower appears to leave 3.3mm of clearance so it should fit although rather snugly.
I have included the STEPs that were generated in the process of creating DXFs from the STLs that are included with the ARK1.0 DLC release. Do with them what you please.
Dugan Ashley is back! This is a backup/alternative way of getting the fifth and sixth episodes of his Energetic America series that focuses on the production of explosives (purely educational content). The topic of these episodes is RDX.
While it is still available, you can find his channel at https://www.youtube.com/@duganashley1337
and his backup at https://www.bitchute.com/channel/FZhvdAOC1oRy/.