It's a cute little desk trinket. It required a bit of trimming with side cutters, but that was a pretty quick process.

Great friction fit, printed quickly, holds my Shield Pro perfectly.

It works, can't say much else. I tried a few other designs that were available, and this was the only one I tried that didn't break when used for funneling boric acid into a wall. No complaints!

I had a unique issue when printing a few of these, and it's entirely on my end. I wanted to print these in PETG-CF and PLA-CF for the sake of durability, but I encountered an issue with my printer in particular. When printing CF filaments, my printer has issues with bed adhesion and layer adhesion, especially with PETG-CF. I resolved this by increasing my bed temperature to 75C, changing my bottom layer to a Hilbert curve, increasing the nozzle temperature to 265C, changing the sparse and solid infill patterns to an octagram spiral, and monitoring the nozzle for clumping. I'm still working on solving the clumping issue, but the layers are adhering much better after increasing temps and modifying infill. My issues were not on the part of the designer, they were on me. Just be aware if you're printing this in any kind of CF filament. No complaints to the designer from me

I've printed over 100 of these for me and my buddies on our range days. These are so much easier to reload than the mil-spec steel ones, and with the spoon that the designer made, they work great on my Magpul 10-round mags. I can't comment on their compatibility with 30-round magazines because I live in New Jersey and we can't have those.

I just printed the two rear silica bead containers for the original AMS, as I already had the front containers from another project. They snapped together pretty easily, and the sliding doors worked perfectly when printed in PLA Basic Gradient. No complaints from me! No pictures unfortunately because it's already buried inside my AMS

These work great, and I saw a noticeable improvement in the moisture levels within a few short hours after installing these. I printed them in PLA Basic Gradient because I'm fancy like that. I used Dry & Dry silica beads, so we'll see how long they last. Great solution on the sliding lids, they work perfectly and I don't see any problems. The only improvement I could possibly suggest is having some sort of locking mechanism for the sliding lids, though I can't think of a way to implement that idea in the current footprint.

A fair warning to anyone making this case - don't print in PETG-CF without adjusting settings. I made that mistake, and I had a ton of infill lines peeling up off the previous layer, so much that I had to restart twice before I figured out the issue. I wouldn't normally print in PETG-CF, but I got a bunch of spare material from work, so I figured I'd use it. Set your sparse and solid infill to a Hilbert curve or an octagram spiral, and set your bottom layer to a Hilbert curve to avoid the layers peeling. It's going to take longer to print, but it'll be worth it when you actually have a successful print. Also increase your bed temperature a few degrees if you have first layer adhesion issues, and/or use a glue stick. I set my bed temp at 75C and my nozzle temp at 265C to avoid clogging & clumping, and it's working beautifully. Love these cases and the whole system the uploader built. Great work, and I'll be using these for my next range day!