Crosman 1322/1377 Silencer

1322 silencer and scope mounts

I’ve made a new silencer for the Crosman 1322/1377. Here’s a mesmerizing time lapse of the 3D printing process.

I also just put up a little video of the installation process and testing on YouTube. Check it out here:

Daisy Powerline 426 Silencer

Daisy Powerline 426 Silencer

Making the Daisy Powerline 426 Silencer

I’ve had a few requests for a silencer for the Daisy Powerline 426. It’s been a lot of work, but I’ve finally got something that will work without making alterations to the gun itself.

The biggest challenge to overcome is that it needed to somehow mount on the gun without damaging it. The Powerline 415 Silencer presses into the plastic barrel shroud, but there is too little space to do that in the 426. My first idea was to make little nubs that clutch the outside of the shroud. See below.

The first attempt at a gripping adapter

The adpater DID grip the gun, but it wasn’t secure enough. The next idea was to use the under barrel accessory rail along with the gripping nubs.

The first try at a 426 Silencer

The silencer worked and looked really cool and sleek, but I knew a lot of people would be disappointed that they couldn’t mount a laser as well. The next idea was to use the under-barrel accessory rail, and use the silencer as a base for a laser instead.

The finished Silencer Installed on the Daisy Powerline 426

You can buy the Daisy Powerline 426 Silencer HERE. Thanks for lookin’!

Daisy Powerline 415 Silencer Test

Daisy Powerline 415 Silencer Test Featured Image

Daisy Powerline 415 Silencer Test

This is just a short video showing the sound difference without and with the 3D printed silencer on the Daisy Powerline 415 CO2 Pistol. I’m shooting Daisy Precision Max Steel BBs. This video really doesn’t do it justice, but you can certainly hear the difference. I shot at an archery target to take down some of the secondary noises.

UPDATE: I’ve listed the silencer for sale HERE

Daisy Powerline 415 Silencer Build

Daisy Powerline 415 Silencer Build Part 1

3d Printed Silencer Inspired by the SilencerCo Osprey

My son just bought his first CO2 BB Pistol. I started him out with the Daisy Powerline 415 for ease of use… and low cost of course. He’s 10 and scrawny like me so I wanted to make sure it was easy for him to load and shoot. He read the manual(because I made him) and we set it up. It was getting dark outside, but I wasn’t going to let him go to bed without at least firing a couple of rounds. He fired the pistol and the sound really reverberated and got the neighborhood dogs barking. So my mind went straight to engineering mode, “we gotta make a silencer for this little thing.” So that’s what we did and it works great. I need to get my hands on a decibel meter, or perhaps get someone who has one to test it(anyone, heh? heh?) but until then you’ll have to just listen to the test video in Part 2.

Side Note: Is that trigger pull long, or what?! I always emphasize the importance of not yanking on the trigger, but it really takes some getting used to have such a long pull. He kept thinking that the gun wasn’t working right. Slowly pulling and pulling and pulling… “Dad, is the safety on?”


The Outsides

3D Printed Daisy Powerline 415 Silencer
3D Printed Powerline 415 Silencer
SilencerCO Osprey Silencer
SilencerCO Osprey

As you can see, in the above pictures, the design was inspired by the SilencerCO Osprey. I like that they match the profile of the pistol, so I went with the same look on the outside. I did a little research on the baffles of different silencers and decided to go with the cone type, rather than what is inside the osprey only because that seems to be tried and true and works well for 3D printing.

The Insides

In the picture below you can see the inside of the Osprey. That’s purrrdy.

SilencerCO’s Osprey Cutaway

In the picture below you can see my crappy cutaway. I chose 60 degree cone-like baffles, so they could print without any support. This would be impossible to injection mold in one piece.

Cutaway of 3d printed silencer for daisy powerline 415
My Really Junky Cutaway Sample(I blame the bandsaw)

To mount the silencer you just slide it in and it snaps in snuggly. I fired about 100 rounds without issue. It REALLY cuts down on the noise and doesn’t affect the accuracy a bit. By accuracy, I mean the standard random 4-5″ 10 yard grouping. My son loves the way it looks and I’m happy he can shoot in our backyard without concerning our neighbors now. I’ll probably add to the aesthetics a bit later and post the files to 3D print it. In part 2 I’ll post a video of the shooting test so you can hear the sound difference, so stay tuned.

UPDATE: I’ve listed the silencer for sale HERE

3D Printing Airgun Targets

A Great Way to Get Kids Excited About Shooting

I came home from work today and saw my son out back shooting away with his Red Ryder.

Usually the only time he shoots is when I invite him and his sister out to do some backyard plinking with dad. I went outside to let him know I was home and to talk with him. I wanted to hear what got him excited about shooting. He had so much to say… but it mostly came down to his new targets.

We’ve been experimenting with 3D printed targets. Little men, tombstones, robots, solid, hollow, thick, thin, small, big, shattering, bb catching, etc. But we finally found the one that was the best.

The little black plastic figures are modeled and 3D printed… by him. The wooden blocks with the block man on it was also made by him.

He set them up and tried to have them arranged in such a way that there were some who were enemies and others who were friendlies. Think Time Crisis arcade shooting. He’s got a good imagination, but it’s not too far from that and just as much fun.

He invited me to try shooting one of the 3D men behind a wall without knocking the wall down. I drew up and shot him without touching the wall and handed the Daisy back to him(I got lucky). His jaw dropped as if I just revealed my superpower.

I told him to keep it up and went inside. He didn’t come in until the mosquitoes got the best of him.

He had a blast. Every time he knocked one down or spun one around he was excited to go pick it up and see where it hit and what kind of damage it did.

We found that it is best to make them hollow with only about 20% infill. This way the men don’t shatter after one shot. They get damaged by every shot(the fun part), but not so much that you can’t keep shooting them again and again. All in all a successful little experiment. I’m sure this will end up being a regular thing. It has certainly served to get my kids even more excited about shooting their BB guns.

I may start adding them as a sort of bonus item thrown in with The Little Buck Rail scope mount. I’ll wait until we’ve thoroughly “tested” them though;) Have an idea for getting the kids shooting? What has worked for you?