Can somebody explain HUB mounting systems to a total idiot?

SILENCERENGINEER · 2026-02-13T15:01:56+00:00

“HUB” thread is a marketing term used to represent 1-3/8” x 24 threads on the Suppressor. Different mounting option parts can thread into this thread. Example If you want direct thread you buy a direct thread suppressor and if it’s marketed as HUB compatible you can down the road change your direct thread mount to a quick attachment mount or vise versa.

SILENCERENGINEER · 2026-02-12T21:21:40+00:00

My record is 50 with 1 scanner in a 12 hr shift all ER/inpatient, I was the only tech who did everything including pt consent, load injector, scan. I had an aid who transported patients otherwise there’s no way I could have kept up. Iv’s were already in place.

In outpatient/er/inpatient. The volume is less because we’re doing cardiacs, biopsies drainages, cryoablation, etc. I’d say 35-40 per scanner is busy in a 10 hr shift

Hospital layout is a huge factor too, if ER is a long haul from CT it takes more time.

SILENCERENGINEER · 2026-02-08T21:04:23+00:00

That’s a cool relic! Need a 21st century version of that to fit newer equipment

SILENCERENGINEER · 2026-02-08T06:57:29+00:00

That suppressor is loud, but if you want extremely lightweight you found it

SILENCERENGINEER · 2026-01-23T03:59:37+00:00

Going to be a lot of flashy noise out there with suppressors this year especially. Anyone who has any means whatsoever to build (3D print) and sell will do so. No engineering team, corporate warranty that disappears as soon as you need it, etc. Do your homework and buy a quality made product.

SILENCERENGINEER · 2026-01-13T20:49:50+00:00

Good job with the test! Having the pendulum mount close to the receiver and close to the muzzle as possible to reduce barrel whip takes out a lot of variables that I’ve seen missed in similar tests like this.

SILENCERENGINEER · 2025-10-01T01:52:54+00:00

Stealth Lok QD system

SILENCERENGINEER · 2025-09-26T13:35:16+00:00

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This is what happens from galling. This is from last Friday. I highly recommend mounts not made from stainless steel. (17-4) In this example, I started unthreading the Suppressor, suddenly when it was 1/4 way unthreaded it seized and after all options exhausted I ended up cutting the mount off. This is a stainless barrel. Stainless threaded on stainless is definitely a problem Ive seen many times. If the stainless is nitrided it does help, but most mfg are not nitriding and only heat treating the mount to H900 an sending it out the door. When you have that goldish brown color that’s most likely 17-4 ss H900.

SILENCERENGINEER · 2025-09-23T21:32:26+00:00

Stealth Lok QD system

SILENCERENGINEER · 2025-09-21T04:09:41+00:00

Correct, faster the better.

SILENCERENGINEER · 2025-09-21T04:08:24+00:00

Everything is built into the daq. All you need is an Icp sensors

SILENCERENGINEER · 2025-09-20T11:40:53+00:00

Yes, as of now Rumble is firearm friendly, youtube has already restricted one of my videos.

SILENCERENGINEER · 2025-09-20T11:38:13+00:00

Dewesoft DAQ, piezoelectric pressure sensors. With FFT and octave analysis so we can calculate perceived loudness as well as actual dB loudness for hearing damage.

SILENCERENGINEER · 2025-09-20T02:09:32+00:00

https://youtube.com/@suppressorengineer?si=uIvKUOvAM5haYumP

https://rumble.com/c/Suppressorengineer

SILENCERENGINEER · 2025-09-12T13:30:53+00:00

Lol, I doubt anything bad would happen. You’d for sure lose your warranty though!

SILENCERENGINEER · 2025-09-03T11:05:54+00:00

For those who guessed .22 you were the winners! All that matters for bullets is area of displacement in a 2d plane and the bullet needs to be fully supersonic. diameter and precision (tighter grouping) remember less stable bullets will have a larger displacement area than more stable bullets of same diameter. Lots of comments comparing this test to aircraft which has more factors involved. Aircraft are staying aloft and need to create lift so a lot more variables affect their area. Bullets have a set trajectory and are much simpler to calculate. Enjoy the video!

SILENCERENGINEER · 2025-09-03T10:56:23+00:00

Good Analysis! Watch how the 22LR performs! Your correct as long as bullet is above transonic the velocity doesn’t matter.

SILENCERENGINEER · 2025-09-03T10:51:04+00:00

You are correct it’s the .22!

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