Видео

Thank you. Actually, I think I do. Here, it’s been a while. This is probably the one you are looking for ruclips.net/video/3XraXwUHgxY/видео.htmlsi=jKbhqgM-hkvlvoe8

That’s cool. I’ve never heard of it being used for machine gun fire, but it makes sense. I’d like to see that

I sure did. Been there, done that

No, I did not think to do that. Definitely going to try that now

Idk how to thank you for this info

Many bayonets are not sharp even though they have a blade profile or bevel on them. They were designed to stab only and only later were they sharpened and designed to be a part time utility knife

That sounds cool. Please send me a link when you get it done, if you put it online

Did you figure it out yet? Probably paint on the barrel or a dented collar or maybe a dented muzzel. Sounds like something is causing a friction lock. Also, I'm assuming that you are pushing the collar away from the stock, yes? Not pulling it towards the stock?

Yeah definitely dont do this ever. Good way to slam your bayonet fixed open.

Yeah I misspoke a few times in this video. Just to be clear 360°=6400mils.

I understand. The video is meant displayed after a several hour long PowerPoint presentation. For someone trying to learn off of these videos alone, I could see that being a potential issue. That being said, these videos could easily be an hour+ long each. I had to make these videos in my free time and didn't have much of it at the time. I wish that I still had some of the gear so that I could remake the videos.

I really miss that mustache sometimes

I didn't bought this tho

@@mrjoeyeo8993 but i m interested to buy it but i can't find out any where.

@@MsWasi55 You could try Ebay for an old one or contact Seiler Instrument Inc.

No I don't believe they will be phased out. Supposedly there is even a new model coming

Was a 47. and instructed it for about 4 years

@@mrjoeyeo8993 rah. God bless for putting up with Fort Sill for 4 years.

Have you checked Ebay?

@@mrjoeyeo8993 thanks for quick reply. Yes I search on eBay. But I can't find out.

The videos are open for everyone to view. That being said, they were specifically made for Artillery Surveyors. They are issued special ordered total stations that do not have the ability to communicate with bluetooth or radio.

@@mrjoeyeo8993 oh right, thanks for the clarification.

I do not know. The method I used is just what the US military settled on as the "correct" method. If you can apply the M2A2 method to the PAB2AM, (and it meets your accuracy requirements) then I'd be interested to hear about it.

I can say that the calculations differ from country to country but the result is the same. Method shown in the video can be used with a PAB-2

ita ll the same becouse its same type of instrument, PAB-2AM its part of PAB-2 - soviet's army artillery bussole.

I sent you an email

Hey your idea of using a known magnetic declination is clever but you have to account for the fact that magnetic declination can actually vary a lot in a given area (by more than a few mils). The instrument you're using also produces some inacurracies from manufacture or wear that the method shown in the video mitigates.

I set up my instrument on a clear night and took a star shot on Polaris and made a reference point on a building 0.5 Km away. The next morning I sighted on that point and set my compass to North.

@@wojtekimbier You have to redec if you move more than 25 miles from where you dec it from

That's awesome, good luck. I hope to hear back from you on any video suggestions for people in your position

@@mrjoeyeo8993 if you are familiar with directional traverse ! That’d help lol . It’s the way you have it broken down and well explain that helps .

Hey man, I run a IG/RUclips channel for Mortarmen and was curious if I could post this on my page.

Of course man, go for it

Also, what's your IG?

It's a neutered version exclusively for military use

Fantastic questions. The quadrants for a Dec station need to be at least 300 meters away from the OS and higher than a 5th order grid azimuth accuracy. The quadrants also need to be placed as follows in reference to Grid North: (quad 1 = 0 to 1600 mils, quad 2 = 1600 to 3200 mils, quad 3 = 3200 to 4800 mils, quad 4 = 4800 to 6400 mils). The form of RTK that "we" conduct produces a positional accuracy of up to 4th order, BUT, the azimuthal accuracy is usually considered Hasty accuracy if conducted using the "COGO" > "compute azimuth and distance" method. This is because no post processing occurred to verify the accuracy ratio of the data. Therefore, if you oriented off of an azimuth that was considered a hasty accuracy. Then proceeded to turn one position angles to the following quads. The entire survey as far as directional control could be considered hasty. You can still save it with minimal effort though while retaining the bulk of your work. If you already know the mean angles between all of the quadrants, then all you have to do is conduct something like a 4th order artillery astro to the quad that you originally oriented off of. Then use this new azimuth as the "orienting azimuth" in your recordings and apply the mean angles to it to find the new grid azimuth to the 3 remaining quads. If that was too much to take in via text, you could just give me a ring sometime. Dm me if you do not have the number saved. As far as survey recovery, it probably wouldn't hurt. You could key in the points that you are checking and conduct rtk to see how far they have shifted and go from there.

Hey I am not exactly familiar with the US procedures and terminology. But the topo azimuths calculated using coordinates obtained via GPS positioning will be accurate to the order of about 5 mils (depending on how far away the sighting points were from your theodolite-I used 400 meters in my calculation). You will of course get more accurate results by averaging multiple measurements

Thank you for your service. Check, that is correct sir. 1600 mils = 90 degrees. Were these originally adopted from the French? I have never heard them called that.

That was a stupid question from myself. I just googled French 75 artillery piece. How old are you again?

Sgt Joe Yeo 76 years young, FAOBC 1-69!