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IDOD/AutoDOD - Neck Turning Marvel?

Here is what I learned about my AutoDoD. I shoot .284 and 7-6.5 PRC. Once expanded to 7mm and fire formed, my case necks are just under .015" on average. As thin as .0143" thick on some parts of the neck and as tick as .0152" on other parts of the same neck. The runout of my brass after firing w/o sizing is between .0015 and .002 measured in the AutoDod case holder and carefully turning the collet holder.

I want may case necks to be .0135". That is taking an average of .0015" off. See the problem? My runout is equal to the amount of brass I want to take off.
If I understand correctly, you size 26cal necks to 28cal for a 7-6.5 PRC.
At 28cal your necks average .015" thickness, and you want .0135"
Why not just turns necks at native 26cal & neck up?

If with your native neck turning, you just touch neck-shoulder junction, then you mitigate new donut area brass going into necks with necking up.
 
I would have liked to read this post, positive or negative. Too bad I missed it. Being a new guy I appreciate all the information I can gather, then take the time to think about it and go forward based on new ideas.

I do think it's odd though to not just delete the post. Just deleting the message body followed by a negative post is not productive. Especially from someone so big in the community/industry. Just my opinion and yes, I know no one asked for it.
 
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I would have liked to read this post, positive or negative. Too bad I missed it. Being a new guy I appreciate all the information I can gather, then take the time to think about it and go forward based on new ideas.

I do think it's odd though to not just delete the post. Just deleting the message body followed by a negative post is not productive. Especially from someone so big in the community/industry. Just my opinion and yes, I know no one asked for it.
Funny thing about posting on the internet, despite what one may believe, there is no erase button. ;)


orkan replied to a thread you are watching at Shooters' Forum.

I have great success with my AutoDOD across over a dozen cartridges, including BRA's from .20 to 6mm.

Two critical things to understand.

1) You can't expect the cutter to dive in and out of the material and cut the same amount of material on both sides of the case. Physically impossible without the machine itself automatically controlling cutter depth based on super sophisticated pre-programmed material offsets in the machine. Nothing the autodod has or can do.

2) You don't get to just set the cutter at whatever depth, and not control the feed speed correctly. The cutters flex, so if you're trying to pull too light, or too deep a cut... the speed will need to be set accordingly, or the cutter will just flex and not take the full cut. This is greatly amplified by the previous point.

Then there's about 500 little things that you need to know to get the best success. The same things you'd need to know to run a full production CNC machine to aerospace tolerance. ... but when you've got the basics, it's not really necessary.

The only thing I see over and over when people share their poor experiences with the AutoDOD is a very distinct lack of the kind of knowledge required to properly use it. This is really unfortunate, because it takes a bit of higher understanding of metallurgy and machining background which is really hard for some people to grasp in order to properly use the AutoDOD.

The only gripe I have about the AutoDOD is that Bryan has compromised with the "that's too expensive" crowd too much. Though can you blame the guy? Every time I see an AutoDOD post, half the people complain about the price, the other half complain they can't get theirs to work right, and the other half can't do math well enough to know that two halves make 100% and there isn't even room for them to advocate for whatever stupid little piloted cutter they are advocating for.

Personally I'd like to see a full CNC model with a tool rack and auto-swap heads to include state of the art sensing probes... so I could tell the machine what neck thickness I want, and just hit a button and have it setup the correct offsets and produce the cut I want right on the money every time. I'll take an automatic pneumatic collet to hold the cases as well please!

It's very unfortunate that the learning curve to cut metal is so steep, but it is. The process can be made really simple by shoving a pilot in there and you can con the end user into thinking it's producing a great result really easily... so that's what all Bryan's competitors do. However, those of us that know... know that the AutoDOD can and does produce a better result when used properly. Though it's no question which is more demanding on the user to setup and operate.

Having a great product that takes a lot of specialized knowledge to operate, puts the manufacturer of said product in a nearly impossible position. There is simply no teaching complicated principles to people that aren't gifted to learn such things. Everyone thinks they are smart... literally everyone. I'm convinced that most people could be taught to run an AutoDOD effectively. However, based on what I've seen... I'm not sure that most people want to invest that kind of time. I've talked with 2 people that have machining backgrounds that own AutoDOD's and they love them. I love mine. I've helped a few shooters I mentor get theirs setup, as they struggled a bit with not having proper metallurgical/cutting knowledge at first as well.

I'm not saying that is the case here... but it sometimes people aren't qualified to evaluate things. Some people are very smart, but just can't see what the inventor saw, so they don't know what to do with it or how to use it. That can take time and effort to overcome. Other times, (probably not the case here) the person doing the evaluation isn't experienced enough to evaluate a pop tart. Either way, the public likes a good drama, so some great products get cast in a bad light because of some very tainted "reviewers" acting in bad faith.

Regardless of what's taking place here, (because I don't know) I just wanted to post (which I basically never do here anymore) to say I have an AutoDOD and I'm not selling it, unless Bryan ever gets finished figuring out all the "upgrades" and I want to have him set one all up for me with the brass whacker and trimming option or something. lol

Seriously though, I do get tired of seeing great products painted in a bad light out of ignorance or malice or both. I don't say ignorance in a negative light, but more rather "inexperience." That can be bad too, if that inexperience isn't tempered with wisdom before bashing a product publicly.

-Greg
Primal Rights, Inc

... and no, I won't be replying to this thread again. I just thought someone that has an autodod and the knowledge to use it properly should say something to balance things out in here.
 
Funny thing about posting on the internet, despite what one may believe, there is no erase button. ;)


orkan replied to a thread you are watching at Shooters' Forum.

I have great success with my AutoDOD across over a dozen cartridges, including BRA's from .20 to 6mm.

Two critical things to understand.

1) You can't expect the cutter to dive in and out of the material and cut the same amount of material on both sides of the case. Physically impossible without the machine itself automatically controlling cutter depth based on super sophisticated pre-programmed material offsets in the machine. Nothing the autodod has or can do.

2) You don't get to just set the cutter at whatever depth, and not control the feed speed correctly. The cutters flex, so if you're trying to pull too light, or too deep a cut... the speed will need to be set accordingly, or the cutter will just flex and not take the full cut. This is greatly amplified by the previous point.

Then there's about 500 little things that you need to know to get the best success. The same things you'd need to know to run a full production CNC machine to aerospace tolerance. ... but when you've got the basics, it's not really necessary.

The only thing I see over and over when people share their poor experiences with the AutoDOD is a very distinct lack of the kind of knowledge required to properly use it. This is really unfortunate, because it takes a bit of higher understanding of metallurgy and machining background which is really hard for some people to grasp in order to properly use the AutoDOD.

The only gripe I have about the AutoDOD is that Bryan has compromised with the "that's too expensive" crowd too much. Though can you blame the guy? Every time I see an AutoDOD post, half the people complain about the price, the other half complain they can't get theirs to work right, and the other half can't do math well enough to know that two halves make 100% and there isn't even room for them to advocate for whatever stupid little piloted cutter they are advocating for.

Personally I'd like to see a full CNC model with a tool rack and auto-swap heads to include state of the art sensing probes... so I could tell the machine what neck thickness I want, and just hit a button and have it setup the correct offsets and produce the cut I want right on the money every time. I'll take an automatic pneumatic collet to hold the cases as well please!

It's very unfortunate that the learning curve to cut metal is so steep, but it is. The process can be made really simple by shoving a pilot in there and you can con the end user into thinking it's producing a great result really easily... so that's what all Bryan's competitors do. However, those of us that know... know that the AutoDOD can and does produce a better result when used properly. Though it's no question which is more demanding on the user to setup and operate.

Having a great product that takes a lot of specialized knowledge to operate, puts the manufacturer of said product in a nearly impossible position. There is simply no teaching complicated principles to people that aren't gifted to learn such things. Everyone thinks they are smart... literally everyone. I'm convinced that most people could be taught to run an AutoDOD effectively. However, based on what I've seen... I'm not sure that most people want to invest that kind of time. I've talked with 2 people that have machining backgrounds that own AutoDOD's and they love them. I love mine. I've helped a few shooters I mentor get theirs setup, as they struggled a bit with not having proper metallurgical/cutting knowledge at first as well.

I'm not saying that is the case here... but it sometimes people aren't qualified to evaluate things. Some people are very smart, but just can't see what the inventor saw, so they don't know what to do with it or how to use it. That can take time and effort to overcome. Other times, (probably not the case here) the person doing the evaluation isn't experienced enough to evaluate a pop tart. Either way, the public likes a good drama, so some great products get cast in a bad light because of some very tainted "reviewers" acting in bad faith.

Regardless of what's taking place here, (because I don't know) I just wanted to post (which I basically never do here anymore) to say I have an AutoDOD and I'm not selling it, unless Bryan ever gets finished figuring out all the "upgrades" and I want to have him set one all up for me with the brass whacker and trimming option or something. lol

Seriously though, I do get tired of seeing great products painted in a bad light out of ignorance or malice or both. I don't say ignorance in a negative light, but more rather "inexperience." That can be bad too, if that inexperience isn't tempered with wisdom before bashing a product publicly.

-Greg
Primal Rights, Inc

... and no, I won't be replying to this thread again. I just thought someone that has an autodod and the knowledge to use it properly should say something to balance things out in here.
Lmao.
 
Funny thing about posting on the internet, despite what one may believe, there is no erase button. ;)


orkan replied to a thread you are watching at Shooters' Forum.

I have great success with my AutoDOD across over a dozen cartridges, including BRA's from .20 to 6mm.

Two critical things to understand.

1) You can't expect the cutter to dive in and out of the material and cut the same amount of material on both sides of the case. Physically impossible without the machine itself automatically controlling cutter depth based on super sophisticated pre-programmed material offsets in the machine. Nothing the autodod has or can do.

2) You don't get to just set the cutter at whatever depth, and not control the feed speed correctly. The cutters flex, so if you're trying to pull too light, or too deep a cut... the speed will need to be set accordingly, or the cutter will just flex and not take the full cut. This is greatly amplified by the previous point.

Then there's about 500 little things that you need to know to get the best success. The same things you'd need to know to run a full production CNC machine to aerospace tolerance. ... but when you've got the basics, it's not really necessary.

The only thing I see over and over when people share their poor experiences with the AutoDOD is a very distinct lack of the kind of knowledge required to properly use it. This is really unfortunate, because it takes a bit of higher understanding of metallurgy and machining background which is really hard for some people to grasp in order to properly use the AutoDOD.

The only gripe I have about the AutoDOD is that Bryan has compromised with the "that's too expensive" crowd too much. Though can you blame the guy? Every time I see an AutoDOD post, half the people complain about the price, the other half complain they can't get theirs to work right, and the other half can't do math well enough to know that two halves make 100% and there isn't even room for them to advocate for whatever stupid little piloted cutter they are advocating for.

Personally I'd like to see a full CNC model with a tool rack and auto-swap heads to include state of the art sensing probes... so I could tell the machine what neck thickness I want, and just hit a button and have it setup the correct offsets and produce the cut I want right on the money every time. I'll take an automatic pneumatic collet to hold the cases as well please!

It's very unfortunate that the learning curve to cut metal is so steep, but it is. The process can be made really simple by shoving a pilot in there and you can con the end user into thinking it's producing a great result really easily... so that's what all Bryan's competitors do. However, those of us that know... know that the AutoDOD can and does produce a better result when used properly. Though it's no question which is more demanding on the user to setup and operate.

Having a great product that takes a lot of specialized knowledge to operate, puts the manufacturer of said product in a nearly impossible position. There is simply no teaching complicated principles to people that aren't gifted to learn such things. Everyone thinks they are smart... literally everyone. I'm convinced that most people could be taught to run an AutoDOD effectively. However, based on what I've seen... I'm not sure that most people want to invest that kind of time. I've talked with 2 people that have machining backgrounds that own AutoDOD's and they love them. I love mine. I've helped a few shooters I mentor get theirs setup, as they struggled a bit with not having proper metallurgical/cutting knowledge at first as well.

I'm not saying that is the case here... but it sometimes people aren't qualified to evaluate things. Some people are very smart, but just can't see what the inventor saw, so they don't know what to do with it or how to use it. That can take time and effort to overcome. Other times, (probably not the case here) the person doing the evaluation isn't experienced enough to evaluate a pop tart. Either way, the public likes a good drama, so some great products get cast in a bad light because of some very tainted "reviewers" acting in bad faith.

Regardless of what's taking place here, (because I don't know) I just wanted to post (which I basically never do here anymore) to say I have an AutoDOD and I'm not selling it, unless Bryan ever gets finished figuring out all the "upgrades" and I want to have him set one all up for me with the brass whacker and trimming option or something. lol

Seriously though, I do get tired of seeing great products painted in a bad light out of ignorance or malice or both. I don't say ignorance in a negative light, but more rather "inexperience." That can be bad too, if that inexperience isn't tempered with wisdom before bashing a product publicly.

-Greg
Primal Rights, Inc

... and no, I won't be replying to this thread again. I just thought someone that has an autodod and the knowledge to use it properly should say something to balance things out in here.
LMAO
 
The machine is built around a false premis. Anything that machines the inside of the neck is going in the wrong direction.

Rube Goldberg would be proud.

As for the excessive case Runout in the making of the 30BR, if you blow them out rather than necking them up, they will be perfectly straight, ready for turning.
 
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The machine is built around a false premis. Anything that machines the inside of the neck is going in the wrong direction.

Rube Goldberg would be proud.

As for the excessive case Runout in the making of the 30BR, if you blow them out rather than necking them up, they will be perfectly straight, ready for turning.
Jackie, help me understand why you think this is so.
 
While not impossible, It is unlikely that you can ever achieve as smooth of a finish with a single point tool inside a neck as the extruded finish.

Are you also wantin o know about blowing out cases?
No, that part we agree on. Thanks for the reply.
 
While not impossible, It is unlikely that you can ever achieve as smooth of a finish with a single point tool inside a neck as the extruded finish.

Are you also wantin o know about blowing out cases?
I agree with you on the matter of surface finish. My observation using a borescope is the surface imperfections of extruded necks are largely axial, turned necks on the other hand, exhibit radial imperfections, it's the nature of the beast.

Whereas the axial imperfections of extrusions appear to be random in nature; some pieces have almost none, others have them in abundance. A turned piece's radial imperfections are monotonic in nature; perfectly imperfect so to speak.

It's one of life's puzzles if one is better than the other, or if even matters, lol,
 
If I understand correctly, you size 26cal necks to 28cal for a 7-6.5 PRC.
At 28cal your necks average .015" thickness, and you want .0135"
Why not just turns necks at native 26cal & neck up?

If with your native neck turning, you just touch neck-shoulder junction, then you mitigate new donut area brass going into necks with necking up.
Hey @mikecr, I switched to the 7-6.5 from the 284 Shehane and I only ordered the fire formed case holder from FCP. I have not checked runout on virgin 6.5 PRC Lapua brass, and, as such, that might be a good option for me. As I stated above, I have ordered reamers with tighter neck dimensions and will experiment with taking more material off the necks to see what happens with downrange processes like neck sizing, busing selection, mandrels, bullet grip and seating pressure.

Hank

P.S. I want to publicly say that even though I own and use a Primal Rights CPS, I was unaware of @orkan, Greg's, other contributions to the sport and his extensive YouTube series. Perhaps, I misread his intent. I was in the airport at Las Vegas at the time waiting to get home. I read his post as if he was looking down on people without extensive or any machining or metallurgy experience like me and making it sound like people like me shouldn't purchase tools like the AutoDOD because we can't possibly understand them. I've watched a few of his videos now and as a result I believe I must have misread his intention and for that, I apologize to Greg for my post in reaction to his.

Hope y'all all had a good Thanksgiving!

Hank
 
So many stacked tolerances involved in what we want to achieve. The passion for perfection in our components, rifle and skill sets is what drives us. When we reach the completed process of most anything in life, we tend to get bored looking for the next challenge. In reloading we are dealing with so many tolerances out of our control. From raw base materials, to tooling and measuring devices. We want it all to be perfect in its process using our input, but that is not possible. What will produce the most precise results is full automation of every process from selection of raw materials to making finished components, with no need to modify those components. Yet even our measuring devices have tolerances built in. The most tolerance influenced item we use is us. When I measure neck thickness, I can manipulate the tool and its placement, in many different configurations, causing results to be swayed. Check your shoulder bump and apply slightly more or less pressure and record your findings. When zeroing the calipers, that same pressure can sometimes create a different location of the calibration zero. Not saying this was done here, but it can be done. What needs to be removed for as close to perfection as possible results, is the human interaction with the process. Though we who compete and load stupid amounts of "Match Grade" ammo weekly, would like it automated from every step, it's not feasible. Plus, all of us we want the reward for our meticulous dedication to details in creating what we can win with.

So, take the stacked tolerances of what you can't control and your human tolerances into consideration when looking for your end result. Research and understand what tools can and cannot do for YOUR process. The latest push in technology in precision reloading is automation, as it removes the human induced tolerances. Not sure I "fully" want this, but what it produces I "fully" want.
 
Yeah, I feel bad for the dimwits who have been crowned champions, set records, or shot their way into the HOF using traditional neck turning methods. Imagine how much better things would have gone had they been smart enough to find the ultimate solution for a problem they didn’t know existed.
Your logic implies that nothing can improve.
I believe there is significant potential for us to improve,, even through failure.

Khan Noonien Singh: Improve a mechanical device and you may double productivity, but improve man and you gain a thousandfold.
 
I've done quite a bit of work on inner necks of various .30's (30BR, 30x47, etc). The difficulties in doing it correctly are significant.
As someone who goes the easy rout and suffers the consequences - how important do you think it is it to do it right? I've always just necked up (in 2 or 3 steps), turned, and shot. Are they prefect before I turn them? No - they're clearly *a little* crooked. Seeing as I don't formally compete with my .30BR, do I want to put more effort in? Also no. But I'm curious about what I'm leaving on the table.
 
Your logic implies that nothing can improve.
I believe there is significant potential for us to improve,, even through failure.

Khan Noonien Singh: Improve a mechanical device and you may double productivity, but improve man and you gain a thousandfold.

Read into it however you want. That's not what I implied. My point is that the current hand held equipment is satisfactory for top tier Benchrest applications. I think that neck turning is one of those things that is way down the list of things I need to worry about for Benchrest. My current turning equipment is satisfactory for the application. I also don't worry about primer crush or cleaning primer pockets. Reading the wind and knowing what to do about it is about 50X more important to me than ensuring my necks are turned to .0001 accuracy. Your mileage may vary.
 
Read into it however you want. That's not what I implied. My point is that the current hand held equipment is satisfactory for top tier Benchrest applications. I think that neck turning is one of those things that is way down the list of things I need to worry about for Benchrest. My current turning equipment is satisfactory for the application. I also don't worry about primer crush or cleaning primer pockets. Reading the wind and knowing what to do about it is about 50X more important to me than ensuring my necks are turned to .0001 accuracy. Your mileage may vary.
This is the idea more of us could stand to take to heart. There is a point at which the problems you are solving are small compared to bigger problems you have. Even if those small problems are measurable, we get to a point where they are irrelevant - not even measurable in the context that includes the bigger problems. That's just how errors stack. Big errors dominate small errors into oblivion. Always chase the big errors first.
 

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