Converting a Factory Barreled Tikka 1/8 twist 22-250 to a 22 Creedmoor. Resulting in a match chamber
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- Опубліковано 5 жов 2024
- Description:
Join us in this precision rifle project as we take a factory Tikka 22-250 with a 1/8 twist barrel and transform it into a precision powerhouse chambered in 22 Creedmoor. Watch as we employ top-notch measuring equipment and a CNC lathe to ensure utmost accuracy and consistency.
In this video, we'll guide you through the meticulous process of rechambering, showcasing the step-by-step procedure, from initial measurements to the final product. Our high-end tools, including precision gauges and the CNC lathe, play a crucial role in achieving optimal results.
In addition to the meticulous rechambering process, we delve into the technical aspect of threading the barrel. Our precision work extends to using advanced mathematical equations to precisely time the threads of the action. Watch closely as we apply mathematical precision to ensure the perfect alignment and engagement of threads, a critical factor in achieving optimal cosmetics to the build.
The utilization of mathematical formulas allows us to calculate the exact timing required for the threads, ensuring a seamless interaction between the barrel and action and stock. This precision not only enhances the overal looks of of the build.
In this section, we break down the mathematical considerations involved, providing valuable insights into the science behind threading. Whether you're an experienced gunsmith seeking to refine your skills or a passionate enthusiast keen on understanding the technical nuances of firearm customization, this segment adds a layer of depth to the rechambering process.
Stay tuned as we demystify the mathematical equations and showcase how this calculated approach contributes to the overall success of our precision rifle project. Subscribe now for an in-depth exploration of the intersection between mathematics and gunsmithing, taking your understanding of firearm customization to new heights. #Gunsmithing #RifleCustomization #PrecisionShooting #GunsmithingMath #PrecisionThreads #RifleAccuracy
God Bless,
Dustin Drews
www.DrewsPrecision.com
Have a T3X that had the exact same thing done locally wish more companies offered the twist rate. Sweet shooting an smooth working gun. Good job, good work
Yes sir! Great platform
Your maths definitely quantified your statement about gunsmiths and maths 😆
Thankfully, us armourer's are not as badly afflicted 😏
Love your videos mate. Thanks for sharing.
More than one way to get engagement and communication on video!!! Thanks for always reaching out.
According to what you said you wanted 360+180 degrees you should have came up with 540 instead of 560 . Then you would have needed .09374 instead of the .0972 number you came up with. But I'm questioning the 180 degrees number which would have moved the 22=250 marking to the other side right below the stock line. I normally move mine 100 degrees which on a 16 tpi thread ends up being .0173 and puts the markings near dead bottom. If you needed another full thread to clean up the chamber you'd be looking about .080 total - 360 degrees @ 0.0625 plus 100 degrees @ 0.0173 = 0.07958 total. Keep up the good work though, love these videos, full of great ideas. And you may have figured all this out in the video, I posted these comments at the 5 min mark because I had to run out and finish doing a little work of my own.
😂😂😂😂
I said I suck at math you were warned!
But that error may help the algorithm in the end.
The 180 rotation completely hides all the factory markings below. You will see at the end of the video.
Glad it all turned out great. And to be honest, I had forgotten about Tikka having writing on both the left and right hand sections of the factory barrels showing above the stock line, so you are definitely right about needing to flip it completely 180 to bury everything. Keep up the great work.
Thanks for the support!
first off love these smith videos.
there is a simpler way for the maths.
0.0625 = 360 deg.
so 0.03125 = 180n Deg.
then you need 360 deg plus 180 deg to time. = 1 and 1/2 revs.
then all you needed to do is add 0.0625 ( 1 Rev ) + 0.03125 ( 1/2 Rev ) = 0.09375
Your way is perfect if you need to rotate say 20 or 30 Deg, but for full and half turns just keep the maths simple.
Hope this may help..
Need all the help I can get
360 + 180 =540
You were warned! Thanks for watching
What chuck system is that to be able to dial in radial and angular runout?
This on is the Tru bore system. I actually am going away from it.
I’m moving to a design I built that holds the barrel more rigidly.
The true bore is a neat system but it really needs a spider of some sort to hold the barrel from whipping and flexing the chuck.
My lathe has to long of a headstock to do this.
Thanks for watching
How much does this end up running a person cost wise?
400.00
My question is what does this 22 creedmoor realistically provide over simply AI-ing the original 22-250 chamber, as this would allow the use of regular 22-250 as well? My stock Tika 1-8 22-250 is deadly with heavies out to 600-650 on yotes,pigs and deer. Enjoyed your video.
@@DustinDrews1 so for $400 youll turn a 22-250 into a 22 creed?