I’m trying to learn the MRAD reticle but dang I’m having a hard time understanding. Your video is helping so thank you. I”m going to continue watching videos until I master MRAD. I don’t want to give up I think I need to watch a video of someone out on the field shooting an adjusting the scope
I’m sorry I haven’t gotten back to you all for quite a while. Took on a new job that does not allow much free time. I don’t know if y’all will see this but thank you for the positive feedback and i will try to answer your questions as best i can.
@ on a front focal plane, no. Rear focal plane scopes will typically have an indicated magnification for range finding. A red dot or line on the magnification ring.
I bought a mildot scope because I thought it was a type of bdc reticle. So I would just zero the weapon at 100 yards and then use the second dot on a 200 yard target. Thanks for the video dude.
This will work in front focal and rear focal. Rear focal scopes will typically have a red indicator at the magnification to range find at. Front focal allows you to range find at any magnification. I apologize for not getting back to you sooner. I recently started a business and it’s keeping me busy.
Guesstimating. I didn’t have my scope card handy at the moment. I had to improvise a little bit. That’s why i sounded a little unsure about the distance.
You was so much help I am still new to mrad. The deer in my area is 39 inches so I just put it in so thank you. Also I have a question my scope turret is 1/8 equal 0 at 100 yards how is it much different that a scope that is 1/10 0 at 100 yards hope you can help thanks.
There’s a couple of differences. Luckily it’s in the math. A scope with quarter inch turrets gives a value of .25 inch per click for a value of 1 inch at 100yd, 2inch at 200yd, etc. simply apply the correlating decimal value of the fraction into your math. I apologize for not responding sooner. Been a crazy year.
Not really. A rear focal plane scope will typically have a red indicator marker on the range ring. That is usually the magnification the manufacturer suggests you range find at.
Question, if you have a metal plate target that measures 50”wide x 23” tall and I want to calculate the distance, do I always use the measurement for how tall it is to calculate distance?
Yes. But if know the dimensions you should be able to achieve the same result using width. I have never tried it so I can’t say definitively that it will work.
Excellent You actually know how to explain things so that anyone can understand unlike most people who try to tackle this subject
I was just thinking the same thing, I saved this video for future reference.😎🇺🇸🦅👊💪
This is the best explanation I have found on how to actually use this rectacle type. Thank you for sharing
I’m trying to learn the MRAD reticle but dang I’m having a hard time understanding. Your video is helping so thank you. I”m going to continue watching videos until I master MRAD. I don’t want to give up
I think I need to watch a video of someone out on the field shooting an adjusting the scope
I’m sorry I haven’t gotten back to you all for quite a while. Took on a new job that does not allow much free time. I don’t know if y’all will see this but thank you for the positive feedback and i will try to answer your questions as best i can.
great explanation. This was easy to understand however, how does magnification effect this?
@ on a front focal plane, no. Rear focal plane scopes will typically have an indicated magnification for range finding. A red dot or line on the magnification ring.
I bought a mildot scope because I thought it was a type of bdc reticle. So I would just zero the weapon at 100 yards and then use the second dot on a 200 yard target.
Thanks for the video dude.
This only works in the first focal plane, right?
This will work in front focal and rear focal. Rear focal scopes will typically have a red indicator at the magnification to range find at. Front focal allows you to range find at any magnification. I apologize for not getting back to you sooner. I recently started a business and it’s keeping me busy.
in video part 8:16, how did you get 750 yards? 37" (target size) x 27.77 / 2 mil= ???
Guesstimating. I didn’t have my scope card handy at the moment. I had to improvise a little bit. That’s why i sounded a little unsure about the distance.
You was so much help I am still new to mrad. The deer in my area is 39 inches so I just put it in so thank you. Also I have a question my scope turret is 1/8 equal 0 at 100 yards how is it much different that a scope that is 1/10 0 at 100 yards hope you can help thanks.
There’s a couple of differences. Luckily it’s in the math. A scope with quarter inch turrets gives a value of .25 inch per click for a value of 1 inch at 100yd, 2inch at 200yd, etc. simply apply the correlating decimal value of the fraction into your math. I apologize for not responding sooner. Been a crazy year.
Absolutely fantastic explanation, thank you.
Thank you for sharing your knowledge!
Damn handy info. Young man! Good hunting!
Great video and well explained...thank you!
All these assume an FFP reticle, right?
Not really. A rear focal plane scope will typically have a red indicator marker on the range ring. That is usually the magnification the manufacturer suggests you range find at.
Question, if you have a metal plate target that measures 50”wide x 23” tall and I want to calculate the distance, do I always use the measurement for how tall it is to calculate distance?
yes. the vertical measurement is meant to apply for bullet drop. horizontal is for bullet drift.
Yes. But if know the dimensions you should be able to achieve the same result using width. I have never tried it so I can’t say definitively that it will work.
To simplify it a bit more. 1 mil = 1 cm at 100 meters.
It's 10cm at 100m!
Awesome video, Too quiet.
Turn up your volume