I am having some difficulty following you. Could you please show the Kesteral program on the screen and then from where in the Kesteral you are getting these coefficients. Then explain their use.
@@possumpopper89 X-ring has a great video on it. If you generate your ballistics table, you'll see a trend form in how much drop there is incrementally, especially if you look at 25yd steps. This makes you ask, if I know the trend, can I use that as a BDC? You will see that it only applies within a certain range though, which is the Speed Drop window.
What considerations should we take to determine whether we want to use .1 or .2 mils as our error? He kept saying you can use either one, but not necessarily how to decide. Thanks.
@@KestrelBallistics 584m was max range for a .2 error setting if I understood correctly, so that's going to be 11.6cm (~5in) low at max, and 5.8cm (~3in) high midrange, is this correct? And a .1 error setting would get you a little less distance (call it 500 to keep the math nice ;-) ) means you'd be 5cm (~2in) low at max range and ~2.5cm (1in) high midrange (hypothetically) if I'm understanding all this correctly? And knowing this, hypothetically you could apply a correction for peak midrange, and as well for max range, to push it out a little further, no?
You are on the right track. The other, and main reason for different error bounds is the size of your target. How much error can you get away with while still impacting inside of your defined target size. - Colby Hodnett
You would have to add the speed drop mils back into the solution to use the correct wind dots in tremor3 retical correct? If dialing down to calibrate into a ballistic retical. Make sense to me but might be missing something.
Once you dial under your 100yd zero to the Speed Drop offset, your reticle just became a BDC within the Speed Drop trajectory range (ex 330-670yds). Using your Tremor 3 with your Speed Drop offset dialed under, 330yds would now be 3.3 mils. 400yds would be 4 mils. 520yds = 5.2 mils 670yds= 6.7 mils It won't work past 670 or closer than 330. If the offset was 1.4 mils, you would need to hold 1.4 mils to hit center at 100yds.
Very cool. The margin of error for the load I shoot is .01 mils from 500 to 1000 yards. 400 yards is .02 mils high. I would just need to compensate for 300 yards and in. It is an easy way to turn the elevation turrets into a ballistic turret.
With Speed Drop primarily used for rapid engagement, why not remove the quick math by dialing down the speed drop? For example, if I already dialed down 1.4 and my target is 300m, my hold over would be 3. If my target was 450m then my hold would be 4.5.
I have to admit I’m 100% lost. Not sure of the purpose of this feature - maybe I missed an intro video explaining how this is useful. Definitely need a better setup and some visuals.. Other videos y’all have done are solid. This one...
This was part of the Accuracy first features so hopefully that explains some of your confusion. We're working on getting some visuals of the unit. This pandemic is limiting our resources but we are on it!- Kestrel Team
@@KestrelBallistics [whisper]: take a still of each of the pages you're talking about and just cut it in when you need to show something: even a smartphone app video editor can do this fairly easily ;-)
If you'd like a version you can read and follow along here is a document that walks you through Accuracy First features: kestrelinstruments.com/mwdownloads/download/link/id/391/
Kestrel Ballistics y’all are always great! Huge supporters of the Guardian Long Range Competition and have the best innovative products. Thanks for the link!
Speed Drop method has limit for distance, isn’t it? From my experience, it’s make sense for distance < 450 m, but over 450 this method is not accurate at all
I am having some difficulty following you. Could you please show the Kesteral program on the screen and then from where in the Kesteral you are getting these coefficients. Then explain their use.
We will try our best to make this happen. Please check back or click the bell to be notified when we post a video. - Kestrel team
Agreed. I was completely lost. It would be better to show the math on screen for us visual learners rather than hear a guy talking about it.
@@possumpopper89 X-ring has a great video on it. If you generate your ballistics table, you'll see a trend form in how much drop there is incrementally, especially if you look at 25yd steps.
This makes you ask, if I know the trend, can I use that as a BDC? You will see that it only applies within a certain range though, which is the Speed Drop window.
Very nice content! I can see this being very useful!!
I asked someone why I'd ever get a ballistic reticle, and I was sure something like this was possible, but I had no idea it could be so easy. 🤯
What considerations should we take to determine whether we want to use .1 or .2 mils as our error? He kept saying you can use either one, but not necessarily how to decide. Thanks.
0.2 gives you a longer max range than 0.1 will. Hope that helps. - Kestrel Team
@@KestrelBallistics 584m was max range for a .2 error setting if I understood correctly, so that's going to be 11.6cm (~5in) low at max, and 5.8cm (~3in) high midrange, is this correct? And a .1 error setting would get you a little less distance (call it 500 to keep the math nice ;-) ) means you'd be 5cm (~2in) low at max range and ~2.5cm (1in) high midrange (hypothetically) if I'm understanding all this correctly?
And knowing this, hypothetically you could apply a correction for peak midrange, and as well for max range, to push it out a little further, no?
You are on the right track. The other, and main reason for different error bounds is the size of your target. How much error can you get away with while still impacting inside of your defined target size. - Colby Hodnett
Very good info... great for hunting
You would have to add the speed drop mils back into the solution to use the correct wind dots in tremor3 retical correct? If dialing down to calibrate into a ballistic retical. Make sense to me but might be missing something.
Once you dial under your 100yd zero to the Speed Drop offset, your reticle just became a BDC within the Speed Drop trajectory range (ex 330-670yds).
Using your Tremor 3 with your Speed Drop offset dialed under, 330yds would now be 3.3 mils.
400yds would be 4 mils.
520yds = 5.2 mils
670yds= 6.7 mils
It won't work past 670 or closer than 330.
If the offset was 1.4 mils, you would need to hold 1.4 mils to hit center at 100yds.
Very cool. The margin of error for the load I shoot is .01 mils from 500 to 1000 yards. 400 yards is .02 mils high. I would just need to compensate for 300 yards and in. It is an easy way to turn the elevation turrets into a ballistic turret.
I’m assuming this good for MOA and yards as well?
To Confirm Speed Drop works only for your range in meters ? Is that Correct
No you can use Yards as well
With Speed Drop primarily used for rapid engagement, why not remove the quick math by dialing down the speed drop? For example, if I already dialed down 1.4 and my target is 300m, my hold over would be 3. If my target was 450m then my hold would be 4.5.
Yes this is a good suggestion.
This is exactly what he says to do at the end of the video.
I have to admit I’m 100% lost. Not sure of the purpose of this feature - maybe I missed an intro video explaining how this is useful. Definitely need a better setup and some visuals.. Other videos y’all have done are solid. This one...
This was part of the Accuracy first features so hopefully that explains some of your confusion. We're working on getting some visuals of the unit. This pandemic is limiting our resources but we are on it!- Kestrel Team
@@KestrelBallistics [whisper]: take a still of each of the pages you're talking about and just cut it in when you need to show something: even a smartphone app video editor can do this fairly easily ;-)
Thank you for the suggestion. New version coming soon.
-Kestrel Team
If you'd like a version you can read and follow along here is a document that walks you through Accuracy First features: kestrelinstruments.com/mwdownloads/download/link/id/391/
Kestrel Ballistics y’all are always great! Huge supporters of the Guardian Long Range Competition and have the best innovative products. Thanks for the link!
Speed Drop method has limit for distance, isn’t it? From my experience, it’s make sense for distance < 450 m, but over 450 this method is not accurate at all
Correct. There is a distance given for which these values work.
Good concept and I understand it but your average guy will be lost very quick with this explanation. Needs to be slowed down and explained slower.