The use of the app will make it more accurate. The app will store the location of the chamber and every time you go thru the procedure for that scope, or rifle, or rifle/scope combination the app will determine the standard deviation on the location of the phone and the location of the chamber...
Here is a clip that shows the line of sight, and the chamber insert that establishes the line of bore. The app will show the line of the bore as crosshairs on the phone screen at the distance specified by the user. When the user moves the crosshair on the scope to the crosshairs on the app...
This is an update to the thread on Boresight Question Research, that I posted last year Dec 14 2017.
https://www.theoutdoorstrader.com/threads/boresight-question-research-help-participate.1570595/
I am working on an App calling it Recordfire that will allow the user to boresight with their...
RecordFire, Coming soon to an App Store near you. U.S. Patent Number 9335125, U.S. Provisional Application Serial No. 62/542,713 filed August 8, 2017 and U.S. Provisional 10 Application Serial No. 62/414,649 filed October 28, 2016
RecordFire finds the location of the chamber and the vertical line that crosses the line of sight. The vertical line is determined by the phone's sensor. There are two other locations that may be off, the scope crosshairs and the center of the scope, here is how the app corrects. When you log...
For my beta testers, it will be unique as they will get the package for $55 instead of retail of $85. The testers will also get a free subscription for three years that will retail for 60 per year. The subscription allows the recording of 12 rifles per year for a total of 36 plus the 5 that will...
I am thinking of running simulations once the files are completed. The ar15/m4 platform appears to be available to actual specs. If I can find others later I will ask the engineers to run the simulations and see if we can redesign later for M1/M1A. Trying to make it universal in eyepiece...
This should be the app to use before the computation by ballistic apps. The finding of the chamber as a departure point and the true height between center of scope and center of bore would be good data for any ballistic app.
I do have engineers working on the prototype design. The app concept is patented and is currently in development. The eyepiece mount and the chamber inserts are patent pending. I think once all is captured in CAD I could see if I can run a simulation. Thanks for the feedback.
Forgot to mention, That the app can tell if the scope is canted. All you need to do is set the app crosshairs on the scope crosshairs and note any difference. The app tracks vertically much like a plumb line.