While that’s true, at the end of the day you still have a hole that you can look at. If a paper target is hung, refaced, or scored incompetently, there is a chance that it will be noticed and can be addressed, and the shooter always has the option to challenge. With electronic targets, how do you know if it’s not working properly? Sure, some systems will report some errors, but what if the part of the system that reports the errors isn’t working properly? There have already been quite a few national records fired on electronics that were never confirmed to meet the criteria that the NRA has listed in the rule book. I don’t think the NRA is the right group to take on a project like this (They’d likely screw it up), but it’d be nice to be able to know for certain that targets are performing how they should.
I don't disagree.
It takes a far greater faith, and understanding in 'electronics' than I possess be completely comfortable with something as intangible as a computer screen.
But when I read about the supposed infallibility of paper targets scored by humans, I think back to a personal experience a few years ago. It was one of the first matches I shot.
I was pulling and scoring for a guy we both know and respect.
It was well into the days shooting when I saw what I believe to this day to be a '9' - so close to the 10 ring that there was just the smallest sliver of black between the bullet hole and the white line of the 10 ring.
I marked the shot and scored it a 9.
There was a challenge, and due to the spotter deformed bullet hole, it could not be proved it wasn't a 10.
The shooter went on to shoot a clean for the day.
If I saw the same shot today, I would first call for a confirmation before marking the shot.
I still believe the shot was a 9, but more importantly was the lasting impression the incident made upon me, that even the best of intentions, small, seemingly insignificant acts can create errors with huge ramifications.
Fortunately, errors with regard to target mounting/ gluing are most critical in a small area of the overall target, and can - and should be remedied before shooting; a wrinkle across the X/ 10 ring will create a higher percentage of error, as well as effect a competitor's standing far more than a wrinkle in the middle of the 9 ring.
But ultimately there will always be humans, making decisions with the available information observed.
While I suspect that due to human abilities and performance variations, the overall realm of of accuracy/ error amongst the humans pulling/ scoring paper targets, is greater than the state of the art e-target, with existing methods in place, the human error can be more likely detected and addressed.