I generally shoot between 1,000 yds and 1 mile. My range finder has a +/- 3 yard variance beyond 1,000 yards. That variance is significant when trying to hit an MOA target at 1 mile. I generally set my elevation at the distance I range then find a clear spot near the target, note where my miss is and adjust my elevation accordingly. Does anyone have a better method? Thanks.
Range finder accuracy
- Thread starter Paul1262
- Start date
The trick is hitting the target the first time. A ranging difference of 25 yards at 1 mile can make a vertical impact difference of 3 - 4 feet.
If you’re not hitting the target then your problem isn’t the 3 yard deviation.
Given the method you describe, I’m assuming you’re not shooting anything important or furry. Just steel? If so, try hanging something reflective like reflective tape on the target stand, or on a flag above it. Or use reflective paint.
Or stand at the target and range your vehicle at the firing line.
It also helps to know what your beam looks like and how it’s oriented and make sure it’s aligned with your reticle. Usually the best way to figure that out is with NV.
Assuming your beam is horizontal, try turning the LRF so the beam is vertical and take readings both ways.
Your beam is going to be a LOT bigger than your MOA target. So you need to make it or something with it the strongest return. If there’s something reflective in the area, knowing where your beam is can help you aim in a way that hits your target but avoids the reflective thing at another distance.
Or if your problem is you’re just not stable enough, then you need a whole different remedy
Given the method you describe, I’m assuming you’re not shooting anything important or furry. Just steel? If so, try hanging something reflective like reflective tape on the target stand, or on a flag above it. Or use reflective paint.
Or stand at the target and range your vehicle at the firing line.
It also helps to know what your beam looks like and how it’s oriented and make sure it’s aligned with your reticle. Usually the best way to figure that out is with NV.
Assuming your beam is horizontal, try turning the LRF so the beam is vertical and take readings both ways.
Your beam is going to be a LOT bigger than your MOA target. So you need to make it or something with it the strongest return. If there’s something reflective in the area, knowing where your beam is can help you aim in a way that hits your target but avoids the reflective thing at another distance.
Or if your problem is you’re just not stable enough, then you need a whole different remedy
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