people said:
Sorry Catshooter but this time you are very wrong. Those of us how can not afford a 20k laser range finder have to make do with far less. Your answer reminds me of a career politician who can not see where a 40hr a week worker is coming from. I guess it is nice to be able to totally disregard those of us who are lowly workers from your ivory tower.
I will ask you to please explain how money has zero barring on ranging in this near the ground application.
Since there is no difference apparently, I have a Bushnell 800 something that I will trade you straight up for your 20K unit. Heck I will pay shipping both ways, packaging and will include 80 AA batteries in the deal to sweeten it.
I can tell you with one hundred percent confidence a better unit ranges better when very close to the ground. I have that Bushnell and a Swarovski unit and the Swarovski is not even in the same class as the Bushnell unit. Even at distances the Bushnell can actually range. The Swarovski can be aimed between clumps of grass where the Bushnell cannot even tell there is a space between them, or if the grass is there depending on what is between me and the grass. Turning the Swarovski on its side has limited affect on ranging ability where on the Bushnell it can actually get a reading where before the ranger was not able to.
Most shooters and hunters are very, VERY hard pressed to shell out a thousand dollars for a good range finder. It does pay to buy once cry once if you have the need. There are always diminishing returns. A bow hunter does not need a unit that will range to a mile plus nor does a long range shooter-hunter need a unit that stops working between 300 to 400yds.
Your comment is so childish, it just reflects on your lack of maturity and credibility.
I am not in politics, and I work as hard (or harder) as anyone else - if you don't like your job, or the number of hours you work, or your life... it is not my problem, nor relevant to this topic, so please stop whining for pity, because it clouds the discussion and makes you sound pathetic.
I will explain, since you obviously do not understand what you are talking about - though I think you shouldn't get into technical discussions on subjects you know nothing about.
1 - A laser rangefinder sends a beam out, and then "listens" for the return, like sonar. It measures the time, and computes the distance to what the beam was reflected from.
2 - the beam has a finite diameter - like a flash light. It is brightest in the center, and gets dimmer as you get further from the center. The diameter of the beam is measured at the "3-db down" or "Half power" points (they are both the same).
If a beam has a diameter of "2", it's actual diameter might be 4 or 7. THis extra diameter is called "spill".
3 - To us, grass and other chlorophyllic plants look dark... but the IR beam's wavelength, they are chalk white, but furry little animals that look brown to us, look almost black to the laser.
So, no matter how much you spend, or how much power your laser has, when you ping a woodchucks head in an alfalfa field... because of the "spill", you will get reflections from every weed and blade of grass in the area, since, at 400 to 800 to 1,200+ yards, the beam is 4 to 20 times as large as the woodchucks head, and you have no way of knowing what is giving you the ping return.
Commenting on ranging an antelope at 400 yards is meaningless, because it is not on the ground, you are pinging it broadside, and it is huge in size (compared to the beam size).
This is why guys that actually use lasers on small animals like PDs and 'chucks, (instead of reading catalogs) will tell you that the lasers have a lot of problems ranging small animals across long, flat fields.
Now, go get a job you like.
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