homemade range finder
#3
Get yourself a spool of braided nylon string 90' in length, tie one end to your tree and stretch the other end out into your shooting lanes. Where the string ends, tie a piece of colored surveyor's tape. Do not shoot past the surveyor's tape as this should be your limit if you cannot judge distance. As you get more experienced, you can invest in more string and tape. This concludes my homemade range finder lesson.
#4
Fork Horn
Joined: Oct 2006
Posts: 415
Likes: 0
From: Baytown, Texas
I have a nice range finder now, but I actually used a golf distance finder from the golf shop. It is only about $30, but does the job for bow hunting. I only purchased my nice range finder for long distances like 200 yards. But, the golf distance finder works great for bow hunting.
#5
I actually used a golf distance finder from the golf shop. It is only about $30, but does the job for bow hunting.
I find the best way to learn estimating is to shoot 3D.
Either use a rangefinder and burn the images of the different distances in your mind, or go without the equipment and make note of guesses that are off. Pace it off when you get your arrows back.
Than practice from your stand if you can. Things look further away from up there and may cause you to aim a bit high.
#7
Typical Buck
Joined: Oct 2006
Posts: 639
Likes: 0
From: Western New York
I'VE found I can use my sight on my bow. If you shot at a lifelike target like a mckenzie or delta at 20 yards see how much of the deer fills the the ring surounding your pins. Then move back to 30 yd its not to the yard accurate but will give you a good idea as to an estimate of distance
#8
I have thought aout making my own a few times. It is a very simple circuit, the problem I have is getting a case to put it in.
You just need a proximity sensor and a microcontroller. Press the button it sends the signal and starts an internal clock. Once the return signal is received it stops the clock. And you can now turn time into distance because you know the wavelength of the signal.
I am going to make one and I will let you know how it turns out.
You just need a proximity sensor and a microcontroller. Press the button it sends the signal and starts an internal clock. Once the return signal is received it stops the clock. And you can now turn time into distance because you know the wavelength of the signal.
I am going to make one and I will let you know how it turns out.
#10
Fork Horn
Joined: Oct 2006
Posts: 415
Likes: 0
From: Baytown, Texas
ORIGINAL: Bulzeye
That's a great idea ATC. I don't chase the little white balls around yet, so I wouldn't have thought of it. Very good tip.
I find the best way to learn estimating is to shoot 3D.
Either use a rangefinder and burn the images of the different distances in your mind, or go without the equipment and make note of guesses that are off. Pace it off when you get your arrows back.
Than practice from your stand if you can. Things look further away from up there and may cause you to aim a bit high.
I actually used a golf distance finder from the golf shop. It is only about $30, but does the job for bow hunting.
I find the best way to learn estimating is to shoot 3D.
Either use a rangefinder and burn the images of the different distances in your mind, or go without the equipment and make note of guesses that are off. Pace it off when you get your arrows back.
Than practice from your stand if you can. Things look further away from up there and may cause you to aim a bit high.


