Moving Clicker Question?

Back-musclesConsistently using a clicker is one of the most difficult things for an archer to master, however once mastered you will love your clicker. Check out my earlier blogs about clickers and learning to shoot with a clicker.

Recently, one of my readers asked:

This is a bit late of a response, but I’ve started my clicker training and one of the things I’m having trouble with is nocking the arrow behind the clicker. I move the clicker with my fingers while nocking my arrow, but every time I do so, I move its position. 

First, there are three types of clickers…

riser-mount-clickerRiser-mounted clickers
The clicker is mounted directly on the risers and is still relatively vertical about 1-2 inches beyond the pluger/ pressure button.


extended-riser-mountExtended Riser-mounted clickers
The clicker is still mounted to the riser however the click arm is adjusted horizontally beyond the face of the risers (1-3 inches beyond the front edge of the riser).



Sight-mounted Clickers
The clicker is mounted to the arm of the sight and is used for archers whose arrows are well beyond the face of the riser (2-10 inches beyond the front edge of the riser at full draw).


Ideally, the clicker should be positioned as vertical as possible and should extended a couple of mm beyond the bottom of the arrow. If the clicker sits on the top half of the arrow it may apply downward pressure and cause inconsistent arrow flight. So select a clicker that can be mounted as vertical as possible.

Next, I suggest you mark your riser/sight arm so you can ensure the clicker position before every use. Part of your pre-game bow assembly is to verify the clicker is in the correct position and the screws are tight secured. If you are still noticing that your clicker is still constantly moving the screws may not be providing a tight fit. Try replacing the attaching screw or add a locking or plastic washer.

I hope I have been able to answer your question and I would love to hear more from you.

Do you have any questions?
Are there any topics you would like me to cover?

Although, I will continue to write articles about my experiences, I want to hear from you. Everyone has questions, I would love to hear yours and I love answering them. I also encourage you to leave comments or share additional information on any article on my site.


Arrows Series – Part 2: Measurements

As we start to dive deeper about arrows, my goal is to simplify the information so young archers can have a good basic understanding; it is not meant to be all in compassing or a physics lesson, remember I am still learning too. Therefore, the next step is to understand how arrows are measured and how to determine draw length.

The Archery Trade Association (ATA) formerly the Archery Manufacturers and Merchants Organization (AMO) has the following standard for measuring draw length:


For Manufacturers

Draw length is a specified distance, or the distance at the archer’s full draw, from the nocking point on the string to the pivot point of the bow grip (or the theoretical vertical projection of a tangency line to the pivot point parallel to the string) plus 1 3/4”. Draw length from pivot point shall be designed at DLPP (Draw Length Pivot Point) and shall be called TRUE DRAW LENGTH.

EXAMPLE: 26 1/4” DLPP plus 1 3/4” is the equivalent of 28” draw.

For Dealers and General Use

For practical reasons not requiring precise terms, draw length is the distance, at the archer’s full draw, from the nocking point on the string to the back of the bow at the arrow rest.

EXPLANATION: The standard Manufacturers is consistent with the Bow Weight Standard as related to the pivot point. The DLPP plus 1 3/4” is compatible to previous concepts of draw length. Draw length for Dealers and General Use relieves the burden of preciseness not required for general use and facilitates determining arrow length. THIS STANDARD SUPERSEDES THE PREVIOUS STANDARD.

This can be technical and confusing, however with most recurve risers, the distance of the draw length pivot point (DLPP) to the front edge of the riser is 1 ¾”. Therefore, in general terms…

Your approximate draw length is equal to the distance from your string to the front edge of the riser at full draw.

You could use a measuring tape to measure this distance however unless you have a very consistent anchor point and good form you will have varying results, since you should measure several times. Therefore, any archer who is at the point they are fining tuning arrows for high-level of performance they should consult a professional. Otherwise, I would suggest you use the following simple method to determine your draw length.

Arms Length method

Using a ruler (or other straight stick), place one end in the “V” of your neck (where your neck meets your chest ) and relaxed, reach straight out until your palms touch the ruler. At the point for your fingers is your approximate draw length. Your arrows should always be at least 1” to 2” longer than your draw length for safety reasons and young archers often need to set their arrow length little longer ( 2” to 3” ) to allow for growth.

This gives you a basic understanding of draw length and how arrows are measured, however, things get very complicated for young competitive archers who are still developing and growing in size once you add-in arrow stiffness and flex, arrow cost, type of equipment and bow weight.

It is important to understand how things are measured so you can understand why you are using the arrows you have.  I highly recommend you visit your local archery professional for assistance.