For now, let’s focus on a discussion of the bareshaft method. Thus, all of these factors must be taken into consideration when preparing to find the perfect arrow for any given bow. Without embarking upon a qualitative study of why this is true, suffice it to say that an arrow’s length, point weight, rear weight, and drag from fletchings influence its spine relative to the bow’s design. The laws of physics play an important role in arrow balance, behavior, and trajectory. However, through the use of the bareshaft tuning method, every bow can find the perfect arrow match. Just because two traditional bows may be of equal weight at the same draw length, if they are made by different bowyers, odds are the perfect arrow for each bow may be different. I use this method for every new bow I buy and highly recommend it to others.ĭetermining the appropriate arrow spine and length for your traditional bow is a little like shopping for new clothes: one size definitely does not fit all! In fact, just as it is true that a size 10 in one designer’s clothing line is not the same size 10 made by another designer, tuning arrows to a bow is no different. It enables an archer to observe arrow flight, set the proper nock point, and create an arrow that will fly perfectly when fletched. Bareshaft tuning is an important step in finding the perfect arrow for a given bow.
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