Compound bows have become increasingly popular in recent years due to their accuracy, power and elegance. But do you know how a compound bow is made? The various stages of a compound bow’s production process require a complex combination of knowledgeable craftsmanship and a variety of specialized machines and tools. From start to finish, the process of constructing a compound bow is an intricate, exacting one.
Table of Contents
Design and Preparation
The construction of a compound bow begins with the design process. A skilled engineer first draws up the blueprints for the bow before the materials and components are ordered.
Riser
The riser of the compound bow is the handle portion, through which the user grips the bow. In most cases, the riser is machined from a solid block of aluminum or magnesium and is then anodized for color and protection against corrosion. Once the riser is finished, it is attached to the bow’s stabilizer and quiver.
Limbs
The limbs of the bow are the flexing components that store and provide the energy for shooting. Compound bow limbs must be flexibly and durable enough to be capable of withstanding hundreds of shots and yet still remain precise and accurate. Limbs are typically constructed from fiberglass and other composite materials, such as carbon fiber, that are bonded together and then machined and shaped.
Cams
Cams are a crucial component of the compound bow as they are responsible for controlling timing, and thus the bow’s draw length, let-off percentage and draw weight. The cams may be either two round cams, commonly known as binary cams, or three round cams, sometimes called hybrid cams. The compound bow cams are machined separately and then installed onto the bow’s riser.
Strings and Cable Guards
The bowstrings are constructed from strands of high-quality Dacron that are twisted together. The bowstring is threaded through the cams and secured in place. The cable guards are used to protect the cable from the force of being drawn each time the bow is shot. The cable guard attaches to the riser, with two side-mounted limbs having two string loops and two cable loops. The cable guard is then adjusted and portioned in order to ensure that, when the bow is fired, all the extra force created is efficiently transferred from the string to the limbs.
Grips and Final Assembly
Finally, the grip of the bow is molded to fit the contour of the user’s hand for comfortable and repeatable shooting. Once complete, all the components and pieces are assembled together to create the compound bow. Any necessary adjustments and testing is then done and the bow is finally ready for use.
In sum, the production process of a compound bow is an intricate one requiring a combination of craftsmanship and specialized machining and tools. The entire process of constructing a compound bow is governed by precision, accuracy and quality. From design to completion, the compound bow offers archers and bowhunters an unequaled combination of power, accuracy and beauty.
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Last update 2021-01-05. Price and product availability may change.