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Consequently, on the application of any force on the bow, e.g. (1) muscular force, whether voluntary or involuntary: (2) the reaction of the bow to the acceleration of the bow limbs, string and arrow: (3) the further reaction of the bow as the string becomes taut and the arrow flies free: the actual physical movement of the bow centre section ...
A decurve bow is a bow that has arms curved or curled at the ends to turn towards the archer. This bow form reduces the strain on the bow when it is used, and the bow may be under no tension at all when strung, so that it can be kept ready for immediate use at all times. It also reduces the energy stored in the bow, and the speed of the arrow.
Genu varum (also called bow-leggedness, bandiness, bandy-leg, and tibia vara) is a varus deformity marked by (outward) bowing at the knee, which means that the lower leg is angled inward in relation to the thigh's axis, giving the limb overall the appearance of an archer's bow.
bowstring (equipment) – A fiber joining two ends of a bow for launching arrows. Can be rendered as two words ("bow string"). bowyer (craftsman) – One who makes bows; bracing (practice) – The act of attaching a bow string to a bow. brace height (measure) – The distance from the string to the pivot point of the bow's grip.
In archery, a recurve bow is one of the main shapes a bow can take, with limbs that curve away from the archer when unstrung. A recurve bow stores more energy and delivers energy more efficiently than the equivalent straight-limbed bow, giving a greater amount of energy and speed to the arrow .
A takedown bow is a bow assembled out of a riser and two limbs to make a working bow when strung. [1] The primary advantage of the takedown design is that it can be transported in a much shorter case when disassembled. [2] The secondary advantage is that an archer can change bow configuration by changing limbs.
The limbs store the kinetic energy of the bow – no energy is stored in the pulleys and cables. Draw weights of adult compound bows range is between 40 and 80 pounds (18 and 36 kg), which can create arrow speeds of 250 to 370 feet per second (76 to 113 m/s). In the most common configuration, there is a cam or wheel at the end of each limb. The ...
The bow leg is made of a curved leaf spring (providing the "bow" portion of the assembly), a foot on the end of the spring, a pivoting hip, and a string that causes the string to go through phases of compression. The name of the leg comes from the device's resemblance to an archer's bow in medieval culture.