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Flight archery relies on the finest in performance equipment, optimized for the single purpose of greater range, using various types of bows (some unusual such as foot bows). The search for better flight archery equipment has led to many developments in archery equipment in general, such as the development of carbon arrows. [3]
Easton Archery, formally Jas. D. Easton, Inc., is an American archery equipment company that has existed since 1953. The company was started by James Douglas "Doug" Easton (1907–1972), who had made bows and arrows since 1922, and who in 1932 opened Easton's Archery Shop in Los Angeles.
An example of this type of bow is the Genesis, which is standard equipment in the U.S. National Archery in the Schools Program. Compound bow strings and cables are normally made of high-modulus polyethylene and are designed to have great tensile strength and minimal stretchability, so that the bow transfers its energy to the arrow as ...
Hoyt Archery is an American manufacturer of recurve and compound bows located in Salt Lake City, Utah. [1] Most notable for their competition recurve bows, which are featured prominently in the Olympics; every gold medalist in individual archery at the 2012 Summer Olympics shot a Hoyt recurve. [2] Hoyt is owned by Jas. D. Easton, Inc.
Traditional target arrow (top) and replica medieval arrow (bottom) Modern arrow with plastic fletchings and nock An arrow is a fin-stabilized projectile launched by a bow.A typical arrow usually consists of a long, stiff, straight shaft with a weighty (and usually sharp and pointed) arrowhead attached to the front end, multiple fin-like stabilizers called fletchings mounted near the rear, and ...
Such "Holmegaard style" bows are used in flight archery competitions. For flight bows, an optimum between the length of the stiff tips and the draw force of the bow is desired. If the outer limbs are too long, their weight exceeds the capacity of the energy stored in inner limbs. The outer limbs can also become unstable if made too thin.
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The pig iron contains more than 2% carbon. The high-carbon steel has about 1–1.5% carbon while the low-carbon iron contains about 0.2%. Steel that has a carbon content between the high and low carbon steel is called bu-kera, which is often re-smelted with the pig iron to make saga-hagane, containing roughly 0.7% carbon. Most of the ...
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