Archery is the sport and practice of propelling arrows toward a target using a bow. It combines controlled physical movement with precision aiming, equipment management, distance judgement and repeatable technique. Modern archery encompasses several disciplines rather than one universal competition, including target archery, field archery, indoor archery, 3D archery, para archery, flight archery and other recognised forms.
World Archery identifies target, field and 3D among the principal disciplines and states that target archery involves shooting at stationary circular targets at specific distances. The most internationally visible form is target archery, which uses circular scoring targets and is included in the Olympic and Paralympic programmes. Archery is therefore both an ancient practical technology and a modern regulated precision sport, with rules and equipment that have developed considerably from historical bow use.
The basic equipment consists of a bow, arrows and a target, although competitive archers often use additional equipment such as sights, stabilisers, clickers, arrow rests, finger tabs or release aids depending on the bow division. Recurve archers generally draw the string with their fingers, while compound archers use a mechanically assisted cam system that reduces holding force at full draw and allows the use of a mechanical release aid.
Barebow archers use a bow without the extensive sight and stabilisation equipment permitted in some other categories. The arrow consists broadly of a shaft, point, nock and fletching, with material and design varying according to discipline and athlete preference. Equipment must comply with the rules of the relevant competition because technical aids can substantially influence aiming and stability. World Archery recognises different bow categories and disciplines with separate competition provisions.
The fundamental physical action involves drawing the bowstring while maintaining alignment and then releasing it so that the stored elastic energy in the bow accelerates the arrow forward. A technically consistent shot depends on stance, grip, bow arm position, drawing action, anchor position, alignment, aiming, release and follow through. Small changes in any of these factors can alter arrow trajectory. Competitive archers therefore train to minimise unnecessary variation between shots.
The bow does not simply act as a device that points an arrow at a target; the archer must create a repeatable biomechanical system in which the body provides a stable platform while the bow supplies the energy. Wind, temperature, lighting, distance and equipment condition can introduce additional variables outdoors. Elite performance consequently depends on both physical execution and the ability to manage environmental and technical variation.
Target archery uses circular targets divided into concentric scoring rings. In standard international target archery, the familiar five-colour target contains ten scoring rings, with the innermost ring worth 10 points and the outermost ring worth 1 point, while missing the target scores zero. World Archery states that the yellow rings score 10 and 9, red 8 and 7, blue 6 and 5, black 4 and 3, and white 2 and 1.
Recurve international competition commonly uses a 122 centimetre target at 70 metres, while compound competition commonly uses an 80 centimetre target at 50 metres. These distances make target archery a precision discipline in which a very small angular error at the shooting line can translate into a substantial displacement at the target.
Archery competitions can use different scoring and match systems depending on the discipline and bow category. World Archery target competitions include qualification followed by matchplay. In the current international target format, qualification consists of 72 arrows, with athletes ranked by total score before head-to-head elimination. Recurve individual matchplay uses a set system, with individual sets consisting of three arrows and two set points awarded for winning a set or one point each for a tied set.
Compound individual matches use cumulative scoring over a specified number of arrows. Tiebreaks commonly involve single-arrow shoot-offs in which closeness to the centre can determine the winner. This means that archery competition can involve both long qualification rounds based on accumulated precision and short elimination matches in which one arrow can determine progression.
Archery has a long historical connection with hunting, warfare and survival, but its modern sporting form is based on controlled competition rather than those original practical purposes. Bows were historically developed in many cultures, producing different designs such as longbows, recurves and composite bows. Modern sporting bows incorporate materials and engineering that were unavailable to historical archers, including carbon fibre, aluminium alloys, advanced composites and precision-machined components.
Compound bows introduced cams and mechanical advantages that substantially changed the biomechanics of holding and aiming. Despite this technological evolution, the fundamental principle remains the same: stored energy in a bow is transferred to an arrow and the archer attempts to control the direction and repeatability of that launch. The history of archery therefore connects ancient projectile technology with modern precision sport without implying that modern competition reproduces historical archery.
Archery requires physical and mental skills that are sometimes underestimated because the athlete does not appear to move rapidly around the field. Drawing and holding a bow repeatedly can place substantial demands on the shoulders, back, arms and trunk, while maintaining consistent posture requires muscular endurance and coordination. Mental control is equally important because competitive archers must repeat the same process while dealing with pressure, changing conditions and the consequences of individual arrows.
Breathing, concentration, visual focus and shot routine can influence consistency. A technically strong archer therefore seeks a repeatable sequence rather than trying to force every arrow toward the centre through conscious last-second corrections. Training can include strength and conditioning, technical repetition, equipment tuning, scoring practice and psychological preparation.
Archery is consequently a broad family of precision disciplines centred on using a bow to propel arrows accurately under defined competitive conditions. Target archery is the most widely recognised international form, but field, indoor, 3D and other disciplines introduce different target arrangements, distances and environments. Modern target competition combines qualification scoring with head-to-head matchplay, while different bow divisions use different equipment and scoring structures.
The sport's defining challenge is repeatable precision: the archer must reproduce a controlled biomechanical process while accounting for equipment and environmental variables. Archery is therefore simultaneously a technical sport, a precision skill and a historically important human technology whose modern rules have transformed it into a highly regulated international competition.
