An archery target is a designated object or target face used as the intended point of impact for arrows during an archery activity or competition. In target archery, the target normally consists of a printed or marked face containing concentric scoring zones mounted on a suitable backing material capable of stopping arrows. The face is commonly circular and divided into coloured or numbered rings, with higher scores generally awarded closer to the centre.
The target provides a standardised visual reference that allows archers to aim consistently and allows officials to determine scores according to the applicable rules. Targets differ substantially between disciplines in size, construction, scoring layout and distance. A target for indoor target archery may be relatively small and made for controlled short range conditions, whereas outdoor target archery uses larger target faces and specialised arrow stopping systems.
The construction of an archery target must safely absorb the kinetic energy of incoming arrows while allowing arrows to be removed without excessive damage. Traditional targets can be made from tightly compressed straw or similar natural fibres, while modern targets may use layered foam, synthetic materials or specialised arrow stopping blocks. The target face is attached or placed over the stopping material so that the arrow penetrates the face and is retained by the backing.
Target construction must balance stopping ability, durability, weight, arrow removal and resistance to weather. A target that is too hard can damage arrows or make extraction difficult, while one that is too soft may fail to stop arrows safely. The target therefore represents an engineered part of the shooting environment rather than simply a visual circle placed on a wall.
Target faces are divided into scoring zones according to the rules of the relevant discipline. In common outdoor target archery configurations, the face contains ten scoring zones, with the central area receiving the highest score and progressively lower scores assigned towards the outer rings. The exact face dimensions and colour arrangement depend on the competition format. Some indoor events use specialised small faces or multiple target faces, and field archery uses targets with different designs and distances.
The score is determined by the position where the arrow shaft enters the target face under the relevant rules. Officials or electronic scoring systems then record the value of the arrow. Thus the target functions simultaneously as an aiming reference, scoring instrument and standardisation mechanism.
The distance between the archer and target is an important part of target archery. Different disciplines prescribe different distances, target sizes and shooting conditions, meaning that an archer must adapt technique to the particular round. Outdoor target archery commonly involves longer distances than indoor archery, while field archery places targets at varying distances and terrain positions. Target size is normally related to distance and difficulty so that scoring remains challenging without becoming impractical. The target's apparent size from the shooting line is therefore an important technical factor. Wind, light, temperature and background conditions can further affect how easily an archer can identify and aim at the target, especially during outdoor competition.
An archery target is also part of the safety system. The target itself must be supported by a suitable backing and placed so that arrows that miss the face are still safely contained. Competition layouts normally include designated shooting lines, waiting areas, target lanes and controlled directions of fire. Behind or around the target, organisers may use additional arrow stopping materials or appropriate terrain to reduce the risk from arrows that pass through or around the target. The target therefore cannot be considered independently from its surroundings. Safe archery requires the complete shooting environment to be designed so that participants and spectators are protected from stray arrows and other hazards.
Target faces and target construction have evolved alongside changes in archery equipment. Historical archers used a variety of natural targets and forms of practice, while modern competition requires highly consistent target dimensions and scoring zones. Synthetic foam targets have become important because they can provide predictable arrow stopping performance and can be manufactured in standardised forms. Electronic scoring systems can also identify arrow positions or assist officials, although manual scoring remains common. Modern target technology therefore combines traditional visual scoring concepts with materials engineering and digital measurement. The underlying purpose remains the same, which is to provide a repeatable object against which an archer's accuracy can be assessed.
The term archery target can refer either to the complete physical stopping structure or specifically to the target face. This distinction matters because the coloured paper or synthetic face is only one part of the system. Behind it is normally a target butt or other arrow stopping medium. In informal speech, people may call the whole assembly a target, while technical descriptions may distinguish the face from the backing. Different disciplines also use target faces with substantially different layouts. A field target may be three dimensional or differently marked from a conventional circular target. Therefore, an archery target is best understood as a category of equipment rather than one universal object with identical dimensions and construction.
The target is fundamental to archery because it converts projectile placement into measurable performance. Without a defined target, accuracy would be difficult to compare consistently between archers. Target scoring allows competitions to rank performance, enables training progress to be measured and provides immediate feedback about technique. Groups of arrows can reveal patterns such as consistent left or right impact, vertical variation or increasing dispersion under fatigue.
Coaches can use these patterns to investigate stance, anchor consistency, release, aiming stability and equipment tuning. The target is consequently much more than something to shoot at. It is a central measurement device through which archery technique, competition performance and training development are observed and quantified.
