Archery research: lines and methods

Research lines

A question followed over time: who asked it first, who replicated it, who found the opposite.

• 52 studiesMental training: what has been tested on archers since 1979Since 1979 researchers have tested goal setting, imagery, mindfulness, neurofeedback and yoga on archers. What was measured, and what holds up today.
• 56 studiesAnxiety and confidence in archery competition since 1986How research has measured archers' anxiety, confidence and tension in competition since 1986, from questionnaires to saliva, and where the results disagree.
• 55 studiesAttention and cognition in archers: research since 1986Since 1986 studies have sought faster reflexes, sharper perception and better memory in archers. Finding little, they turned to how archers use attention.
• 102 studiesFrom the total on the scorecard to the arrow's coordinatesSince 1966 research has measured archers by their score: first the round total, then points per arrow, the group, and coordinates read from photographs.
• 48 studiesThe heartbeat and the shot: heart rate and HRV since 1981From 1981 to 2025, research has measured archers' heart rate while aiming, in competition and on video: what it found about scores and where studies disagree.
• 29 studiesThe archer's paradox in research: from 1987 to todaySince 1987 accelerometers, high-speed video, machines and models have studied the arrow flexing as it leaves the bow: the studies in order, and what is open.
• 63 studiesThe archer's physical profile: strength, endurance and sizeSince 1967 studies have measured archers' strength, fitness and build. The profile they draw describes who shoots, but its link with score is still unclear.
• 24 studiesThe passive release: fifty years to take an idea apartSince 1971 EMG and high-speed video have measured the release: the fingers stay curled, yet archers who open and who relax score the same. The studies in order.
• 25 studiesArchery injuries: what research has measured since 1971Since 1971 researchers have counted archers' injuries: kyudo, single cases, elite samples, emergency departments, young archers. What was measured, and in whom.
• 39 studiesPhysical training interventions: what has been testedSince 2015 researchers have tested weights, bands, circuits, yoga and stretching on archers. What was measured, and how often a control group is missing.
• 28 studiesThe archer's shoulder: pain, injury and recoverySince 1971 six samples of archers have put the shoulder first among overuse injuries. Here are the studies, and what has been tried against the pain.
• 25 studiesShooting and asymmetry: fifty years of measurementsSince 1971 X-rays, dynamometers, EMG and ultrasound have looked for the asymmetry left by shooting: it shows up in the arms and hands, not in the trunk.
• 48 studiesBow stability and aiming time: research since 1971Since 1971 stopwatches and sensors have measured how long archers aim and how much the bow moves. The studies disagree, and the group average explains why.
• 15 studiesFinal draw, clicker and reaction time since 1993How research has measured the final draw and clicker reaction time in recurve archery since 1993: who started, who replicated, and what remains open.
• 54 studiesMovement variability and individual technique since 1971Since 1971 research has measured how archers repeat the shot. Experts vary less, each in their own way, and no single elite technique has ever emerged.
• 12 studiesWind and heat in archery: research since 2011Since 2011 models, wind tunnels and competition scores have measured how far wind pushes the arrow and how many points wind and heat cost. The studies in order.

Other research lines, traced inside an article or a page:

• Water, food and sleep on competition days (Hydration and nutrition on competition day in archery: a practical guide)
• Arrow aerodynamics: drag, boundary layer, vanes (How much the air slows an arrow down, and what really changes the drag)
• Coach and athlete: communication, relationship and the shooting line (The archery coach: how much they matter and what they do on the shooting line)
• Arousal, relaxation and individual zones (How fired up you need to be to shoot well: individual bands, distance and relaxation)
• Choking and competitive pressure in archers (Choking in archery: how common it is, who it happens to and what goes with it)
• Distance, group size and score (Why do your groups open up with distance?)
• Balance, core and proprioception: the interventions, year by year (Balance, core and proprioception: the training you never see)
• Fatigue, arrow volume and recovery: the dated trail (Fatigue in archery: when tiredness sets in, and whether it shows in the score)
• The archer's brain: EEG, evoked potentials, fMRI and fNIRS (EEG and neuroscience in archery: the brain of the elite archer)
• The archer's body: metabolism, energy cost and body weight since 1981 (How competitive archers eat: what shooting costs, how much protein they report, what they weigh and who advises them)
• The score gap between men and women (Women and archery: score, strength, the menstrual cycle and competition anxiety)
• The archer's mental profile: forty years of questionnaires (Is there such a thing as an archer's mental profile? What comparisons and questionnaires find)
• Archery as an intervention: attention, school, health and inclusion (Does archery improve children's attention? What the studies have measured)
• Teaching and learning archery: sixty years of instructional trials (How archery is taught: what the studies on beginners say)
• The Japanese bow through engineering (The yumi through engineering: materials, asymmetric limbs, draw force and tenouchi)
• The arrow that decides (The shoot-off in archery: what one arrow decides)
• Compound mechanics: cams, limbs and symmetry (The compound on the draw: what the cams, the limbs and the nocking point do)
• The string grip: fingers, thumb and thirty years of comparisons (The string grip: what changes between two fingers, three fingers and the thumb)
• Feet, load and stance: what posturography has measured since 1990 (Foot position: which stance to use and how much weight each foot should carry)
• Grip pressure and bow torque: from 1971 to today (The bow hand: where it pushes, how much it closes and how much torque matters)
• How much energy passes from bow to arrow: models and measurements since 1937 (How much energy actually reaches the arrow, and where the rest goes)
• How many pounds archers draw: measurements since 1967 (Draw weight and score in the research: how much do the pounds matter?)
• What a competition day weighs (Does the score drop in the second half of a competition? Fatigue and the scorecard compared)
• How much the body switches on in competition (Do archers shoot worse in competition than in training? The body and the target, measured)
• Breathing and the shot (How to breathe before you draw: what the studies have measured)
• Breathing and lung function in archers (Thoracic mobility, diaphragmatic breathing and HRV)
• Gaze and vision: quiet eye, eye dominance and oculomotor behaviour (Quiet Eye and Visual Training: the Science of Stable Aiming)
• Substances and acute interventions: caffeine, beta blockers, nicotine and the rest (Caffeine and alcohol in archery: what the science says)
• Target panic, yips and release disorders (The arrow goes by itself: yips and premature release in archery)
• Tremor and sway while aiming: telling two phenomena apart since 1990 (Bow arm tremor in archery: why it happens and how to reduce it)
• Vibration and stabilisers: what research has measured since 1987 (Stabilisers in archery: what they actually do, beyond the folklore)
• Training volume and load: from 1966 to today (How many arrows per week: what the research says about training volume)

Methods

What an instrument measures, how it has been used on archers and which misreadings to avoid.

• 15 studiesCounting injuries: questionnaires, registers and definitionsRecall questionnaires, examinations, emergency records and Games surveillance: how research counts archers' injuries, and why the figures do not add up.
• 8 studiesMeasuring hydration: body mass, urine and sweatScales before and after shooting, urine density and colour, sodium in sweat: how archery studies measure hydration and why the figures rarely compare.
• 33 studiesHow archery studies measure aimingOptical systems on the riser, accelerometers and clicker sensors: what they measure of the aim in archery studies, and why their figures do not add up.

  Also inside: Wearable sensors and inertial units

• 26 studiesHow arrow speed is measuredChronographs, microphones, cameras, radar and sensors inside the arrow: how studies measure arrow speed and how far each instrument can be out.
• 19 studiesMeasuring pain and mobility: scales and goniometersZero-to-ten scales, shoulder questionnaires, goniometers and field tests: how archery studies measure pain and mobility, and where the numbers mislead.
• 51 studiesHow archery studies measure heart rate and HRVECG, chest straps, optical sensors and video: how archery studies measure heart rate and HRV, which index holds up and where the numbers stop being comparable.
• 13 studiesHow wind, heat and humidity are measured at competitionsWeather stations up to 150 km away, estimates made on the field, a wind gauge halfway down the range: where the weather in competition studies comes from.
• 15 studiesUltrasound and MRI: what imaging shows in archersUltrasound, MRI and X-rays in archery research: what they measure, who reads the images, and why an imaging finding is not a diagnosis.
• 47 studiesSurface EMG in archery: what it measures and how to read itWhat surface EMG measures, how it is normalised, the most common reading errors, and what it has shown in studies of archers since 1971.

  Also inside: Shooting EMG from 1971 to today, Reading fatigue with EMG

• 20 studiesWind tunnel, CFD and free flight testsWhere the drag figures for points and vanes come from: a magnetic suspension tunnel, an air launcher, computation, and nearly all of it from a single group.
• 20 studiesHigh-speed video in archery researchHow many frames per second the release needs, what a fast camera shows of the arrow, and where its resolution sets the limit on what can be concluded.
• 18 studiesReading the target with a cameraPhotos read by hand, cameras and neural networks: how studies take holes and scores from the target face, how far off they are, and why close arrows fool them.
• 21 studiesShooting machines and robots in archery researchFrames, robots and air launchers take the archer out of the shot: what they have measured since 1990, how tightly they group and where they differ from fingers.
• 22 studiesMachine learning and computer vision in archery researchPose estimation, target reading, networks that classify shots and archers: how archery studies use machine learning and where accuracy figures get inflated.

  Also inside: Measuring the shot outside the lab: from the 2005 chronometer to pose estimation

• 15 studiesMeasuring what a competition day costsArrows and metres counted by hand, estimated calories, lactate, perceived effort and worn sensors: how studies measure what a competition day costs.
• 39 studiesMathematical models and simulations in archery researchEquations in place of archers: how models calculate bow, arrow and shoulder, and when agreement with a measurement is a prediction rather than a calibration.
• 41 studiesMotion capture and video kinematicsInfrared cameras, markers and video: what kinematics measures in the shot, how archery studies have used it and how much of the score it can explain.

  Also inside: The archer's joint angles: how they are measured

• 36 studiesPosturography: the centre of pressureForce plates, pressure mats and one-leg tests: what the centre of pressure measures in archery studies, and where the published figures cannot be compared.

  Also inside: Archers' postural stability since 1990, Measuring sway on the finals platform

• 10 studiesMaterial testing: bending, vibration, fatigueThree-point bending, vibration and fatigue cycles: how shafts, limbs and woods are tested, what the figures say and why so few pieces are ever tested.
• 73 studiesPsychological questionnairesAnxiety, confidence, mental skills: which questionnaires archery studies use, what they measure and why so many of their findings remain weak.
• 27 studiesForce sensors: grip, string, fingers and force platesStrain gauges, pressure sensors and force plates in archery studies: what they measure at the grip, string, fingers and feet, and where they are misread.
• 42 studiesCognitive and attention testsReaction times, number grids, the d2, Stroop and NeuroTracker: what attention tests measure in archery studies and why their results rarely line up.
• 49 studiesField fitness testsGrip, jumps, shuttle runs, one-leg balance and an instrumented riser: how archery studies use field fitness tests and where their numbers fall short.

  Also inside: Draw force gauges and instrumented risers

Other methods, explained inside an article or a page:

• What a competition score does and does not measure (How we read a study)
• How the phases of the shot are timed (How long an archery shot lasts: the timing of each phase and the score)
• Measuring sleep: actigraphy, questionnaires and diaries (Sleep and recovery in archery: what the studies on archers show)
• Food diaries and 24-hour recalls (How competitive archers eat: what shooting costs, how much protein they report, what they weigh and who advises them)
• EEG, evoked potentials and neuroimaging (EEG and neuroscience in archery: the brain of the elite archer)
• Eye tracking and electro-oculography (Quiet Eye and Visual Training: the Science of Stable Aiming)
• The instrumented clicker and measuring draw length (The final pull: what happens in the last millimetres before the clicker)
• The archer's breathing (How to breathe before you draw: what the studies have measured)
• Interviews and qualitative studies (How we read a study)
• Spirometry in archery studies (Thoracic mobility, diaphragmatic breathing and HRV)
• Salivary and urinary markers (Competition anxiety: what it costs an archer's score, and when it arrives)
• Dexterity and tactile sensitivity tests (Dexterity, sensitivity and grip: how archers' hands differ, and how much that weighs on the score)

Populations and disciplines

The research read for people who coach or shoot in a specific setting.

• 24 studiesTraditional and historical bows: what research has measuredDraw weights today and in war bows, composite against wood, the thumb release and the bodies of traditional archers: what has been measured, and in whom.

  Also inside: Traditional and historical bows, from models to archers

• 33 studiesCompound: what research says about shooting with camsThirty-three studies on the compound: faster, straighter arrows, spine and rest less critical, scores near the maximum, and few archers actually measured.
• 60 studiesYoung archers: what the research says about under-18sSchool courses, dropout, attention, pain and draw weights: what studies of archers under eighteen have measured, and where the data are missing.
• 82 studiesElite archers in the studies: what we know about the bestOver eighty studies of national-team and top archers: personal technique, scores, the mind in competition, draw weights, volume and what is still missing.

  Also inside: What predicts the score, and how talent selection tried to use it

• 18 studiesKyudo: what Japanese research has measuredKyudo in Japanese research: the four release problems counted in university clubs, the shot as measured, the heart in competition and what is missing.

  Also inside: Japanese studies of kyudo from 1964 to 2025

• 15 studiesPara-archery: what we know about archers with a disabilityFifteen studies of archers with a disability: shooting seated, an audio sight, shoulders, balance, strength and breathing. What was measured, what is missing.

  Also inside: Para-archery: what has been studied

Indexes

• Most cited studies
• Timeline
• Glossary
• How we read a study