Hockey Gaze

Methodology and safeguards

Science, Safety, and Honest Training Boundaries

Hockey Gaze turns visual-cognitive concepts into hockey-shaped practice while separating task improvement from unproven game-transfer claims.

Short answer

Hockey Gaze is a performance-training tool, not a medical device. It uses task-specific measures, position-aware cues, conservative youth defaults, device-separated scores, and primary research to explain mechanisms and limitations.

Our evidence standard

We distinguish association from causation, laboratory improvement from sport transfer, and screen performance from clinical vision measurement. Research summaries identify study limitations and avoid guaranteeing on-ice outcomes.

  • Prefer peer-reviewed primary research and systematic reviews
  • State sample and transfer limitations
  • Do not turn correlations into treatment or performance claims
  • Update drill explanations as evidence changes

How training is designed

Drills begin with a defined visual-cognitive mechanism, connect it to a hockey situation, and report task-level outcomes. Representative cues and responses are preferred where the interface can support them honestly.

Safety defaults

Under-13 and return-from-head-injury profiles keep flashing content off. Youth team sharing requires guardian consent. Athletes should stop if they experience headache, dizziness, nausea, visual discomfort, or unusual symptoms and follow qualified medical guidance.

Measurement limits

Scores vary with screen, browser, input device, distance, posture, lighting, and fatigue. Hockey Gaze separates device categories and does not diagnose acuity, contrast sensitivity, peripheral field, concussion, or vision disorders.

Selected research sources

These sources inform the mechanisms and boundaries described above. Hockey Gaze summarizes their findings conservatively.

  1. Training vision in athletes to improve sports performance: a systematic reviewLochhead et al. (2024), International Review of Sport and Exercise Psychology
  2. A critical systematic review of the NeuroTracker perceptual-cognitive training toolVater, Gray & Holcombe (2021), Psychonomic Bulletin & Review
  3. Accelerating Visual Anticipation in Sport Through Temporal Occlusion TrainingMüller et al. (2024), Sports Medicine

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