Evidence-backed brain training, designed for developing minds.
Several pilot studies and peer-reviewed publications support NeuroTracker’s potential in enhancing cognitive performance in children.
Improved Visual Tracking & Cognitive Load Management: In a study on age-related effects in 3D object tracking, children showed measurable improvements in attention and processing speed with training (Faubert, 2013).
Exercise and Brain Function: Research shows that brief physical activity sessions before NeuroTracker training can enhance cognitive gains in children, particularly in visual attention and focus (Pilot Study on Exercise, 2023).
Classroom Feasibility: A study evaluating NeuroTracker in classrooms demonstrated that it’s feasible and potentially beneficial even for students with extremely low IQs, supporting inclusivity in academic environments (Low IQ Classroom Study, 2023).
Rehabilitation & Recovery: NeuroTracker has shown promise as a supportive cognitive training tool for children recovering from mild traumatic brain injuries and those affected by cancer treatments. Improvements were seen in attention, movement coordination, and engagement (mTBI Study, 2022; Post-Therapy Cognitive Study).
Motor & Cognitive Task Performance: Dual-task studies highlight NeuroTracker's potential to improve both motor and cognitive performance in healthy youth, suggesting a broad range of developmental benefits (Dual-Task Study, 2022).
Note: Individual outcomes may vary depending on the child’s baseline abilities, consistency of training, and overall cognitive health.
Whether your goal is to support better focus in the classroom, improve sports performance, or help a child develop stronger learning habits, NeuroTracker offers a safe, adaptable solution for kids of all abilities.