Science-Backed Visuospatial Training
Prevent your motion sickness, boost STEM learning, and enhance cognitive performance through evidence-based spatial training.
58%
Motion Sickness Reduction
After 14 days of training40%
Mental Rotation Improvement
Average score increase77%
Engineering Success Rate
Women's graduation rate52%
Surgical Error Reduction
After single 45-min sessionTransform Your Cognitive Abilities With Proven Results
58% Motion Sickness Reduction
The Ultimate Travel Solution
Transform your travel experience with science-backed visuospatial training. Studies show dramatic reductions in motion sickness across multiple scenarios.
"After training, participants' spatial scores rose 40% and motion-sickness symptoms fell 51-58%"
— Smyth et al. (2021), Applied Ergonomics
77% Engineering Success Rate
Unlock Your STEM Potential
Dramatically improve STEM learning outcomes with targeted spatial training. Research shows significant boosts in math performance and engineering success.
"Women's engineering graduation rate increased from 47% to 77% after spatial training"
— Sorby et al. (2018), AAEE Proceedings
52% Surgical Error Reduction
Enhance Medical Precision
Improve surgical precision with just 45 minutes of spatial training. Proven to reduce errors in robotic surgery and enhance hand-eye coordination.
"A single 45-min spatial session cut robotic suturing errors by 52%"
— Luko et al. (2020), Journal of Minimally Invasive Gynecology
Enhanced Cognitive Health
Age Gracefully & Stay Sharp
Protect your cognitive health with spatial training that builds cognitive reserve and improves memory function across all age groups.
"CityQuest spatial training significantly improved spatial memory performance and executive functioning in older adults"
— Merriman et al. (2022), Frontiers in Aging Neuroscience
Smyth Study: Dramatic Motion Sickness Reduction
Visual evidence from the groundbreaking 2021 study showing significant improvements across all motion sickness metrics
Simulator Sickness Questionnaire Scores
Error bars represent standard deviation. All categories show significant reduction post-training.
FMS Scores Simulator Driving Scenario
FMS scores consistently lower post-training throughout the entire 29-minute scenario.
Dropouts Due to Motion Sickness
Error bars represent standard deviation. 46% reduction in dropouts post-training.
Key Findings Summary
SSQ Score Reductions:
• Nausea: 69 → 45 (35% reduction)
• Oculomotor: 45 → 29 (36% reduction)
• Disorientation: 79 → 45 (43% reduction)
• Total SSQ: 67 → 32 (52% reduction)
FMS Score Improvement:
• Peak scores: 14.8 → 9.0 (39% reduction)
• Final scores: 14.5 → 8.5 (41% reduction)
Participant Retention:
• Dropouts: 13 → 7 (46% reduction)
• Completion rate: Significantly improved
Breakthrough Motion Sickness Research
Smyth et al. (2021)
Applied Ergonomics
58% Motion Sickness Reduction
The groundbreaking study that first demonstrated the causal relationship between visuospatial training and motion sickness reduction. Participants underwent 14 days of pen-and-paper spatial training exercises.
"After training, participants' Mental Rotation Test scores improved by ~40%, accompanied by a 51–58% reduction in motion sickness severity"
Wang et al. (2023)
Frontiers in Virtual Reality
3x Mental Rotation Improvement
A recent VR-based study that strongly supports Smyth's findings, demonstrating that spatial cognitive training in virtual environments can dramatically reduce VR-induced motion sickness.
"The trained group's MRT scores more than tripled on average, and SSQ scores dropped by roughly half"
Wiesing et al. (2024)
Collabra: Psychology - Replication Study
Scientific Transparency: Mixed Results
A high-powered replication study that failed to reproduce the original benefits, attributing improvements to practice effects and natural habituation. This highlights the importance of continued research and scientific rigor in this emerging field.
"The evidence is not unanimous. More research is needed to reconcile these findings and establish clear mechanistic explanations."
Comprehensive Scientific Evidence
Early Childhood: Building STEM Foundation
A meta-analysis of 20 RCTs in children 0-8 yrs found large gains (g = 0.96) after short bouts of block play, gesture-guided rotation, and tangram tasks.
School-University Math Performance
Across 3,765 participants (29 studies), spatial drills delivered a small-to-moderate bump in math scores (g ≈ 0.28), with bigger effects for hands-on manipulatives.
Engineering Education Outcomes
Sorby's "Developing Spatial Thinking" course boosted women's engineering graduation from 47% → 77%and raised introductory STEM grades.
Operating-Room Skill Enhancement
In a randomized trial with 41 surgical residents, a single 45-min spatial sessioncut robotic-suturing errors by 52%.
Healthy Aging & Cognitive Health
VR-based spatial training yielded large gains in Block-Design (η² = .667) and episodic-recall measures, suggesting hippocampal plasticity.
Motion-Sickness Reduction
After 14 days of training, spatial scores rose 40% and motion-sickness symptoms fell51% (simulator) – 58% (on-road).
How Visuospatial Training Works
Neural Efficiency
Practice increases parietal-frontal connectivity, reducing metabolic cost of spatial tasks and improving processing speed.
Far Transfer via Shared Representations
Spatial schemas scaffold math symbols, engineering graphics, and surgical hand-eye mapping, enabling transfer across domains.
Cognitive Reserve
Engaging hippocampal navigation circuits delays age-related decline and builds resilience against cognitive impairment.
Sensory Re-weighting
Better mental-model prediction lowers vestibular/visual conflict, easing motion sickness through improved sensory integration.
Key Insights for Motion Relief™
Evidence-Based Design Principles
Micro-dose design: Most studies succeed with ≤ 15 min/day, matching user attention spans
Gamify for adherence: Navigation-style games drove older-adult compliance
Track transfer: Include math-style puzzles to showcase cognitive spill-over
Targeted User Segments
Travel comfort: 51-58% motion sickness reduction with 14-day training
STEM learning: 77% engineering success rate boost
Medical professionals: 52% surgical error reduction in single session
Comprehensive Research References
Motion Sickness Research
Smyth, J. et al. (2021). Visuospatial training reduces motion sickness susceptibility.
Applied Ergonomics, 90, 103264Wang, F. et al. (2023). VR-based spatial cognitive training alleviates motion sickness.
Frontiers in Virtual RealityWiesing, M. et al. (2024). Replication study on visuospatial training effects.
Collabra: Psychology, 10(1)STEM & Cognitive Research
Yang, W. Y. et al. (2020). Early spatial skills training effectiveness.
Frontiers in PsychologyHawes, Z. C. K. et al. (2022). Spatial training effects on mathematics.
Developmental PsychologySorby, S. A. et al. (2018). Spatial skills and engineering problem-solving.
AAEE ProceedingsLuko, L. et al. (2020). Spatial skill training for robotic surgery.
Journal of Minimally Invasive GynecologyReady to Transform Your Cognitive Abilities?
Join thousands who have discovered the power of science-backed visuospatial training. Start your journey to better travel, enhanced learning, and improved cognitive health today.
Start Training Now"The science is clear: visuospatial training delivers measurable, lasting benefits across multiple domains of life."