Unmatched Accuracy, Endless Discoveries
Precision and Ease in Biomechanics, Rehabilitation, and Beyond
Academic research requires accuracy, flexibility, and ease of use. That’s why we’ve designed our non-intrusive tracking technology to seamlessly integrate into research labs, biomechanics studies, and rehabilitation environments.






Revolutionizing Research with Infinite Precision
AR-51’s cutting-edge technology ensures high-precision data capture and actionable insights without complex setups or intrusive equipment, whether analyzing human motion, studying sports performance, or supporting behavioral research.




How AR-51 Propels Research
1. Markerless, Non-Intrusive Tracking
Real-time motion capture
Track human movement in real-time without the need for markers or suits.
No setup hassle
Focus on research instead of preparing equipment, with effortless integration into your study.
Non-intrusive data collection
Collect accurate data without restricting movement, making it ideal for diverse research environments.
2. Automatic Body Proportioning
Universal adaptability
Seamlessly adjust to track a variety of body types, including infants, older adults, and those with disabilities.
Inclusive research
No need for specialized equipment or suits to accommodate different participants.
Flexible and accessible
Track subjects of all sizes and shapes, ensuring your study is inclusive and versatile.
3. High-Precision Data Capture
Millimeter-level accuracy
Capture detailed motion data with precision that is perfect for biomechanics, rehabilitation, and performance analysis.
Granular movement insights
Analyze fine details of body movement, angles, and speed without interference
Reliable, high-quality data
Gather actionable, high-fidelity data for behavioral studies and performance metrics.
Why Choose
AR-51?
Leading research labs, universities, and biomechanics experts trust AR-51’s state-of-the-art technology to advance their studies. Whether optimizing rehabilitation techniques, conducting behavioral research, or analyzing human motion, our system empowers researchers to push the boundaries of innovation in academia.