An invitation to international research institutions, universities, and healthcare organizations to partner with RealDesignTech through the Korean government-funded PPS Export Pilot Purchase Program.

RealDesignTech Co., Ltd. is a Korean technology company specializing in intelligent indoor cycling and human motion data platforms. Founded with the mission of bridging physical exercise and cognitive health, the company designs and manufactures the Ultiracer system - a patented indoor cycling platform that captures rich biomechanical and physiological data during natural, engaged physical activity.
With 350+ units deployed across South Korea, Japan, the United Kingdom, Dubai, and the United States, RealDesignTech serves healthcare facilities, senior wellness centers, schools, research institutions, and fitness organizations worldwide.
Ultiracer is a patented indoor cycling platform that accommodates the rider's own bicycle on precision dual rollers. Unlike conventional stationary trainers, Ultiracer requires active balance and steering - engaging cognitive function alongside cardiovascular exercise.
Ultiracer uniquely combines physical exercise with cognitive engagement, producing measurable outcomes across multiple health domains.
Riders must simultaneously manage balance, respond to visual stimuli, and coordinate pedaling - activating neural pathways that static exercise cannot reach. This dual-task demand supports neuroplasticity and has demonstrated improvements in attention, executive function, and reaction time.
Electromyography testing confirms that Ultiracer activates significantly more muscle groups than conventional cycling, including upper-body muscles (deltoids, trapezius, core stabilizers) that are normally dormant during stationary riding.
Six synchronized sensor streams produce analysis-ready datasets suitable for clinical research, longitudinal studies, and machine learning applications - combining the ecological validity of real-world movement with laboratory-grade precision.
The patented two-roller system with sliding module requires continuous postural adjustment, building real-world balance and proprioception. Peer-reviewed studies have linked this active balance demand to improved gait stability and reduced fall risk in elderly populations.
Ultiracer's combination of naturalistic movement, real-time sensor data, and gamified interaction opens research opportunities across a wide range of disciplines.
Stroke recovery, fall prevention, geriatric fitness assessment, cardiac rehabilitation, and longitudinal outcome tracking with objective sensor metrics.
Dual-task paradigms, neuroplasticity measurement, attention and executive function studies, brain-body interaction, and cognitive decline intervention research.
Embodied interaction design, gamification effectiveness, biofeedback interface development, user engagement patterns, and adaptive difficulty systems.
VR cave integration (demonstrated at University of Birmingham), simulator sickness studies, presence and immersion measurement, and multimodal sensory feedback.
Performance analysis, biomechanical modeling, training load optimization, pedaling efficiency, and indoor-outdoor cycling behavior comparison.
Markerless motion capture during cycling, real-time pose analysis, sensor fusion with camera-based systems, and automated movement quality assessment.
Visuomotor coordination studies, reaction time measurement under physical load, risk assessment behavior, and attention allocation during dual-task exercise.
Healthy aging interventions, fall risk screening, cognitive decline prevention programs, social engagement through gamified group exercise, and quality-of-life outcomes.
A Korean government-funded program that provides Ultiracer equipment to overseas partner organizations at no cost for research and demonstration purposes.
A comprehensive overview of the Ultiracer platform, including product images, specifications, movement diagrams, and installation gallery, is available below.
View Ultiracer Product PageFor inquiries regarding research partnerships, equipment demonstrations, or the PPS Export Pilot Program, please email both contacts below. Due to the application deadline, please reach out by April 10, 2026 at the latest - preferably as soon as possible.
Deadline: Please contact us by April 10, 2026 at the latest.
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