Evidence-Based Training
Our system captures lateral movement patterns, revealing sway and changes in lean and steering that traditional bikes cannot detect. This real-time feedback helps identify and correct imbalances.
Improves bilateral coordination
Unlike fixed handlebars, active steering requires constant micro-adjustments that engage core stabilizers and enhance neuromuscular coordination.
Activates deep core muscles
Managing balance while cycling recruits brain regions responsible for spatial processing, body awareness, and motor planning.
Enhances proprioception
Coordinating pedaling, steering, and balance simultaneously provides cognitive challenge that promotes neural plasticity and executive function.
Strengthens cognitive flexibility
Peer-reviewed studies demonstrate that regular cycling improves cognitive function, memory, and neuroplasticity. The combination of cardiovascular exercise and spatial awareness creates unique brain-stimulating benefits.
Research shows that balance training enhances neural connections in the cerebellum and motor cortex. Active balance challenges improve proprioception and spatial awareness more effectively than static exercise.
Aerobic exercise like cycling increases blood flow to the brain, delivering oxygen and nutrients essential for neural health. Studies link regular cycling to reduced cognitive decline and improved executive function.
Scientific Reports · Nature
2025
Key Finding:
CNN model achieved approximately 86.1% accuracy (subject-level) in early Parkinson’s disease detection using cycling-derived kinetic and kinematic data. The study used 29 PD patients and 36 healthy controls, with data captured from two 6-axis force-torque sensors mounted in the headset spacer and seat post of the Ultiracer platform.
J. NeuroEngineering & Rehabilitation
2025
Key Finding:
A multivariate logistic model achieved 91.4% accuracy in distinguishing PD patients from healthy controls. Cycling speed showed the highest discriminatory power (AUC: 0.880), outperforming standard gait velocity measures. PD patients showed higher handle-saddle coordination (0.47 vs 0.11) and lower self-selected speeds (6.49 vs 10.28 km/h).
J. Clinical Medicine · MDPI
2025
Key Finding:
No significant adverse cardiac events were observed during cycling. The Ultiracer delivered exercise intensity within the therapeutic range recommended for cardiac rehabilitation in 20 CVD patients (mean age 56.1 years). The device was validated as a safe and effective alternative exercise modality for cardiac rehabilitation.
