Profile
Map the rider’s static capacity, dynamic pattern and usable ventilatory margin.
Ventilatory performance · professional cycling
Field-based ventilatory profiling and longitudinal VST for WorldTour and ProTeam cyclists.
The VST workflow
The method does not begin with a ventilatory drill. It begins by identifying whether a meaningful ventilatory margin exists for this rider.
Map the rider’s static capacity, dynamic pattern and usable ventilatory margin.
Cross-check ventilation, gas exchange, cardiac response, muscle oxygenation and field context.
Build an individual VST programme around the rider’s actual limiter and competitive demands.
Monitor the pattern outdoors, under heat, altitude, position, fatigue and race-specific load.
Evidence architecture
Repository deposits, preprints, submitted manuscripts and internal benchmarks are separated—not blended into a single claim of validation.
Integrated monograph
DOI 10.5281/zenodo.19791326↗PUBLISHED · ZENODOn=10 UCI WorldTour cyclists · 48-week longitudinal analysis
DOI 10.5281/zenodo.16645438↗PREPRINT · SPORTRXIV · VERSION 1n=13 elite male athletes · n=2 female cyclists exploratory
DOI 10.51224/SportRxiv.740↗The operational standard
The athlete does not adapt to a generic ventilatory model. The ventilatory strategy is built from the rider’s own profile, then monitored inside normal training.


Selected HNS evidence visual
Outcomes remain attached to their study design, sample and level of evidence. The visual language supports the result—it does not replace the methodology.
Read the evidence framework →
Individualised by design
Profiling identifies whether an actionable ventilatory margin exists, where it sits and whether VST should become a performance priority.