Profile
A two-day controlled and field assessment establishes the rider’s baseline, probable limiter and usable ventilatory margin.
Professional cycling · staff collaboration
HNS works with a limited number of professional riders, integrating ventilatory profiling, individual VST and field monitoring into the team’s existing performance system.
The operating model
Collaboration begins with a decision, not a promise. The profile estimates whether the ventilatory system contains a meaningful, trainable margin for this rider and where it sits.
HNS works alongside the existing performance and medical team. Training load remains owned by the team; VST adds ventilatory targets, field interpretation and successive recalibration.
One operational chain
A two-day controlled and field assessment establishes the rider’s baseline, probable limiter and usable ventilatory margin.
VST is proposed only when the profile identifies an actionable opportunity relative to the rider’s other priorities.
Individual targets and BEFORE, DURING and AFTER strategies are integrated into normal training.
Field data test whether the intended pattern survives posture, gradient, heat, altitude, fatigue and race-specific load.
The rider and staff receive decision-ready reports, updated targets and explicit limits of interpretation.
Ways to work together
Controlled baseline, ecological verification and a clear priority / secondary / not-indicated decision.
Profile a small group, then identify where longitudinal VST offers the strongest plausible return.
Individual prescription, repeated calibration and progression over the training and competition cycle.
Field review, operational feedback and technical reporting for performance and medical staff.
Prospective protocols with predefined measures, traceable methods and evidence status stated without inflation.
What the staff receives
Performance and protection
HNS states what is measured within VST separately from what is interpreted, and separately again from what belongs to qualified medical staff.
Faster post-effort O₂ recovery is an observed recovery signal. Its relationship with faster phosphocreatine resynthesis is a physiologically compatible interpretation—not a direct PCr measurement.
Profiling may reveal patterns compatible with exercise-induced airway dysfunction and inform route strategies addressing airway dehydration, pollutant exposure and inappropriate oral ventilation below VT1. Clinical interpretation remains with qualified medical staff.
Start with the rider
A technical review can define the right entry point for one rider or a selected group.