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Lab-Grade Telemetry Stack · COSMED · idMatch · GPX

Scientific Cycling Analytics. From Gas Exchange to Race Day.

The all-in-one studio platform for endurance coaches and athletes. Rehearse GPX race nutrition in real time, calculate exact fat & carbohydrate oxidation ramps, model multi-horizon power curves, and convert 3D bike-fit scans into CAD stem work orders.

120 g/hrDual-Source Carb Modeling
±0.5 mmParametric CAD Tolerance
1s → 6hLogarithmic MMP Power Horizons
100%Strava & Oura Cloud Sync
Studio Cockpit Teaser
Athlete: Julian Alaphilippe (Pro Demo) · 70.0 kg
Flight Simulator

Col du Tourmalet Rehearsal · 89.6 km

Simulate the course in real time. Effort telemetry, climb grades, and the cumulative carbohydrate ledger update continuously.

⛰ Elevation Gain:1,840 m⚡ Carb Target:90 g/hr
1260m790m320m
0km22km45km67km90km
Cat 3 · 4.2%Cat 1 · 8.2%
1× Carbo Gel
1× Caffeine Gel
1× Liquid Gel
🏁

Press Rehearse to ride the course — or drag to inspect effort, fuelling and fat/carb burn at any point.

Click Play to run the rehearsal flight simulator or scrub the timeline above.Enervit C2:1PRO Strategy · Max planned deficit: -18g
The Complete Platform

Four Specialized Engines Under One Roof

Built from scratch to replace fragmented spreadsheets, manual PDF calculations, and guesswork in coaching consultations.

CPET / Calorimetry

COSMED Metabolic Calorimetry

Automated parsing of indirect calorimetry files. Pinpoint VT1 and VT2 ventilatory nadirs, calculate grams/minute fat and carbohydrate oxidation, and prescribe data-backed training zones.

Ventilatory Equivalents (Ve/VO₂ nadir)VT1 ≈ 205W
VT1VT2MAP
070150220300370
Ve/VO₂Ve/VCO₂Power (W)
  • Automated VT1/VT2 inflection and nadir detection
  • FatMax identification for precise Zone 2 prescription
Biomechanics CAD

idMatch 3D Bike Fit Analytics

Ingest idMatch PDF reports into a parametric 2D coordinate solver. Visualize saddle reference point (BRP) and handlebar reach/drop against bottom bracket origin (0,0).

Saddle Height (A)
748 mm
Optimized for 30° knee angle
Bar Reach & Drop
486 / 70 mm
CdA aerodynamic gain
  • Instant stem length, angle & spacer work orders
  • Before/After ghost fit overlay for rider consultations
In-Race Nutrition

Algorithmic GPX Fuel Strategy

Turn race GPX route elevations into dynamic carbohydrate and fluid intake schedules. Modeled against actual metabolic burn rates, gut absorption constraints (up to 120g/hr), and terrain climbs.

Integrated Product Engine (Enervit C2:1PRO)
Carbo Gel (40g carbs)Isocarb Drink (60g/bottle)Electrolytes Boost
  • Running carb deficit warnings before the bonk happens
  • Exportable print & PDF race fuel cues for bike top-tube
Collaboration

Coach Review & Cloud Sync

Athletes submit race fueling plans directly to their coach for review. Coaches leave line-item feedback, adjust pacing power targets, and approve execution before race morning.

Coach Note (Marco V.):

“Pacing looks dialed for the lower valley. Take the second caffeine gel 15 minutes before the Cat 1 ascent begins.”

  • Automatic Strava ride power streams & Oura HRV syncing
  • Full audit trails, change requests & multi-athlete roster
Streamlined Science

From Raw Lab Files to Podium Execution

01

Ingest Diagnostics

Drop your COSMED CPET file, idMatch report, GPX course file, or connect your Strava and Oura accounts with one click.

02

Calibrate Digital Twin

The platform automatically fits substrate oxidation curves, solves 3D frame CAD coordinates, and derives multi-horizon power curves.

03

Rehearse & Execute

Fly through the race in the cockpit simulator, send bike geometry changes to the mechanic, and export coach-approved race plans.

Elevate your studio's metabolic and biomechanical edge.

Early access is open for coaching academies, physiological testing labs, and competitive cyclists.

Instant access · No hardware lock-in · Standard browser support