Equilytics · Preusker Stable

Talent ID System

Lactate / Heart Rate · Equimetre · Readiness · Post Race · Lactate Analyser · Synthesis

Horse Name

Age / Category

Test Date

Trainer

Treadmill Angle °

Load saved

Protocol Structure

DAY 1 Warm-up 10 min @ 13–15 km/h · Walk 1 min · 3 min @ 20 km/h → collect lactate. Use result to set Day 2 velocities.

DAY 2 Two test velocities → collect lactate + HR at each. Default yearling: 24 & 26 km/h

DAY 3 Two test velocities → collect lactate + HR at each. Enter velocities that bracket the expected VLa4 based on Day 2 result.

Test Data Entry

Single test point — sets benchmark and guides Day 2 velocity selection

Test	Belt km/h	Lactate	HR (bpm)
V1

Two test points — set velocities based on Day 1 result

Test	Belt km/h	Lactate	HR (bpm)
V2
V3

Two test points — bracket the expected VLa4 velocity

Test	Belt km/h	Lactate	HR (bpm)
V4
V5

Lactate Curve

VLa4 @ 4 mmol/L

Heart Rate Curve

V200 @ 200 bpm

Full Test Profile

Pt	Day	Belt (km/h)	Eff. (km/h)	Lactate	HR	Lac Zone	HR Zone
Enter data above and click Calculate

Treadmill Notes

Data Sources

RAPRO Race History CSV

Export from RAPRO → Race History → Download CSV. Columns used: Date, Distance, FP (Finish Position), Section1…Section4, MarginBeaten, Class.

Manual — Punters.com.au

Visit punters.com.au/sectionals (your subscription). Click horse name → Sectionals tab. Read 400m splits + finish position into the form below.

Import RAPRO Race History (CSV)

CSV from RAPRO race history export — FP, Distance, sectional times, margin, class. Auto-fills first 3 races into the form below.

Drop RAPRO race CSV here or click to browse

Columns: Date, Distance, FP, Section splits…

Manual Race Sectionals

Race 1

Distance (m)

Finish Pos

Sectional times (seconds)

First 400m

Mid split

Last 400m

Pos @ 400m out

Class / Rating

Race 2 (optional)

Distance (m)

Finish Pos

First 400m

Mid split

Last 400m

Pos @ 400m out

Class / Rating

Race 3 (optional)

Distance (m)

Finish Pos

First 400m

Mid split

Last 400m

Pos @ 400m out

Class / Rating

Sectional Speed Profile

Race Pattern Summary

Enter race data and click Analyse

Import RAPRO Equimetre CSV

Export from RAPRO → Equimetre sessions → Download CSV. All 22 columns auto-mapped. Multi-session averages fill the form; individual sessions shown in trend chart.

Drop RAPRO Equimetre CSV here or click to browse

22 columns — HR, speed, biomechanics, recovery

Cardiac Profile

Resting HR (bpm)

Max HR — Race (bpm)

HR @ 1 min post (bpm)

HR @ 2 min post (bpm)

HR @ 5 min post (bpm)

HR @ 10 min post (bpm)

Biomechanics

Peak speed (km/h)

Avg work speed (km/h)

Peak stride freq (str/min)

Peak stride length (m)

Stride freq @ max speed

Asymmetry index (%)

HR Recovery Curve

Stride Profile

CS / D′ Model

Critical Speed (CS) = highest velocity maintainable without progressive fatigue accumulation. The aerobic power ceiling — equivalent to VLa4 measured from race performance.

D′ (D-prime) = total anaerobic work capacity above CS. The size of the "fast-twitch battery" — how far the horse can go above CS before fatiguing.

Model: Distance = CS × Time + D′

Type Classification:

Speed — Low CS + High D′ (big sprint, short fuse)

Hybrid — High CS + High D′ (elite — sustains pace AND finishes)

Endurance — High CS + Low D′ (stays all day, limited sprint)

Import Trial Data (CSV)

CSV format: two columns — distance_m and time_sec. Header row optional.

Drop CSV file here or click to browse

distance_m, time_sec

Manual Trial Entry

Trial

Distance (m)

Time (sec)

Surface

Talent ID System

Protocol Structure

Test Data Entry

Treadmill Results

Lactate Curve

Heart Rate Curve

Full Test Profile

Treadmill Notes

Data Sources

Import RAPRO Race History (CSV)

Manual Race Sectionals

Race Type Signal

Sectional Speed Profile

Race Pattern Summary

Import RAPRO Equimetre CSV

Cardiac Profile

Biomechanics

Equimetre Type Signal

HR Recovery Curve

Stride Profile

Max Speed Trend (All Sessions)

CS / D′ Model

Import Trial Data (CSV)

Manual Trial Entry

CS / D′ Results

CS Regression (1/v vs 1/d) slope = D′/CS · intercept = 1/CS

CS vs D′ Type Quadrant

Evidence Summary

Module Signals

Recommended Distances