Squad Fitness Clearance & Tour Readiness

Model return-to-play stages, acute-to-chronic workload ratios (ACWR), sprint thresholds, and series availability for traveling athletes recovering from injury.

Presets:

Athlete Profile & Protocol

Configure diagnostic parameters

Athlete & Squad Role

Injury Sub-Type & Diagnosis

Return-to-Play Progression Stage Stage 4 / 5

Acute Workload (Last 7 Days) 480 AU

480

Cumulative training load units (RPE × duration in minutes) over 7 days.

Chronic Baseline Load (Last 28 Days Avg) 420 AU

420

4-week rolling average representing athlete physiological tolerance.

Peak Velocity Attained (% of Max Speed) 92%

92%

Sprint velocity threshold in match simulation without subjective apprehension.

Discipline Specific Capacity (% of Full Match Load) 85%

85%

Bowling spells, running between wickets, or repetitive explosive changes of direction.

Post-Session VAS Soreness (0 = None, 10 = Severe) 2 / 10

24-hour delayed onset muscle soreness or joint effusion rating.

Target Tour Assignment

Diagnostic Telemetry & Clearance Verdict

Multi-factor physiological safety index

Live Synchronized

ACWR Index

1.14

Optimal Range

Recurrence Hazard

14%

Low Hazard

High-Speed Sprint

92%

Fielding Safe

Rest Day Buffer

48 hrs

Standard

Biomechanical Readiness Radar 6 Key Vector Thresholds

Workload Spike & Hazard Curve Gabbett ACWR Safety Corridor

Tour Match Progression & Availability Matrix Automated selection recommendation

Match Fixture	Format / Demand	Role Requirement	Recommended Status	Restrictions

Evaluation current. All clinical parameters validated against Tim Gabbett ACWR criteria.

Clinical Clearance Framework & Tour Workload Principles

Adapted from elite sports science protocols (Cricket Australia, ECB & NZC high-performance sports medicine).

🔬 The Gabbett ACWR Model

Acute Workload (1 week) divided by Chronic Workload (4-week rolling average) determines injury likelihood. The optimal range is 0.80 – 1.30 ("the sweet spot"). Ratios above 1.50 exponentially increase non-contact soft tissue injuries.

🏃 High-Speed Running (HSR)

Athletes recovering from knee, groin, or hamstring strains must safely reach ≥90% of maximum velocity in closed practices before participating in international fielding and intense running between wickets.

🏏 All-Rounder Workload Staggering

Modern cricket schedules necessitate dual-discipline monitoring. Even if cleared to bat 50 overs, bowling spell clearance must be graded separately to prevent sudden ground-reaction force spikes on the landing knee and spine.