Cricket ODI Chase Calculator & Pacing Workbench

Model high-pressure white-ball run chases. Quantify required run rate (RRR) trajectories, phase acceleration schedules, and remaining wicket resource impact across 50-over ODIs and 20-over T20 matches.

Required Run Rate (RRR)
6.78
Runs needed: 122 from 18.0 ov
Current Run Rate (CRR)
5.06
-1.72 vs Required
Chase Win Probability
68%
Favorable with 7 wkts in hand
DLS Resource Remaining
44.8%
Standard ICC exponential curve

Chase Worm & Required Run Rate Trajectory

Actual Path
Projected Target Pacing
Benchmark Par Target

Tactical Phase Pacing Matrix

Calculated for 50-over chase
Phase Overs Phase Target Avg RPO Target Score Wicket Budget Status
Model computed: Josh Inglis century anchor scenario ready.

1. Resource Decay & Wickets

Chase stability depends critically on resources in hand. Losing top-order anchors spikes the required run rate exponentially while compressing death-over launch capability.

2. Phase Acceleration Pacing

Modern ODI chases divide into three chapters: Powerplay field restriction capital (1-10), middle overs consolidation (11-40), and death over explosive finish (41-50).

3. Win Probability Logic

Win probabilities are estimated using logistic regression across white-ball match outcomes based on RRR relative to CRR, overs left, and wickets remaining.

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