CalculatorWorkforce Economics

Cost of Attrition Calculator

Calculate the full annual cost of agent attrition beyond replacement hiring. Itemizes recruiting, training, productivity ramp, quality dip, overtime coverage, and institutional knowledge loss.

T
Ted Lango
Updated May 16, 2026Source code ↗

About this calculator

Calculate the full annual cost of agent attrition beyond replacement hiring. Itemizes recruiting, training, productivity ramp, quality dip, overtime coverage, and institutional knowledge loss.

Type: Calculator
Domain: Workforce Economics
Access: Free & interactive

Methodology

This tool quantifies the total annual cost of employee turnover across three categories. Direct costs include recruiting expense and training cost per hire, multiplied by annual departures (headcount x attrition rate). Ramp cost models the productivity gap during the proficiency period: new hires start at a configured day-1 productivity percentage and ramp linearly to 100% over the months-to-proficiency period. Each month's cost equals (1 - productivity_that_month) x monthly_salary. Overtime coverage cost accounts for the vacancy period: departures x average_weeks_vacant x weekly_salary x overtime_multiplier.

The model assumes linear productivity ramp (a simplification — actual ramps are typically S-curved with slower starts and faster mid-period learning). It also assumes all vacant positions require overtime coverage at the configured multiplier (typically 1.5x). The overtime calculation represents the minimum coverage cost; in practice, understaffing also degrades service levels, increases remaining-agent burnout, and can trigger cascading attrition.

Practitioners should use the cost-per-departure figure to build business cases for retention initiatives: any program costing less than this amount per agent retained is ROI-positive. The percentage-of-payroll metric contextualizes the problem for executive audiences. Contact centers with 35%+ attrition are typically spending 15-25% of payroll on turnover costs alone. The ramp curve visualization is particularly useful for justifying nesting programs, mentoring investment, and extended training — every month you can accelerate proficiency directly reduces the ramp cost component.

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