A product can show a loss after allocated overhead while still contributing more than the costs that would disappear if it were removed. The keep-or-discontinue decision therefore needs a whole-business comparison. Start with contribution lost, identify fixed costs actually avoidable within the decision period, and then add any feasible replacement use of the released resources. A report's allocated loss is not itself the saving from discontinuation.
Worked decision model
Profit change from discontinuing = avoidable fixed costs + feasible replacement contribution − lost product contribution − lost companion contribution − exit costs
Suppose a product line generates $40,000 annual revenue and $26,000 variable costs, leaving $14,000 contribution. It is assigned $9,000 of line-related fixed costs and $8,000 of shared overhead, so its reported result is a $3,000 loss. After reviewing commitments, management finds that only $6,000 of the line-related fixed costs can be eliminated next year. The other $3,000 and all $8,000 shared overhead continue even if the line is dropped.
Removing the line without another use for its resources therefore reduces the business's annual profit by $8,000: it loses $14,000 contribution and avoids only $6,000 of costs. The $3,000 reported product loss does not become a $3,000 profit improvement. The continuing costs must be supported by the remaining business, and reallocating them to other products changes their reports without reducing total spending.
| Discontinuation scenario | Recurring annual change | First-year change with $1,500 exit cost |
|---|---|---|
| No replacement work | −$8,000 | −$9,500 |
| $10,000 replacement contribution | $2,000 | $500 |
| Replacement plus $3,000 lost companion contribution | −$1,000 | −$2,500 |
Now assume the released capacity can support a confirmed alternative offer expected to contribute $10,000 per year, with no additional fixed costs beyond its stated contribution boundary. Dropping the old line and adding that work improves recurring profit by $2,000: $6,000 avoided costs plus $10,000 replacement contribution less $14,000 lost contribution. A $1,500 one-time exit cost reduces the first-year improvement to $500. Keep recurring and transition effects separate so a short first-year horizon does not hide the ongoing difference.
Related products can alter the conclusion again. If eliminating the line also removes $3,000 of companion-product contribution, the recurring effect becomes a $1,000 reduction and the first-year effect a $2,500 reduction after exit cost. Use contribution for the companion sales, not their full revenue, and require evidence for the relationship. Neither an assumed cross-sell benefit nor a speculative replacement opportunity should be inserted solely to favor keeping or dropping the line.
Review the timing of avoidability: a lease or service commitment might continue for several months before savings begin. Inventory disposition, customer support obligations, and staff redeployment can add costs or receipts outside the recurring model. This worksheet does not determine contract obligations or accounting write-downs. Prepare a dated transition schedule and retain the existing-product case alongside each replacement scenario. The decision concerns the best supported future combination of activities, while the historical product report remains useful for accountability.
Apply and verify the decision
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Prove cost avoidability
Identify the specific contract, payment, or resource commitment that ends, its amount, and the earliest date the saving begins.
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Validate replacement demand
Show the feasible alternative work and its complete contribution rather than assuming released capacity automatically earns revenue.
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Separate transition and recurrence
List inventory recovery, exit costs, and delayed savings by date, then compare the first year with a steady future year.
Method reference: OpenStax: Keeping or Discontinuing a Product. Accessed October 22, 2026. The reference supports the accounting concept; all scenario prices, rates, probabilities, and worked calculations are independently constructed hypothetical examples.
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