Information about Rate Of Return Pricing
Target rate of return pricing is a pricing method used almost exclusively by market leaders or monopolists. You start with a rate of return objective, like 5% of invested capital, or 10% of sales revenue. Then you arrange your price structure so as to achieve these target rates of return.
For example, assume a firm invests $100 million in order to produce and market designer snowflakes, and they estimate that with demand for designer snowflakes being what it is, they can sell 2 million flakes per year. Further, from preliminary production data they know that at that level of output their average total cost (ATC) is $50 per flake. Total annual costs would be $100 million (2 million units at $50 each). Next, management decides they want a 20% return on investment (ROI). That works out to be $20 million (20% of a $100 million investment). Profit margin will need to be $10 dollars per flake ($20 million return over 2 million units). So the price must be set at $60 per designer flake ($50 costs plus $10 profit margin). Similar calculations will determine price based on rate of return to sales revenue.
An unusual consequence of this pricing model is that to keep the target rate of return constant, the firm will have to continuously be changing its price as the level of demand changes. This can be seen in the diagram below. Based on market demand expectations, the firm estimates it will be operating at 70% capacity. Given its production function and cost structure, it knows its average total costs at that output level will be represented as point A . If its predetermined rate of return requirement is amount A, B, then it will set its price at P*. Because profit is equal to (P-ATC)*Q, then their total profit will be defined by area P*, B, A, P70%.
For example, assume a firm invests $100 million in order to produce and market designer snowflakes, and they estimate that with demand for designer snowflakes being what it is, they can sell 2 million flakes per year. Further, from preliminary production data they know that at that level of output their average total cost (ATC) is $50 per flake. Total annual costs would be $100 million (2 million units at $50 each). Next, management decides they want a 20% return on investment (ROI). That works out to be $20 million (20% of a $100 million investment). Profit margin will need to be $10 dollars per flake ($20 million return over 2 million units). So the price must be set at $60 per designer flake ($50 costs plus $10 profit margin). Similar calculations will determine price based on rate of return to sales revenue.
An unusual consequence of this pricing model is that to keep the target rate of return constant, the firm will have to continuously be changing its price as the level of demand changes. This can be seen in the diagram below. Based on market demand expectations, the firm estimates it will be operating at 70% capacity. Given its production function and cost structure, it knows its average total costs at that output level will be represented as point A . If its predetermined rate of return requirement is amount A, B, then it will set its price at P*. Because profit is equal to (P-ATC)*Q, then their total profit will be defined by area P*, B, A, P70%.
Rate of Return Pricing with Changes in Demand
If demand increases such that the firm is now operating at 90% capacity and facing a reduced average total cost of C, then margin will increase to C,D and profit will be P*,D,C,P90%. If demand were to decrease so the firm was operating at 40% capacity, margins would be reduced to E,F and the firm would have to increase prices to maintain their desired margin. This is a questionable decision. It is seldom a good strategy to increase prices in the face of falling demand. The net result is usually further reductions in demand. That explains why this strategy is used only by market leaders and monopolists. Pricing is one of the four p's of the marketing mix. The other three aspects are product management, promotion, and place. It is also a key variable in microeconomic price allocation theory.
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monopoly (from Greek monos, one + polein, to sell) is defined as a persistent market situation where there is only one provider of a product or service, in other words a firm that has no competitors in its industry.
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In finance, rate of return (ROR) or return on investment (ROI), or sometimes just return, is the ratio of money gained or lost on an investment relative to the amount of money invested.
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Profit margin, Net Margin or Net Profit Ratio all refer to a measure of profitability. It is calculated using a formula and written as a percentage or a number.
Margin is mostly used for internal comparison.
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Margin is mostly used for internal comparison.
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