How to find your optimal price without destroying margin
The optimal price isn't decided in a spreadsheet — it's discovered by comparing scenarios. A 5% price change can move volume between 8% and 25% depending on your product's elasticity, and 3 to 12 margin points depending on your fixed-vs-variable cost mix. That's why this simulator starts from your real structure — current price, variable cost, fixed costs, monthly volume, and commissions — and lets you move price and units independently to see the exact impact on profit and break-even.
Visible methodology. The engine computes three KPI blocks: per-unit profitability (contribution margin, markup, break-even), total profit (gross profit, net profit, margin on sales), and minimum sustainable price. On top of that, the sensitivity matrix crosses 25 combinations of price and volume: each cell calculates profit under the combined change and paints it green if it beats your current profit, red if it destroys it. The optional AI interpretation adds qualitative context — cannibalization risk, competitive signal, expected sensitivity — but it doesn't invent numbers: it reads the KPIs the engine already produced. For specific Van Westendorp, charm pricing, or product-mix analysis, the simulator includes dedicated panels you activate as needed.
When to open this simulator. When you're going to raise or lower prices and want to see the effect on profit before applying the change; when you're entering a promotion and need the maximum discount that still covers costs; when a supplier raises prices and you have to recompute your minimum sustainable margin; when you're quoting a large client and need to defend the discount without losing profitability; or when you're in a board discussion about a pricing model change and need the numeric comparison across scenarios. Results are indicative and assumptions are editable — the simulator doesn't hand you the absolute optimal price; it gives you the framework to decide it with data.