Management games · Product pricing

Pricing products in management games: when a discount needs too many sales

A lower price can move more stock while leaving less to pay the company’s bills. Before discounting, calculate how many extra sales you need—and whether the operation can supply them in the same time.

By Inquory Editorial · Documentation-informed, fictional worked example · Published November 3, 2026

The short answer: compare contribution over equal reporting periods. Subtract the variable cost per sold unit from its price, then multiply by units sold. Divide the old total contribution by the new contribution per unit to find the sales threshold. If that threshold exceeds sustainable capacity, the discount cannot preserve the old total under those assumptions.

This is a reasoning worksheet for business management game pricing, not real-business or investment advice. It does not identify an optimal price or predict demand. The numbers are invented game credits, not a gameplay capture or a result from Inquory World.

A 10% discount needs more than 10% extra sales

Imagine one fictional product selling for 10 credits, with a variable cost of 6 credits for each unit sold. In one reporting period, 100 units sell. Revenue is 10 × 100 = 1,000; contribution is (10 − 6) × 100 = 400 credits.

At a discounted price of 9, each sale contributes only 3. Matching 400 needs 400 ÷ 3 = 133⅓ units: at least 134 whole units, contributing 402. That is roughly one-third more volume, despite a price cut of only one-tenth.

Restoring revenue alone needs 1,000 ÷ 9 = 111⅑ units, or 112 whole units. But those 112 sales contribute only 336. Recovering the sales total is the wrong benchmark when the question is how much remains after variable costs.

Check whether the threshold is possible

Suppose this company can sustainably produce and deliver only 120 units per reporting period, with no spare opening stock. Even if every available unit sells at 9, contribution reaches only 120 × 3 = 360. More customers cannot remove that ceiling. A deeper 20% cut to 8 leaves 2 per unit and needs 200 sales to match 400.

The 110 and 85 quantities are assumed observations in an invented scenario, not predictions of how customers respond. The higher-price row earns less revenue than the baseline but more contribution. It does not prove that raising prices always works. On a phone, focus the table and scroll horizontally to read the final column.

A general threshold is old sold units × (old price − old variable cost) ÷ (new price − new variable cost). Round upward when sales must be whole units. This comparison assumes a positive old total and positive new unit contribution. A zero or negative new contribution cannot match that positive baseline by selling more under this model.

Keep the assumptions visible

Our example holds the variable cost at 6, considers one product, and excludes fees, taxes, returns and losses. It assumes no opening-stock drawdown, shared-capacity reallocation or additional cost to reach the ceiling. Contribution is not net profit or cash flow: fixed overhead still needs paying, and collection timing can differ from sales.

If a change adds staff, transport, marketing, overtime or other period costs, subtract those costs before comparing the alternatives. If the game charges wages while a shop waits to sell, a slower sale can change the cost as well as the volume. If inventory temporarily permits 134 sales while only 120 units are replenished, that is a buffer drawdown, not a sustainable rate.

Use the production-bottleneck guide when capacity is uncertain, and the cash-flow versus profit example when a promising result still leaves bills unpaid. These answer different questions from the pricing threshold.

Copy a pricing decision card

Use paper or your existing notes app; this page collects no answers. Follow the game’s current rules and recovery options before changing a live company.

• Context: game/version/mode ___; product ___; equal reporting window ___
• Baseline: price ___; variable cost per sold unit ___; sold units ___; total contribution ___
• Proposal: new price ___; new variable cost ___; required sold units ___
• Feasibility: sustainable production/delivery capacity ___; opening stock ___; extra period costs ___
• Observation: actual units sold ___; contribution after changed costs ___; stock movement ___; other changes ___
• Decision: retain, revise or stop because ___; next comparable observation ___

Keep product quality, marketing, availability and the observation window as comparable as practical. Record competitor or economy changes. One before-and-after result does not isolate the price effect; it is an observation to reconcile, not proof of a demand curve. If you cannot identify costs or the time window, leave the threshold unknown instead of inventing precision.

What actual game documentation adds

The current Sim Companies economy-model guide describes retail selling time changing with price and demand. It includes wages paid during selling and sourcing cost when considering profit per unit of time. That supports checking the clock and costs together; its model is not the constant-cost fictional example above.

The developer-hosted Capitalism Lab gameplay-basics guide identifies freight alongside supplier purchase cost. Its product-modding reference documents product-specific price concern. Our interpretation: check which costs and demand settings your chosen product actually uses before transferring a pricing rule between games.