CMI Pip Value Calculator – Cummins Inc. Guide

The formula is straightforward: Pip Value = Pip Size × Contract Size × Number of Contracts. For CMI, that resolves to 0.01 × 1 × N contracts. With 1 contract, each 0.01 price move equals exactly $1.00 in profit or loss. Scaling to 10 contracts raises per-pip exposure to $10.00. The contract size of 1 means position sizing maps 1:1 to share-equivalent exposure, which simplifies risk calculations compared to futures instruments carrying multipliers of 100 or more. Pulsar Terminal's built-in pip value calculator auto-fills CMI's contract size and pip value, eliminating manual input errors before order execution.

Counterintuitively, a $1 pip value can still generate significant drawdown at scale. Assume CMI is trading at $285.40. A position of 50 contracts with a 200-pip (2.00-point) stop-loss carries a maximum risk of 200 × $1 × 50 = $10,000. The typical spread on CMI is 0.7 pips ($0.70 per contract), meaning a 1-contract trade starts 0.7 pips offside at entry — $0.70 in immediate slippage cost. At 50 contracts, that entry cost reaches $35.00 before price moves a single tick. For a $50,000 account targeting 2% risk per trade ($1,000), the maximum allowable stop distance at 10 contracts is 100 pips (1.00 point) from entry. These figures were validated against CMI's 2024 average daily range of approximately 250–350 pips, confirming that 100-pip stops sit well within normal intraday volatility.

Fixed pip values simplify the math, but they do not reduce risk. With CMI's $1 pip value, position size becomes the primary risk lever. A 1% account risk rule on a $25,000 account permits $250 of exposure per trade. At a 50-pip stop, that allows exactly 5 contracts (50 pips × $1 × 5 = $250). Exceed that contract count and the risk rule breaks — no discretion involved. The 0.7-pip spread also deserves attention in short-term strategies: on a 10-pip target, spread cost consumes 7% of the expected gain. Data suggests scalping strategies on CMI require minimum reward-to-risk ratios of 3:1 to remain viable after spread friction. Position sizing tools that auto-calculate contract limits based on account equity and stop distance, such as those in Pulsar Terminal, reduce the probability of oversizing by removing arithmetic from the execution workflow.