NOC Pip Value Calculator – Northrop Grumman

The formula is simple: Pip Value = Pip Size × Contract Size. For NOC, that means $0.01 × 1 = $1.00 per pip, per contract. Pip size (0.01) is the smallest price increment the instrument moves. Contract size (1) represents one share of NOC per CFD unit. Because both inputs are fixed, the pip value never changes with price — unlike forex pairs where pip value fluctuates with the exchange rate. Pulsar Terminal's built-in pip value calculator auto-fills these contract parameters for NOC, so you're never manually hunting for instrument specs before placing a trade.

Suppose NOC is trading at $480.00 and you buy 10 contracts. The typical spread is 1 pip ($0.01), which costs you $0.10 at entry — $0.01 × 1 × 10 contracts. Now set a stop-loss 50 pips ($0.50) below entry at $479.50. Your maximum risk on that trade: 50 pips × $1.00 × 10 contracts = $500. Flip the scenario and target 100 pips ($1.00) to the upside — potential profit of $1,000. That 2:1 reward-to-risk ratio was calculated in seconds, not estimated. Precision here isn't a luxury; it's the difference between a trade that fits your risk rules and one that quietly breaks them.

Most traders decide position size based on gut feel, then check if the risk is acceptable. That's backwards. Start with your account risk limit — say, 1% of a $50,000 account, or $500 — then divide by your stop distance in dollar terms. With NOC's $1.00 pip value and a 50-pip stop, $500 ÷ $50 (stop value per contract) = 10 contracts. Defense contractors like Northrop Grumman saw elevated volatility through 2022–2023 as geopolitical events drove sharp intraday swings. During those periods, traders using fixed pip value calculations maintained consistent risk exposure even as NOC's price moved from $400 to over $520. Without anchoring position size to pip value, volatility expansions silently inflate risk beyond intended limits.