Li Auto (LI) Pip Value Calculator | Pip Size & Spread

The formula is direct: Pip Value = (Pip Size × Contract Size) × Number of Contracts. For LI, that resolves to (0.01 × 1) × N = $0.01 × N per pip movement. Unlike forex instruments where pip value depends on the quote currency and current exchange rate, LI's USD-denominated pricing keeps the calculation static. A 100-pip move on a single contract equals exactly $1.00 — no rate conversion required. Pulsar Terminal's built-in pip value calculator auto-fills LI's contract size and pip value, eliminating manual data entry before each trade.

Assume a 50-contract position on LI. Entry at $28.50, stop-loss at $27.50 — a 100-pip distance. Risk per pip = 0.01 × 1 × 50 = $0.50 per pip. Total risk on the trade = 100 pips × $0.50 = $50.00. The 0.4-pip spread adds $0.20 to the effective entry cost on that 50-contract position (0.4 × $0.50). Compared to equity CFDs with variable spreads that can widen to 2–5 pips during volatility, LI's 0.4-pip typical spread keeps the friction cost measurable. On a $10,000 account targeting 1% risk, this setup supports a maximum stop distance of 200 pips at 50 contracts.

A $1 pip value per contract is among the lower-end values for single-stock CFDs — some large-cap equity CFDs carry pip values of $10 or more per contract, amplifying risk proportionally. With LI at $1 per pip, position sizing scales linearly: 10 contracts = $0.10/pip, 1,000 contracts = $10/pip. Data from 2023–2024 shows LI's average daily range exceeding 80 pips on active sessions, meaning a full-day hold without a stop-loss on 100 contracts could expose $80 in adverse movement. Defining the stop-loss distance in pips before entry — then back-calculating contract size — produces consistent risk-per-trade figures regardless of LI's current price level. Unlike percentage-based sizing, pip-based sizing accounts for the actual instrument mechanics.