Curtiss-Wright jumps as 2026 double-digit EPS outlook and order momentum gain attention

CWCW

Curtiss-Wright shares rose after investors focused on the company’s February 11, 2026 outlook calling for 2026 EPS of $14.70–$15.15 with operating-margin expansion. Strengthening defense-and-nuclear demand signals, including higher 2025 orders and a ~1.2x book-to-bill, reinforced confidence in continued growth.

1) What’s moving the stock

Curtiss-Wright (CW) traded higher as the market re-emphasized the company’s latest forward outlook and demand indicators, rather than any single intraday headline. The key anchor is management’s 2026 outlook released with full-year 2025 results, which projects higher sales, operating-margin expansion, double-digit EPS growth, and strong free cash flow—conditions that typically support multiple expansion and incremental buying on up days. (curtisswright.com)

2) The catalyst investors are leaning on: 2026 outlook and execution signals

CW’s outlook calls for 2026 EPS of $14.70–$15.15, alongside operating margin expansion (18.9%–19.2% cited in the company’s 2026 framing) and organic sales growth expectations that imply another year of solid execution. Investors also have fresh confirmation that demand is holding: full-year 2025 new orders were $4.1 billion, up 10%, with an overall book-to-bill of about 1.2x—supporting revenue visibility into 2026. (rttnews.com)

3) Why it matters now

After a steep multi-month run, CW’s stock can react sharply to any reaffirmation of the growth-and-cash-flow narrative. The combination of defense exposure (flight test instrumentation, electronics, ship systems) and commercial nuclear demand has made the company a beneficiary of multi-year spending cycles, and the order metrics and 2026 guidance keep that thesis intact. If upcoming quarterly results simply track toward the 2026 ranges, investors may continue to treat pullbacks as opportunities, while any sign of margin slippage or order deceleration would likely pressure the stock due to elevated expectations. (curtisswright.com)