AeroVironment secured a $464.8 million U.S. Army production contract for its Enduring High Energy Laser program, a deal described as a historic production win that validates BlueHalo technology integrated into the company's Space, Cyber, Directed Energy (SCDE) segment1,2.
The contract, designated LOCUST X3, supports the SCDE segment's path to scale. AeroVironment's strategic focus on modular, interoperable, and software-defined platforms, including the newly launched AV Halo open software ecosystem, aligns with AI-powered defense modernization efforts.
Despite the contract's size, key uncertainties remain around LOCUST's revenue timing, funded backlog inclusion, and initial margins. The SCDE segment must still prove margin expansion and cash flow improvement. AeroVironment's upcoming September 9 earnings results are considered pivotal for clarity on backlog composition, SCDE margin trajectory, and cash flow.
The stock has been under sustained pressure. AeroVironment's share price has fallen 43.54% year to date, is down 22.54% over the past month, and the one-year total shareholder return stands at negative 36.02%. The last close was $144.65 per share.
Analyst and valuation estimates sit well above the current price. One Seeking Alpha analyst rates the stock Hold at $146.51 with a 12-to-18-month fair value of $164, implying roughly 12% upside. The most followed narrative on Simply Wall St pegs fair value at $225.77 per share. AeroVironment trades at 23x FY27 adjusted EBITDA and 46x adjusted earnings. Its price-to-sales ratio of 3.7x sits below the U.S. Aerospace & Defense average of 4.2x and the 4.7x peer average.
ANALYSIS The LOCUST X3 contract gives AeroVironment a large-scale production anchor for its SCDE segment, but the gap between the contract's headline value and the market's reaction, reflected in the steep year-to-date decline, indicates investors are waiting for evidence that production revenue will convert into margin improvement. The September 9 earnings report is the next concrete data point for that conversion thesis.