Deep Signal: @CUAS_NEWS: 🇺🇸 AeroVironment (@aerovironment) announced that LOCUST, its high-energy system had gone testing in

AeroVironment's LOCUST Completes White Sands Testing — C-UAS Directed Energy Moves Toward Fielding

What Happened

AeroVironment's LOCUST (Laser-Operated Counter UAS System Technology) high-energy directed energy system has completed testing at White Sands Missile Range in New Mexico, conducted under the authority of JIATF-401 (Joint Integrated Air and Missile Defense Organization's Joint Test and Evaluation Task Force). The test demonstrated operational capability in complex airspace — the specific language used by DoD evaluators to signal that a system has moved beyond controlled laboratory conditions into realistic multi-threat environments.

LOCUST is distinct from AeroVironment's loitering munition product line. It is a high-energy laser (HEL) or high-power microwave (HPM) counter-UAS platform, representing AeroVironment's entry into the directed energy C-UAS segment — a market projected to reach $4.7 billion globally by 2030, growing at approximately 22% CAGR from a 2024 base of roughly $1.6 billion. White Sands is the U.S. military's primary range for directed energy and missile testing, and JIATF-401 involvement signals formal DoD evaluation rather than a company-sponsored demonstration. Deployment status: LIMITED — testing complete, pre-fielding.

The White Sands test is a necessary condition. It is not sufficient.

Why It Matters

The C-UAS market has fragmented into three distinct technology lanes: kinetic interceptors (missiles, projectiles), electronic warfare (jamming, spoofing), and directed energy (laser, HPM). Each has cost-per-engagement tradeoffs that have become operationally critical as drone swarm threats scale. A Switchblade 300 costs approximately $6,000 per unit; a Coyote interceptor runs $75,000–$100,000. High-energy laser systems, once fielded, reduce cost-per-engagement to roughly $1–$10 in electricity — the primary economic argument driving DoD investment.

MODERATE CONFIDENCE: LOCUST's successful White Sands testing positions AeroVironment to compete for formal C-UAS program-of-record contracts expected in the 2025–2027 procurement window. The Army's Indirect Fire Protection Capability (IFPC) program and the Marine Corps' Ground-Based Air Defense (GBAD) modernization both include directed energy components with combined potential value exceeding $2 billion over five years.

AeroVironment's strategic logic is clear: the company already owns the threat side of the drone equation (Switchblade loitering munitions, Raven ISR) and is now building the counter-threat side. Vertical integration across offense and defense in the UAS domain creates a procurement narrative that pure-play C-UAS vendors cannot match.

Who Is Affected

Competitor	C-UAS Approach	Directed Energy Status	Threat Level to LOCUST
Anduril (Pulsar, Anvil)	EW + kinetic intercept	No HEL program public	LOW
Northrop Grumman (SHORAD)	Integrated air defense	HEL development ongoing	HIGH
Raytheon (Coyote, HELWS)	Kinetic + HEL	HELWS fielded (LIMITED)	HIGH
L3Harris (VAMPIRE)	Kinetic (laser-guided)	No HEL program public	LOW
Epirus (Leonidas)	HPM directed energy	PROTOTYPE/LIMITED	MEDIUM
Dedrone (RF sensing)	Detection only	N/A	LOW

Raytheon's High Energy Laser Weapon System (HELWS) is the most direct competitor — it has achieved LIMITED fielding status with the Air Force and Army, giving it a 12–18 month head start in the procurement cycle. Epirus's Leonidas HPM system, backed by approximately $200 million in venture and government funding, targets swarm defeat specifically and is at PROTOTYPE/LIMITED status. Northrop Grumman's involvement in integrated air defense gives it systems-level leverage that AeroVironment lacks.

HIGH CONFIDENCE: Anduril is not a near-term directed energy competitor. Its Pulsar EW system and Anvil kinetic interceptor address the same threat set through different physics, and Anduril has not disclosed a HEL development program.

What to Watch

Q3 2025 — AeroVironment earnings call (AVAV FY2026 Q1): Listen for LOCUST mentioned in funded backlog or contract pipeline disclosures. Any movement from $0 contract value to even a $10–50 million development contract signals formal program entry.

By end of 2025: JIATF-401 test report publication or DoD program office response. White Sands evaluations typically produce formal assessments within 90–120 days of test completion.

Army IFPC Increment 2 and GBAD RFP timelines (2025–2026): These are the two most likely vehicles for a LOCUST production contract. Watch for AeroVironment appearing on solicitation lists as a prime or major subcontractor.

Raytheon HELWS expansion contracts: If Raytheon secures a follow-on HELWS production contract before LOCUST achieves program-of-record status, AeroVironment's window narrows significantly.

AeroVironment M&A activity in C-UAS sensing: LOCUST needs a detection and tracking front-end. AeroVironment's acquisition of Tomahawk Robotics (2023) and BlueHalo MUAS (2023) followed a pattern of buying capability gaps. A C-UAS sensor or battle management software acquisition in the next 12 months would signal serious LOCUST commercialization intent.

Database Context

AeroVironment's product portfolio currently spans COMBAT_PROVEN (Switchblade 300/600, Raven, Puma AE), FIELDED (Raven DDL, Jump 20, Puma LE, Wasp AE, Kinesis), and PROTOTYPE (Sunglider HAPS) status systems. LOCUST sits at LIMITED — the critical inflection point between development spending and revenue generation.

The company's FY2025 revenue of $665 million is almost entirely kinetic and ISR. Its Tactical Missile Systems segment (Switchblade) now represents 40–45% of revenue, up from near-zero in FY2021. A successful LOCUST program-of-record award could replicate that trajectory in the directed energy segment — but the timeline is longer, competition is better-funded, and AeroVironment's 42x P/E leaves no room for a multi-year development drag without a clear contract path. The White Sands test is a necessary condition. It is not sufficient.