Full Report
U.S. Army is pursuing a family of modular and scalable laser directed energy weapons that can be fitted to any vehicle in its inventory. The service sees this as key to expanding the operational use of lasers, particularly to provide an extra layer of defense against drone threats, and outside of dedicated units. The Army…
Analysis Summary
# Industry News: Army Pursues Modular Laser Weapons for Vehicle-Mounted Counter-Drone Defense
## Summary
The U.S. Army is developing a family of modular, scalable high-energy laser weapons that can be mounted on any vehicle in its inventory, expanding lasers beyond dedicated units to counter drone threats. The effort follows AeroVironment's first production contract under the Enduring-High Energy Laser (E-HEL) program, reported in September 2026.
## Key Details
- **Date:** Announced during the Association of the U.S. Army (AUSA) annual convention, with the panel discussion on Monday, October 16, 2026. The AeroVironment production award was made in September 2026.
- **Companies Involved:** AeroVironment (LOCUST X3 laser system). Other industry representatives participated in the AUSA panel but were not named in the article.
- **Category:** Government procurement / Product development (defense contract and program update)
## The Story
The Army is pursuing what it currently calls the Enduring-High Energy Laser (E-HEL) program. Its goal is a modular laser weapon family that can be integrated onto many vehicle types rather than being tied to specialized platforms. Brig. Gen. Guy Yelverton, Capability Program Executive for Defensive Fires, said the service is "focused on any vehicle in the motorpool" and that the E-HEL is "on a sled," which would allow integration onto multiple vehicles.
In September 2026, AeroVironment received the first production contract under E-HEL to supply examples of its 30-kilowatt-class LOCUST X3 system. The linked AeroVironment announcement describes the award as nearly $500 million for counter-UAS work. The Army had already acquired earlier LOCUST variants, including vehicle-mounted and palletized versions, through more experimental programs. These systems are currently deployed on a limited basis along the U.S.-Mexico border. The article notes that a LOCUST system reportedly contributed to a temporary airspace closure over El Paso, though this is cited from a separate report.
The Navy has also tested a containerized LOCUST from the aircraft carrier USS George H.W. Bush, which fits into its broader directed-energy ambitions.
The article acknowledges that laser weapons have faced "continued hurdles" to wider adoption, which the Army appears to be addressing through standardized, modular designs.
## Business Impact
### For the Companies Involved
- **AeroVironment** gains a significant production foothold in directed energy, reinforcing its position as a leading counter-UAS supplier. Production volume and follow-on work could strengthen its revenue base in this segment.
- Integration work on multiple vehicle platforms could create opportunities for vehicle manufacturers and systems integrators, though the article does not name any.
### For Competitors
- Competing directed-energy developers will likely face pressure to demonstrate modular, vehicle-agnostic designs that meet Army requirements.
- Traditional kinetic counter-drone suppliers may see the Army's emphasis on lower-cost, reusable-energy defenses as a competitive shift over time.
### For Customers
- For the Army, a modular approach could make counter-drone capability more widely available across units, reducing reliance on specialized formations.
- Commanders may gain more flexible options for protecting forces and installations from drone threats.
### For the Market
- The E-HEL program signals sustained federal investment in counter-UAS and directed energy, which may support broader commercial and allied demand.
- Standardized modular designs could encourage a more mature supply chain for high-energy laser components.
## Technical Implications
- A 30-kilowatt-class system mounted on a sled-based, vehicle-agnostic mount suggests a focus on power, cooling, and sensor integration that can be adapted to different host platforms.
- Integration across multiple vehicles will require standard interfaces for power, thermal management, targeting, and command-and-control.
- Counter-drone use cases emphasize tracking and engagement software, which raises questions about the systems' autonomy and data handling. The article does not provide technical specifications beyond the power rating.
## Strategic Analysis
- **Market Positioning:** AeroVironment strengthens its role as a primary Army directed-energy supplier. The modular program design may open the field to additional entrants if the Army pursues competition across platforms.
- **Competitive Advantage:** Modularity and scalability could reduce per-platform integration costs and speed fielding. Low marginal cost per engagement is a frequently cited advantage of lasers over missiles, though the article does not quantify this.
- **Challenges:** The article notes technical and operational hurdles to wider laser use. Other risks include power and cooling demands on vehicles, weather and atmospheric limitations, maintenance requirements, and the policy and safety considerations of operating high-energy lasers near populated areas or aircraft.
## Industry Reactions
- The article includes quotes only from Brig. Gen. Yelverton. It does not provide independent analyst or industry commentary.
- Market response is not discussed.
- The article cites earlier reporting (The War Zone) on laser program "reality checks," indicating that skepticism about maturity and reliability persists.
## Future Outlook
- **Predictions (based on the article's direction):**
- Additional E-HEL production awards or task orders are likely as the program matures.
- Expect more vehicle-integration demonstrations and possibly announcements of additional platforms.
- Naval and ground applications may converge around shared LOCUST-family designs.
- **What to Watch For:**
- Named vehicle platforms and integration timelines
- Production volume and unit pricing
- Field performance data from the border deployment
- Whether the Army opens E-HEL to additional vendors
- Allied interest in comparable modular systems
## For Security Professionals
This story is primarily a defense-acquisition and physical-security development, but several threads matter to cybersecurity practitioners:
- **Counter-UAS convergence:** Drone threats increasingly blend kinetic, electronic, and cyber dimensions. Defenders should understand how directed-energy systems interact with sensors, radar, and networked fire-control chains.
- **Embedded and networked weapons security:** Laser systems depend on software, firmware, and communications links. Vehicle-mounted systems that move across platforms expand the attack surface and raise supply-chain and integration-security questions.
- **Supply-chain assurance:** Modular, multi-vehicle integration requires consistent component sourcing. Practitioners working in defense supply chains should consider component provenance and third-party software risk.
- **Operational security near borders and installations:** Reported airspace closures show how counter-drone actions can affect civil aviation and critical infrastructure, underscoring the need for coordination between defense and civil aviation authorities.
Note that the source article focuses on defense procurement and offers limited direct cybersecurity content. The relevance to security teams is primarily through counter-UAS, embedded-system security, and supply-chain risk.