The US military wants a fleet of laser trucks. Here’s what they might look like.

Executive Summary

The U.S. Army’s Enduring High Energy Laser (E-HEL) effort signals a notable shift toward fielding directed-energy capability on light tactical platforms (the Summary cites JLTV and ISV) rather than the cancelled Stryker-based DE-MSHORAD approach. Because the program "could become the military's first directed energy program of record" and has at least one system (AeroVironment's 20 kW LOCUST) already undergoing operational testing, this represents a medium-scale, emerging acquisition opportunity across several defense market segments. Contractors in directed energy, power systems, vehicle integration, military electronics, and counter-UAS capability areas should treat this as a near- to mid-term business development priority.

Contractors should pay attention now because the program posture indicates transition from experimentation toward formal acquisition — which increases requirements for integration, sustainment, and compliance. The Tags identify applicable NAICS codes and compliance regimes (ITAR (International Traffic in Arms Regulations), DFARS (Defense Federal Acquisition Regulation Supplement), CMMC (Cybersecurity Maturity Model Certification), NIST 800-171 (NIST Special Publication 800-171)), so prime and subcontracting teams must validate export and cyber compliance readiness, supply-chain resilience, and vehicle-integration capabilities to respond quickly once solicitations or contract vehicles appear. Specific opportunities and timelines remain TBD pending solicitation language and official program announcements.

Impact Matrix

Defense

• Risk Level: Medium
• Opportunity: General increase in Army-directed acquisitions for a defensive counter-UAS/DE capability on tactical platforms. Specific opportunities TBD pending solicitation language.
• Timeline: Operational testing underway for AeroVironment's 20 kW LOCUST; overall program timeline TBD pending source review.
• Action Required: Monitor Army acquisition announcements; inventory relevant capabilities and past performance; ensure bids demonstrate integration with tactical platforms and compliance readiness.
• Competitive Edge: Build joint industry–government proof points (integration demos, test data) and capture subcontract relationships to show rapid fielding credibility.

Directed Energy Weapons

• Risk Level: High
• Opportunity: Prime or subcontract roles supplying laser systems, beam control, thermal management, and system engineering for E-HEL. Specific opportunities TBD pending solicitation language.
• Timeline: Timeline TBD pending source review (note: LOCUST testing is occurring now per the Summary).
• Action Required: Validate manufacturing and test capabilities for directed-energy prototypes; prepare export-control processes (ITAR) and DFARS/CMMC/NIST 800-171 cyber controls for handling technical data.
• Competitive Edge: Demonstrate scalable laser power modules, modular beam directors, and successful integration/test results on tactical platforms.

Counter-UAS/Counter-Drone

• Risk Level: Medium
• Opportunity: Integration of directed-energy sensors/effectors into counter-UAS architectures and operational concepts. Specific opportunities TBD pending solicitation language.
• Timeline: Timeline TBD pending source review.
• Action Required: Align capability statements to counter-UAS mission sets; prepare interoperability and TTP support material for Army users.
• Competitive Edge: Offer integrated sensor-to-shooter solutions and documented mission-effectiveness for small UAS defeat on tactical vehicles.

Tactical Vehicle Systems

• Risk Level: Medium
• Opportunity: Vehicle integration work for light tactical vehicles (JLTV, ISV cited in the Summary) including mounting, power distribution, cooling, and mobility impacts. Specific opportunities TBD pending solicitation language.
• Timeline: Timeline TBD pending source review.
• Action Required: Assess platform electrical/power and structural interfaces; prepare integration engineering, test plans, and logistics support proposals.
• Competitive Edge: Maintain systems-integration labs and show prior vehicle-modification experience with lightweight directed-energy installs.

Military Electronics

• Risk Level: Medium
• Opportunity: Electronics for beam control, targeting, command-and-control, and hardened communications supporting E-HEL. Specific opportunities TBD pending solicitation language.
• Timeline: Timeline TBD pending source review.
• Action Required: Ensure design-for-ruggedization and compliance with defense cyber/export requirements; document EMI/EMC test capability and MIL-environment readiness.
• Competitive Edge: Offer modular, ruggedized electronics with proven electromagnetic compatibility and rapid field-replaceable units.

Power Systems

• Risk Level: High
• Opportunity: Onboard power generation, distribution, and thermal-management solutions to sustain high-energy laser operation on light tactical vehicles. Specific opportunities TBD pending solicitation language.
• Timeline: Timeline TBD pending source review.
• Action Required: Validate mobile power and cooling architectures suited to tactical platforms; prepare demonstrations of power-density, cooling, and sustainment concepts.
• Competitive Edge: Present scalable, vehicle-compatible power and thermal solutions and highlight test/field data that show mission-duration sustainment.

Relevant NAICS codes (from Tags): 336992, 334511, 336411, 541712, 541330, 336413. Applicable compliance surfaces (from Tags): ITAR, DFARS, CMMC, NIST 800-171.

Cross-Segment Implications

• Power Systems and Directed Energy Weapons are tightly coupled: laser performance depends directly on vehicle power and thermal management. Delays or capability gaps in power systems can constrain fielding pace for E-HEL.
• Tactical Vehicle Systems and Military Electronics integration work must proceed in parallel to weapons development to validate interfaces (mechanical, electrical, data). Lack of early integration will raise test and fielding risk.
• Counter-UAS operational effectiveness depends on successful integration of directed-energy effectors with sensors and command systems; procurement teams will seek integrated solutions rather than isolated subcomponents.
• Compliance surfaces (ITAR, DFARS, CMMC, NIST 800-171) run across segments, affecting flow of design data, subcontracting, and coalition interoperability; cyber and export readiness will be a gating factor for many vendors.