IN Brief:
- AeroVironment has received LOCUST’s first international purchase order, valued at more than $50 million.
- The direct commercial sale covers an initial delivery of laser weapon systems and associated support to an undisclosed customer.
- AeroVironment is investing more than $30 million in Albuquerque manufacturing capacity for directed-energy and other defence technologies.
AeroVironment has received the first international purchase order for its LOCUST laser weapon system, with the direct commercial sale valued at more than $50 million and covering an initial delivery of systems and associated support.
The customer, system quantity and delivery timetable have not been disclosed. Those omissions prevent a detailed assessment of deployment scale, but the commercial step is clear: a system that has moved into US Army production now has its first declared overseas customer.
The international order follows AeroVironment’s $464.8 million US Army Enduring-High Energy Laser award, which moved LOCUST into multi-year production and fielding. That Army programme covers dozens of systems, integration, training and support, giving the company a domestic production baseline separate from the new export order.
The distinction matters editorially and industrially. The latest announcement is not another stage of the Army contract: it creates a second customer route through a direct commercial sale and begins to test whether LOCUST can develop into an exportable product family rather than remain tied to a single US programme.
AeroVironment’s current LOCUST X3 configuration is a third-generation directed-energy system rated at 20–35+ kW. It is designed against Group 1–3 uncrewed aircraft and combines high-energy laser effectors with sensing, tracking and fire-control functions.
AV_Halo Pinpoint software is used to maintain precise energy placement against manoeuvring targets. That requirement is fundamental to laser defeat because an engagement depends on holding sufficient energy on a vulnerable area of the target for long enough to cause the required effect.
The current X3 architecture follows Modular Open Systems Approach principles and can be used on fixed or mobile platforms. That provides a route for future changes in sensors, software, beam control or other equipment without redesigning the complete system, although AeroVironment has not said which LOCUST configuration the international customer has ordered.
That uncertainty should remain explicit. A fixed-site installation defending infrastructure creates different power, cooling and mobility requirements from a vehicle-mounted system supporting manoeuvring forces, and the customer’s intended operating concept has not been made public.
Directed energy is often described in terms of low engagement cost, but the manufacturing problem is less simple. A laser weapon requires precision optical assemblies, beam-control equipment, thermal management, electrical power systems, sensors, computing hardware and a mechanical structure capable of holding alignment under operational conditions.
Scaling those technologies from prototype quantities into repeat production requires process control across suppliers that may previously have produced specialist components in small numbers. Optical quality, thermal interfaces and precision alignment can all affect system performance even where the major subassemblies appear identical.
AeroVironment is investing ahead of that requirement. The company says it is spending more than $30 million to expand its manufacturing campus in Albuquerque, New Mexico, creating a vertically integrated production hub for directed energy, space and other advanced defence technologies.
The project is expected to add more than 450 jobs. Its industrial significance lies less in the employment headline than in bringing more design, assembly and production capability into one site as LOCUST moves from demonstrations towards multiple customer programmes.
Vertical integration can shorten feedback between manufacturing and engineering when a system is still evolving. If an optical mount, cooling architecture or electronics package has to change after field experience, having key disciplines close to production can reduce the time required to introduce and qualify the revision.
The export order also includes support, which is particularly important for directed-energy equipment. Optical cleanliness, alignment, cooling performance, electrical-system health and software configuration can all influence availability, leaving an overseas customer dependent on a sustainment model that goes beyond replacement of conventional ammunition.
That creates a different logistics profile from missile-based air defence. A laser avoids a physical interceptor for every engagement, but the equipment itself has to remain calibrated, cooled, powered and maintained. Spares, trained technicians, software support and specialised test equipment therefore become part of the operating cost.
The customer’s identity will determine how demanding that support model becomes. Equipment deployed to a fixed base in a controlled environment has different sustainment requirements from a mobile system exposed to dust, vibration and repeated movement, while maritime deployment introduces another set of environmental constraints.
AeroVironment has already demonstrated LOCUST across vehicle and shipboard trials, but those demonstrations do not establish the configuration being delivered under the new purchase order. Until the buyer and deployment concept are disclosed, the article cannot responsibly attribute a specific platform or mission beyond counter-UAS and air defence.
The order nevertheless strengthens the production case for the Albuquerque expansion. Manufacturers invest most confidently when several customers create overlapping demand rather than when a large facility depends on one programme retaining its original schedule and quantity.
No follow-on options or additional international customers have been identified. The immediate measures of progress will therefore be system deliveries, acceptance and any repeat purchase from this first buyer.
LOCUST has now crossed two industrial thresholds in quick succession: a substantial US Army production award and its first international sale. The next question is whether those contracts become a repeatable manufacturing base capable of supporting several configurations and customers without turning every installation into a bespoke engineering exercise.
