Attalon Invested $15 Million in Laser Manufacturing
The investment prepares the firm to supply high-energy laser systems for defense-related drone platforms.
Updated on Sept. 27, 2026 in Manufacturing
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Attalon has committed $15 million to scale manufacturing for its Valaris high-energy laser platform, which will be integrated with AeroVironment's LOCUST drone systems. This move shifts the technology from limited demonstrations to broader operational deployment.
Why it matters
The investment positions both companies to meet rising demand for deployable directed-energy systems, signaling a transition toward large-scale production. Manufacturers in the defense supply chain should monitor this shift as it standardizes servicing through proprietary tech like kWIC Disconnect.
Attalon is deploying $15 million in capital to scale its production facilities, marking a significant increase over prior demonstration-stage spending. The expansion covers new capital equipment and a surge in skilled hiring for the Valaris platform.
The players
Attalon
A developer of directed-energy systems that has moved from demonstration projects to integrated production of laser subsystems.
AeroVironment
A defense contractor specializing in unmanned aircraft systems and loitering munitions that is scaling demand for deployable laser platforms.
The details
Attalon is upgrading its Philadelphia-area production line to handle long-term manufacturing of laser subsystems designed for AeroVironment’s platforms. The process integrates kWIC Disconnect technology, which simplifies field-level servicing of the high-energy laser units. By hiring specialized labor and adding new capital equipment, the company is aiming to stabilize throughput for its transition to regular operational use.
Timeline
September 27, 2026: Attalon announced the $15 million manufacturing expansion.
Market Landscape
This investment follows the specific integration requirements of the LOCUST system to enable rapid, deployable directed-energy capabilities. It reflects a broader trend of component manufacturers scaling production capacity to match the delivery schedules of established drone platforms.
Operators in the defense supply chain should track whether increased production readiness leads to standardized servicing requirements for similar energy-directed tech. Assess if your facility's current skilled labor pool and capital equipment can support the transition to high-volume output.
The takeaway
The transition from prototype to industrial-scale output requires both capital upgrades and specialized service-friendly designs like the kWIC Disconnect. Operators should review their own component assembly processes for similar opportunities to reduce maintenance friction as production ramps up.
Further reading
For more on shifts in local production capabilities, see our coverage of Manufacturing.
Source note: This article includes information reported by MyChesCo.
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