Electronic Safe and Arm Devices and rocket motor ignition safety devices

The U.S Army Contracting Command-Rock Island at Picatinny, on behalf of the Department of War (DoW) Fuze Integrated Product Team (IPT) is seeking feedback from industry on Continental United States (CONUS) sources and information regarding the existing capability to manufacture Electronic Safe and Arm Devices (ESAD) fuzes for munitions, as well as Ignition Safety Devices (ISDs) for rocket motors.

DISCLAIMER:

This RFI is for market research purposes only and shall not be construed as a request for proposal, nor as an obligation on the part of the government. The government does not intend to award a contract on the basis of this RFI or reimburse any contractors for any information or administrative costs associated with responding to this notification. Participation in this effort is strictly voluntary and any of the information stated above is subject to change. The government intends to use the information received to develop a whitepaper and investment strategy to support the scale-up necessary to expand and secure the domestic electronic fuzing and ignition systems industrial base. The government reserves the right to use any non-proprietary information in any resultant solicitation(s). Proprietary information should be marked as such. If a formal solicitation is generated at a later date, the government will publish a solicitation notice.

DESCRIPTION:

The Government is specifically seeking to understand the industrial base's capacity to scale production in response to emerging high-rate defense requirements. These include supporting Weaponized Unmanned Aircraft Systems (UAS) for Drone Dominance, Launched Effects (LE), Counter-UAS (cUAS) technologies, low-cost/high-rate systems, alongside the increased production demand for existing munition systems. To enable this scalability, the Government must identify critical manufacturing, testing, and component-level supply chain bottlenecks, specifically concerning high-voltage firing capacitors, solid-state high-voltage switches, and In-Line Initiators (ILI) to include Explosive Foil Initiators (EFIs) / Low Energy Exploding Foil Initiators (LEEFIs) / Exploding Foil Deflagrating Initiators (EFDIs). The PSC code is 1390 – Fuzes and Primers

Response requirements:

The U.S. Government is requesting information from all interested CONUS sources having relevant ESAD and ISD manufacturing, assembly, energetic loading/integration, and testing capabilities. Respondents shall describe their prior experience, existing facility capabilities, relevant equipment, and personnel.

With respect to the Government’s interest in the above, to adequately assess capability, responses shall address the following specific requirements:

Past Performance and Demonstrated Experience: Describe your company’s historical experience and proven capability in developing, manufacturing, assembling, and qualifying electronic fuzing systems (i.e. ESADs, ESAFs, etc.) and rocket motor ignition devices (ISDs, Arm & Fire Devices, etc.) over the past five (5) years. Specifically address:

Deliveries and Programs: List specific types, nomenclatures, and physical form factors of ESADs and electronic ISDs delivered. Detail total annual quantities delivered, peak production rates achieved, and whether your company served as the Prime or Subcontractor.

Manufacturing and Production Infrastructure: Describe demonstrated experience operating electronics manufacturing and assembly lines, including Surface Mount Technology (SMT), Printed Circuit Board (PCB) Assemblies, Electrostatic Discharge (ESD)-controlled cleanroom environments, and energetic integration bays.

Qualification, Testing, and Compliance History: Detail past performance qualifying systems to military safety and performance standards. Identify major cost and schedule drivers, specifically contrasting automated versus manual testing procedures. Additionally, describe your environmental stress testing experience and how it aligns with the operational envelopes of low-cost platforms.

Workforce Experience: Detail the baseline technical competencies and certifications (e.g., IPC-A-610, J-STD-001, energetic material handling) of your current workforce across touch labor, high-voltage analog electrical engineering, RF design, and test engineering.

Future Capabilities, Surge Capacity, and Scalability: Detail your facility’s ability to scale manufacturing throughput, adopt automated production/inspection methods, expand engineering capacity, and overcome component supply bottlenecks to meet anticipated defense surge demands. Specifically address:

Production Rates and Surge Capacity: State your facility's current minimum viable annual production rate (economic run rate) and absolute maximum surge capacity (assuming multi-shift operations). Provide a projected year-by-year production profile from Government Fiscal Year (GFY) October 2027 through GFY 2031, detailing ramp-up capacity to support:

Weaponized UxS / Purpose Built Attritable Systems (PBAS) to support…