RUGGED SYSTEMS. CONTROLLED PROCESSES. MISSION-READY PERFORMANCE.

FSP provides design and manufacturing for mission-critical defense, aerospace, and unmanned-system applications. From military cable assemblies and ruggedized electronics to integrated electromechanical systems, every solution is manufactured to applicable program and workmanship requirements, including MIL-SPEC, IPC Class 3 and UL. Each assembly is documented, inspected, and tested to support dependable performance in demanding environments.

De-Risk Your Program

BUILDING FOR DEMANDING MISSIONS

MILITARY-GRADE, RUGGEDIZED CONNECTIVITY

Custom power, signal, data, and communication cable assemblies manufactured to MIL-SPEC and application-specific needs. Built, documented, inspected, and tested to applicable program requirements.

PRECISION AEROSPACE HARNESSES

High-reliability precision wire harnesses for aviation, space, satellite, and launch applications. Manufactured to customer-defined routing, weight, identification, and documentation requirements.

Ruggedized Electronics

Mission-ready electronic and electromechanical assemblies built for defense, aerospace, and field-deployed applications. FSP integrates electronics, wiring, connectors, enclosures, and mechanical components into complete solutions designed to withstand temperature extremes, shock, vibration, moisture, and continuous operational stress.

TACTICAL PLATFORM ASSEMBLIES

Rugged electronic and electromechanical assemblies for tactical platforms, communications equipment, embedded systems, and field-deployed applications. FSP brings together electronics, wiring, enclosures, and mechanical components into complete assemblies that are inspected and functionally tested before shipment.

UNMANNED & AUTONOMOUS SYSTEMS

Mission-ready integration for unmanned aerial, ground, and surface platforms. FSE integrates power and signal distribution, communications, sensors, control hardware, electronics, cable assemblies, and mechanical components into ruggedized systems engineered around application-specific size, weight, environmental, and performance requirements.

Powertrains

Detailed content forthcoming

Built to Integrate with Your Platform

Capabilities

ITAR-registered, NIST SP 800-171 compliant secure facility

UL 508A, IPC-A-610 and IPC/WHMA-A-620 Class 3 workmanship

Restricted-access zones for sensitive programs

Environmental Stress Screening (ESS) on every assembly

Hi-pot, vibration, and thermal cycling validation

Full component serialization and traceability

Configuration management aligned to defense standards

Counterfeit mitigation and BOM auditing

Certifications

Engineered to the Highest Standards

The FSP Difference

UL 508A, ISO 9001 Certified
Quick Turn-Around of 
Design & Product
On-Site Prototyping, Design, Engineering & Manufacturing
135,000 Square Foot 
Dedicated Facility
ESD & Humidity Controlled Manufacturing Floor
Vendor Management Inventory (VMI) Programs
Long-Term Raw Material 
& Finished Goods Storage
Customer Consignment Programs
100% Functionality 
& Quality Testing
Engineering 
& Technical Support

Let's Get the Conversation Started

No matter where you are in the process, we can help you get over the finish line.

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Frequently Asked Questions

Is FSE ITAR registered and NIST SP 800-171 compliant?

Yes. FSE is fully ITAR registered and maintains NIST SP 800-171 compliance to safeguard Controlled Unclassified Information (CUI). The facility includes restricted-access zones built specifically for high-consequence defense, aerospace, and intelligence programs.

Does FSE build electronics for autonomous vehicles and unmanned platforms?

Yes. FSE manufactures high-complexity electromechanical integrations for autonomous vehicles and unmanned platforms, including sensor mounting assemblies, specialized power cabinets, ruggedized control monitoring skids, and military connector cables built to survive extreme operational environments.

What workmanship standards does FSE use for defense and aerospace electronics?

FSE builds to IPC-A-610 and IPC/WHMA-A-620 Class 3 workmanship — the highest class, required for satellite control systems, aerospace wire networks, and tactical vehicle assemblies. Builds are validated through Hi-pot testing, Environmental Stress Screening (ESS), and vibration/thermal cycling protocols.

How does FSE manage component obsolescence for long-lifecycle defense programs?

FSE intervenes at the design stage with comprehensive Bill of Materials auditing and component cross-referencing. Long-lead, end-of-life, and obsolescence-risk components are flagged early, secure cross-references are established, and configuration management is aligned to defense program standards across the full lifecycle.