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UAS / Drone Manufacturing Resource Center
Browse all of our educational resources about Component Manufacturing for Unmanned Systems
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Guide
Component Manufacturing for Unmanned Systems: From Group 1 Drones to Loyal Wingman
This guide explores the unique manufacturing challenges behind unmanned systems of every size. Discover how precision machining, EMI/RF shielding, thermal management, and vertically integrated manufacturing help engineers build reliable components for next-generation autonomous platforms.
Read the GuideFeatured Articles About Component Manufacturing for Unmanned Systems
Counter-UAS Systems: Inside the Hardware That Makes cUAS Components Work
Counter-UAS system components demand precision RF shielding, MIL-SPEC thermal management, and CMMC-compliant manufacturing — here is what engineers need to know before specifying parts.
The DoD Replicator Initiative: What Attritable Drones Demand from the Defense Supply Chain
DoD Replicator initiative demands thousands of attritable drones fast — here is what component suppliers need to know about certifications, domestic sourcing, and scaling production to match.
UAV Payload Integration: Precision Manufacturing for Small UAV Systems
Precision manufacturing decisions for small UAV payload integration — covering EMI shielding, IP67 sealing, thermal management, and weight optimization for defense drone systems where failure is not an option.
Conductive Fabric Gasket and Fabric Over Foam Gasket: Construction, Performance, and Application
Conductive fabric gaskets and fabric over foam gaskets deliver 60–100+ dB EMI shielding at low mass — here's how to spec metallization, compression, and profile for portable defense enclosures.
UAV Thermal Management: Selecting and Manufacturing Thermal Interface Materials for Drone Electronics
Engineer the right thermal interface material for your UAV electronics — selection criteria, dispensed gel vs gap pad trade-offs, altitude effects, and combined EMI-thermal solutions for sealed drone enclosures.
Form in Place EMI Gaskets for Ruggedized UAV Communications Applications
Form-in-place EMI gaskets seal complex UAV communications enclosures where die-cut parts fail — learn material selection, MIL-DTL-83528 traceability, and FIP design rules for ruggedized drone platforms.
Drone EMI Shielding for UAV Payloads: FIP Gaskets, SWaP Constraints, and GPS Protection
This engineering guide to drone EMI shielding covers FIP gasket selection, GPS/GNSS interference mitigation, SWaP trade-offs, and CMMC compliance for defense UAV programs.
Case Study
When Standard Manufacturing Processes Won't Cut It: Engineering Custom Solutions for Space-Critical Components
See how custom waterjet process achieves tight tolerances for space-critical aerospace components through innovative engineering.
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