QPL-Listed Across Multiple MIL-SPECs
Cinch products appear on the Qualified Products List for MIL-DTL-26482, MIL-DTL-83513, MIL-C-83723, MIL-DTL-39030, MIL-DTL-3933, MIL-PRF-49142, MIL-DTL-24308, and MIL-C-26500, meaning they've already reached the qualification standards modern programs demand.
Engineered Around SWaP
Modern platforms, from UAVs to next-generation avionics, can't afford heavy, bulky connectors. CIN::APSE's compression-fit architecture and Micro-D connectors deliver high-density connectivity in with fraction of the footprint of traditional solutions.
Ruggedized for the Real World
Our interconnects are designed to survive harsh conditions, including sustained vibration in rotary aircraft, wide thermal cycling in ground vehicles, EMI-dense environments in electronic warfare platforms, and the shock loads that come with weapons systems integration.
Responsive Engineering Support
Our team works closely with defense manufacturers from initial design through qualification and long-term sustainment, helping programs stay on schedule and avoid the costly redesigns.
From the cockpit to the command post, Cinch interconnects support the full range of platforms and subsystems that define today's defense infrastructure.
Aircraft & Avionics
Power distribution, avionics bus connectivity, flight control wiring, and cockpit electronics, where MIL-STD-1553 compliance and vibration resistance are non-negotiable.
Autonomous & Unmanned Systems
UAV/UAS interconnects, payload interfaces, and tactical data links for platforms where weight is mission-critical and field replaceability matters.
Electronic Warfare
Jamming systems, electronic countermeasures, ECCM platforms, and EW simulation, applications demanding RF signal integrity and shielding in electromagnetically hostile environments.
Ground Vehicles
Armored vehicle interconnects, command and control systems, and power distribution harnesses built to handle the shock, dust, and temperature extremes of sustained ground operations.
Radar Systems
Airborne and ground-based radar, radar warning receivers, and data transmission infrastructure, where high-frequency RF performance and low insertion loss are critical.
Secure Communications
RF interconnects, fiber optic networks, and tactical data links supporting encrypted voice, video, and data transmission across distributed defense networks.
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