Stator supports the modernization of hardware subsystems that can no longer be sourced, sustained, or supported through original suppliers. We work from externally defined functional, electrical, mechanical, and environmental requirements to design modern replacements that meet or exceed original performance while reducing long-term sustainment risk.
Reducing Long-Term Sustainment Risk through Disciplined Modernization
Across defense and industrial programs, hardware obsolescence creates disproportionate operational and financial risk. Components that represent a small fraction of system cost can threaten availability, drive sole-source dependencies, or force premature platform retirement. Stator addresses this problem by treating hardware modernization as a systems discipline rather than a one-off design exercise. We focus on requirements clarity, interface fidelity, modern component selection, and long-term supportability to deliver replacement hardware that can be sustained, audited, and evolved over time.
Replacement designs leverage modern electronics, embedded platforms, and manufacturing practices while remaining compatible with existing system interfaces and operational environments.
Hardware modernization efforts are only as strong as their verification and documentation.
Our approach is designed to support ongoing sustainment, not just initial delivery.
Build With Intent
From modernization to new platforms, we partner with teams that take system architecture seriously and expect it to endure.