Crane Electronics Inc.

Crane Electronics Inc., a Lynnwood, Washington-based manufacturer of aerospace and defense power conversion and signal conditioning components, operates as a subsidiary of Crane Co and competes as a prime contractor on federal purchase orders and as a subcontractor to major defense primes, with no set-aside designations across its federal footprint.

The company delivers flight-qualified DC-DC converters, EMI filters, power supplies, and related power management and signal conditioning hardware for space, missile, and communications systems. On the prime side, Crane Electronics holds a pattern of small purchase orders from NASA's Shared Services Center for space flight hardware: a $145,796 award on June 29, 2026, for 33 MSE Lite Bulk Buy converter and filter units (16 to 40 volt input, /883 aerospace screening) with nine-week lead time and September completion, a $142,322 award in August 2025 for six SMRT288R7S/BR single-space DC-DC converters, a $184,070 award in February 2023 for DC converters and EMI filters, and a $64,107 award in August 2023 for DCDC converters and EMI filters. These procurements are conducted under FAR Parts 12 and 13 commercial item procedures, with sole-source justification grounded in design integration and revalidation costs that would exceed tens of millions of dollars for alternative vendors. Combined prime potential value sits at approximately $437 thousand across purchases from NASA's Shared Services Center since 2022.

Crane Electronics' subcontractor role dwarfs its prime footprint. The company supplies power conversion and electromagnetic filtering components to L3 Technologies on MIDS JTRS (Multifunctional Information Distribution System Joint Tactical Radio System) terminal production, spares, and development work covering internal power supply assemblies, remote power supplies, circulators, and isolators; to Lockheed Martin on PAC-3 (Phased Array Tracking Radar to Intercept on Target Advanced Capability-3) missile production supplying DC-DC regulated power supplies and EMI filters, Army Tactical Missile System (ATACMS) production, and SNIPER/LANTIRN infrared systems; and to Raytheon and Boeing on missile programs including SM-3 Block IIA and Space Launch System (SLS) production. Sub awards span 2022 through mid-2026, with high frequency of task orders under Navy IDIQs N0003924D4005 and N0003920D0058.

Customer concentration splits between Navy and Army programs on the sub side and space agencies on the prime side. By award count, the top four customers — Department of the Navy Information Warfare Systems Command (25 awards), Department of the Army (20 awards), Defense Logistics Agency Land and Maritime (10 awards), and NASA Langley Research Center (9 awards) — account for 61% of the 116 total awards in the source. By potential value, NASA Langley dominates at $5.5 million (96% coverage across top customers), with NASA Shared Services Center and DLA Land and Maritime contributing $587 thousand and $572 thousand respectively. The dollar concentration does not track award count: the Navy and Army drive volume through repeated small sub calls, while NASA anchors most contract value through prime awards.

Activity accelerated sharply in 2024 (30 awards) and remained elevated in 2025 (23 awards) before declining in 2026 to 10 awards year-to-date. However, obligated dollars ($43.7 million across all awards) far exceed combined potential value ($7.1 million), indicating substantial prior-year work and invoicing against standing orders. Recompete cliff risk is minimal: only one award faces completion within the next twenty-four months, carrying $146 thousand potential value.

Corporate ownership links Crane Electronics to Crane Co, a diversified industrial conglomerate with its own federal contract and grant prime awardee footprint. The parent company's established defense and aerospace procurement relationships and manufacturing footprint provide supply-chain stability and customer access that anchor the subsidiary's role as a component supplier to tier-one primes rather than as a direct system integrator.