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Teledyne FLIR
Wilsonville, Oregon-based thermal imaging and infrared technology company (subsidiary of Teledyne Technologies, NYSE: TDY; acquired 2021 for $8B). Founded 1978; pioneered commercial uncooled VOx microbolometer technology. Vertically integrated: manufactures its own VOx FPA chips at the Wilsonville campus (fabrication, not just assembly) for FLIR K2, K33, K55, E and T series cameras. Additional facilities: Santa Barbara, CA (acquired from Indigo Systems ~2004 for cooled detectors). Dominant in fire service thermal imaging cameras (TIC) for North America and globally. US DoD contracts for military thermal sights and sensors. ITAR-controlled products in upper performance tiers. 2018: Paid $30M ITAR/AECA settlement ($15M civil penalty, $15M suspended) for unauthorized sharing of ITAR-controlled technical data with ~1,350 foreign nationals at 22 non-US facilities. Controls key VOx microbolometer patents. Teledyne FLIR, LYNRED, and Leonardo DRS are the three companies identified by market analysts as controlling the full detector-design-to-module stack for high-performance IR FPAs.
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Fire Service Thermal Imaging Cameras (K-Series, E-Series)
20%Defense & Security Thermal Sensors (ITAR-Controlled)
40%Industrial & Scientific Imaging
25%Autonomous Systems & Consumer (FLIR Lepton)
15%
Intelligence
What's known
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Incident2018
In 2018, FLIR Systems paid a $30 million settlement ($15M civil penalty, $15M suspended) after the State Department found the company had shared ITAR-controlled technical data with approximately 1,350 foreign nationals at 22 of its own non-US facilities — including persons from Iran, Iraq, Lebanon, and Cuba. The violations involved the very technology — infrared detector design and fabrication know-how — that firefighters depend on for their thermal imaging cameras. FLIR was simultaneously the world's largest supplier of firefighter TICs and a company that violated arms export laws regarding the same technology. The $30M fine became a case study in ITAR compliance failure at the corporate level.
Optics.org ↗Did you know2023
Teledyne FLIR's VOx microbolometer infrared detector chip — fabricated at its Wilsonville, Oregon facility — is simultaneously the sensor inside: (1) FLIR K-series firefighter thermal imaging cameras used to find unconscious victims in burning buildings; (2) military thermal weapon sights and targeting sensors for US Army, Special Operations, and allied forces used to detect and target enemy combatants at night; and (3) FLIR Lepton consumer-grade modules embedded in drone payloads, smartphone attachments, and home security cameras. The same infrared detector that enables a firefighter to see a child through smoke serves the sniper who engages targets in the dark and the Amazon delivery driver verifying a package was delivered. Fire rescue, lethal military operations, and consumer electronics all run on variations of the same Wilsonville-fabricated vanadium oxide focal plane array — the only distinction being resolution, sensitivity, and ITAR licensing.
Teledyne FLIR ↗Capacity2018
In 2018, FLIR Systems paid $30 million to resolve US Department of State and Department of Justice charges that it had violated the International Traffic in Arms Regulations (ITAR) and the Arms Export Control Act (AECA) by sharing ITAR-controlled technical data with approximately 1,350 foreign nationals at 22 non-US facilities worldwide. The violations included transferring controlled thermal imaging design data, manufacturing processes, and test procedures to foreign employees and contractors. The settlement — $15M civil penalty plus $15M suspended — was a major warning for the industry about ITAR compliance in globally distributed engineering organizations. FLIR's dual-use nature (same detectors in fire cameras and military targeting systems) makes ITAR compliance structurally challenging: engineering teams working on commercial products have institutional access to the controlled military specifications.
US Department of State ↗Origin2023
FLIR Systems was founded in 1978 in Portland, Oregon by two engineers who had worked on infrared systems at military contractor Sierra Research Corporation. The original focus was cooled infrared detector systems for military applications. The company's breakthrough came in the 1990s when FLIR (then led by CEO Earl Lewis after founder Michael Milsap) commercialized uncooled vanadium oxide (VOx) microbolometer technology — detectors that operate at room temperature without requiring cryogenic cooling. This 10-20× cost reduction (from $50,000+ cooled systems to $5,000 uncooled) opened massive commercial markets: first for law enforcement, then fire service, then industrial inspection. Teledyne Technologies acquired FLIR in 2021 for $8B — the largest acquisition in Teledyne's history. FLIR's Wilsonville, Oregon campus fabricates its own VOx detector chips in-house — a vertically integrated position that few imaging companies maintain.
Teledyne FLIR (Teledyne Technologies) ↗Concentration2024
Teledyne FLIR (formerly FLIR Systems) is vertically integrated in thermal imaging: it manufactures its own VOx microbolometer focal plane array detectors in-house at Wilsonville, Oregon, then assembles them into finished cameras. This makes FLIR cameras used by firefighters dependent on a single facility in Oregon for both detector chip production and camera assembly. Teledyne acquired FLIR for $8 billion in May 2021; FLIR had 2020 revenues of $1.9B with 31% from US federal government.
Wikipedia / Teledyne FLIR ↗