Middle East

Israel Taps Rafael-Elbit Venture to Boost Domestic Infrared Sensor Production

Israel has signed a $155-million contract with a Rafael Advanced Defense Systems and Elbit Systems joint venture to expand local production of advanced infrared sensors.

Under the agreement, Semiconductor Devices (SCD) will expand its facilities and manufacturing infrastructure to develop and produce infrared sensors across the short, medium, and long-wave spectrum.

These systems are critical for drones, aircraft, space platforms, and large-scale defense programs, enabling imaging and targeting in low-visibility conditions and complete darkness.

They are expected to support both current and future Israel Defense Forces requirements while strengthening domestic production lines, according to the Misgav-based company.

The project will also introduce advanced fabrication methods to cut reliance on foreign suppliers.

“Innovation in the infrared field is important not only for national security but also for our global partners,” SCD CEO Kobi Zaushnizer said.

“We are committed to continuing to provide the most advanced, reliable and highest-performing infrared technologies to the international security community.”

Currently, the northern Israel firm manufactures high-end infrared detectors and laser diodes used in a range of military and aerospace applications.

Shift Toward Local Industry

SCD’s contract falls under the Israel Ministry of Defense’s “Blue and White” program, which promotes indigenous defense production.

The deal also reflects a shift from earlier policies that relied heavily on US-funded procurement, a practice that pushed some Israeli firms to scale back or move manufacturing overseas.

“This agreement reflects our deep commitment to the strategic needs of the State of Israel and to maintaining our leadership in infrared technologies,” Zaushnizer said.

“The enhanced capabilities will not only support future security requirements but also strengthen Israel’s industrial and technological independence in this critical field.”

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