Jerusalem, September 9, 2025 – BIRD Aerosystems has announced a major contract with Israel’s Ministry of Defense, through the Directorate of Defense Research & Development (DDR&D), to equip the Israeli Air Force’s AH-64A Apache helicopters with its Airborne Missile Protection System (AMPS).
The agreement covers the development, integration, delivery, and testing of the system, which will feature the company’s newly developed µDIRCM (micro-Directed Infrared Countermeasure) technology. This compact system is designed to provide full-spectrum defense against infrared-guided missiles, one of the most dangerous threats to helicopters in modern battlefields.
Cutting-Edge Self-Defense Technology
The µDIRCM combines missile detection, confirmation, tracking, and laser jamming within a single lightweight unit. It is described as the smallest and most advanced DIRCM available today, offering:
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Near-zero false alarms, reducing risks of accidental countermeasure activation.
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Lightweight integration, suitable even for small platforms.
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Advanced threat engagement, allowing rapid response against multiple incoming missiles.
By installing AMPS with µDIRCM, Israel’s Apaches—locally known as “Peten”—will gain an additional defensive shield when operating at low altitudes, where they are most vulnerable to MANPADS (man-portable air defense systems).
Strategic Statements
Matan Perry, VP of Marketing & Sales at BIRD Aerosystems, called the program a “major milestone”, noting that the Israeli Air Force—considered one of the most advanced in the world—had chosen their system to protect its Apaches.
Ronen Factor, Co-CEO and Co-Founder of BIRD, emphasized that the deal represents both a national commitment to defense and the company’s proven expertise in delivering mission-critical protection systems.
Role of Apache in Israeli Service
Israel’s AH-64A Apaches entered service in the early 1990s and remain a key strike platform for close air support, anti-armor missions, and counter-terrorism operations. With around 40 aircraft in service, they have been extensively used in regional conflicts. The addition of DIRCM technology is expected to extend their survivability and combat relevance, especially in environments where adversaries are equipped with modern shoulder-fired missiles.
Growing Global Demand
Defense experts note a rising global demand for compact self-protection solutions as threats to helicopters and transport aircraft evolve. Systems like µDIRCM are particularly attractive because they can be integrated not only on attack helicopters, but also on transport aircraft, UAVs, and VIP jets, without requiring extensive modifications.
Although contract value and delivery timelines were not disclosed, the project will move through development, flight trials, and operational testing phases before entering service. Once deployed, Israel’s Apaches will be among the most well-protected attack helicopters in the world, reinforcing the country’s edge in air combat survivability.
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