U.S. Army Expands Sensor-Fused Night Warfare Capabilities with $212 Million ENVG-B Night Vision Goggles Order.

The U.S. Army is expanding production of Elbit America’s ENVG-B night vision systems under a new $212 million order announced by Elbit Systems on May 12, 2026, reinforcing a battlefield capability increasingly critical in conflicts shaped by drones, thermal surveillance, and degraded visibility. The award strengthens America’s ability to maintain night-fighting superiority by giving infantry units faster threat detection, improved situational awareness, and reduced exposure during close combat operations.

The ENVG-B combines white phosphor night vision, fused thermal imaging, passive targeting, and augmented reality into a single soldier-worn combat system designed for contested environments where visibility and reaction speed determine survivability. Its integration with rifle-mounted thermal sights and Nett Warrior networks allows U.S. troops to detect, track, and engage targets without relying heavily on active infrared signatures, reflecting a broader shift toward sensor-fused, low-signature, digitally connected land warfare.

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The U.S. Army awarded Elbit Systems of America a $212 million contract to continue producing ENVG-B fused night vision goggles through 2028, strengthening infantry survivability, passive targeting capability, and sensor-fused battlefield awareness for modern night combat operations (Picture Source: Elbit Systems, Edited By Army Recognition Group)

Elbit Systems announced on May 12, 2026, that its U.S. subsidiary, Elbit Systems of America – Night Vision LLC, received a delivery order valued at approximately $212 million from the U.S. Army for the continued production of Enhanced Night Vision Goggle – Binocular systems. According to the official announcement released by Elbit Systems, deliveries under the award will take place through 2028, reinforcing a core modernization priority for U.S. close combat forces. The order is especially relevant because night vision, sensor fusion, passive targeting, and augmented reality are becoming decisive factors on modern battlefields where speed, visibility, and information dominance can define tactical success.

The delivery order also carries a notable procurement signal. The U.S. Army has historically split ENVG-B production among multiple vendors, but Elbit Systems of America was selected as the only prime supplier for this specific award. This single-prime selection suggests a strong level of confidence in Elbit America’s ability to deliver mature, soldier-worn electro-optical systems at scale, while maintaining production continuity for a capability already integrated into the U.S. Army’s close combat modernization framework. For the United States, this also supports the domestic night vision industrial base and reinforces the ability to sustain critical optical and thermal imaging technologies inside a trusted U.S. defense manufacturing ecosystem.

The ENVG-B is not a conventional night vision device but a fused-sensor combat system designed to increase the soldier’s ability to detect, recognize, and engage threats in low-light or no-light conditions. By combining high-resolution image intensification with thermal imaging, the system allows soldiers to observe natural terrain detail while also detecting heat signatures from personnel, vehicles, weapons, and concealed threats. Elbit America identifies the system as the Enhanced Night Vision Goggle F6025, with Gen 3 enhanced-performance white phosphor image intensifier tubes, fused thermal imaging, a 1280 x 1024 optimal display resolution, a 640 x 480 thermal camera resolution using 10-micron thermal technology, and a detection range greater than 500 meters.

This combination is operationally important because modern infantry units increasingly operate in environments affected by darkness, smoke, fog, dust, vegetation, urban shadows, battlefield obscurants, and degraded visibility. Traditional image intensification amplifies available light, while thermal imaging detects heat contrast. ENVG-B merges these two approaches into a single binocular architecture, giving soldiers a more complete visual picture of the battlefield. In close combat, this improves target discrimination, movement control, threat detection, and reaction time, particularly during night raids, patrols, defensive operations, urban clearing missions, and dispersed maneuver under limited visibility.

A central advantage of the ENVG-B is its role in passive targeting and networked soldier operations. The system supports augmented reality overlays and can interface with rifle-mounted thermal weapon sights, Nett Warrior, and other digital soldier systems, allowing U.S. soldiers to receive tactical information while keeping their heads up and eyes on the battlefield. Elbit America states that the system enables wireless connection to a rifle-mounted thermal weapon sight, rapid target acquisition, augmented reality, and Nett Warrior interface, giving soldiers the ability to engage in close combat with improved situational awareness.

Passive targeting is particularly important against peer and near-peer adversaries equipped with their own night vision, infrared sensors, drones, and electronic detection systems. Instead of relying heavily on active infrared lasers that could reveal a unit’s position, soldiers can use fused imagery and weapon-sight integration to detect, aim, and engage with a reduced signature. This gives U.S. small units a tactical advantage in contested environments where exposure, light discipline, electronic emissions, and sensor visibility can determine survivability. The ENVG-B therefore supports a broader American shift from basic night vision toward sensor-fused, digitally connected, low-signature close combat.

The strategic implications extend beyond the individual soldier. In Europe, ENVG-B strengthens U.S. and NATO readiness for high-intensity land warfare, where night movement, dispersed infantry action, and survival under artillery and drone observation are essential. In the Indo-Pacific, the system improves the ability of U.S. forces to operate across jungle, island, coastal, and complex terrain where visibility can be limited and small-unit autonomy is critical. In the Middle East and other operational theaters, it remains relevant for counterterrorism, base defense, partner-force support, and special operations missions requiring precision, mobility, and rapid decision-making at night.

Recent conflicts have shown that infantry forces must operate under constant surveillance from drones, thermal imagers, loitering munitions, artillery reconnaissance systems, and electronic warfare networks. In this context, the ENVG-B contributes to U.S. battlefield overmatch by turning the soldier into a connected tactical node able to see, share, target, and maneuver with reduced exposure. The system’s integration of image intensification, thermal imaging, augmented reality, and passive targeting reflects the direction of modern land warfare, where the individual warfighter is increasingly linked to a wider network of sensors, shooters, and command systems.

By expanding ENVG-B production through 2028, the U.S. Army is not simply purchasing additional night vision goggles; it is reinforcing one of the foundations of American land power. The $212 million order confirms that visibility, sensor fusion, and passive lethality are now central to tactical overmatch. For U.S. soldiers deployed across global theaters, the ENVG-B strengthens survivability, mobility, and combat effectiveness in the conditions where adversaries are most vulnerable: darkness, confusion, and degraded visibility. This delivery order sends a clear message that the United States intends to preserve its night-fighting superiority and equip its ground forces with the tools needed to dominate the modern battlefield.

Written by Teoman S. Nicanci – Defense Analyst, Army Recognition Group

Teoman S. Nicanci holds degrees in Political Science, Comparative and International Politics, and International Relations and Diplomacy from leading Belgian universities, with research focused on Russian strategic behavior, defense technology, and modern warfare. He is a defense analyst at Army Recognition, specializing in the global defense industry, military armament, and emerging defense technologies.