Iran Claims New Arash-2 Drone Penetrates Air Defenses in Strike on Israel’s Ben Gurion Airport.

Iran claimed it used its new Arash-2 loitering munition to strike Israel’s Ben Gurion Airport, presenting the drone as a long-range precision weapon capable of penetrating defended airspace. The announcement marks a clear attempt by Tehran to showcase a deep-strike capability against high-value targets.

According to Iranian Army spokesperson Brigadier General Mohammad Akrami Naeini, the Arash-2 successfully hit the airport and is engineered to evade advanced detection systems. The drone is assessed as an upgraded one-way attack UAV within Iran’s expanding loitering munition arsenal, built for extended-range, precision missions. No independent verification has confirmed the strike or any damage at the airport.

Read also: New Iranian Arash-2 Suicide Drone Able to Strike Targets up to 2000 km Threatening Israel and U.S. Bases

Launch of the Iranian Arash-2 long-range loitering munition during a military demonstration, highlighting its deep-strike and low-detectability capabilities. (Source: Iranian Army)

According to Naeini, the Arash-2 combines a very small radar cross-section with high endurance, enabling it to evade detection systems and reach distant targets. He also emphasized Iran’s ability to maintain rapid production rates, suggesting the system is intended for large-scale deployment, reinforcing a doctrine centered on saturation attacks and sustained operational pressure.

The Arash-2 was publicly unveiled by Iran in 2022, with officials presenting it as a next-generation long-range loitering munition capable of striking strategic targets at significant depth. Early statements from Iranian sources indicated a focus on extended reach and precision engagement, positioning the system as an evolution of existing one-way attack drones within Iran’s expanding unmanned arsenal.

Technically, the Arash-2 represents an evolution beyond earlier Iranian loitering munitions, particularly the widely used Shahed-136. While both systems share a similar delta-wing configuration and are optimized for one-way attack missions, the Arash-2 is assessed to prioritize extended range and improved penetration characteristics. Estimates suggest the Arash-2 can exceed 1,500–2,000 km in range, compared to the Shahed-136, which is generally assessed in the 1,000–1,500 km class depending on payload and flight profile. This increase extends the operational strike envelope and allows deeper targeting without forward deployment.

One of the key differentiators lies in its reduced radar signature. While the Shahed-136 already presents a relatively small and slow-moving target, the Arash-2 is reportedly optimized further through airframe shaping and material selection to minimize radar detectability. This does not make it stealth in the conventional sense, but it reduces detection range and compresses engagement timelines for air defense systems. When combined with low-altitude flight profiles, this increases the probability of late detection, especially in cluttered or complex terrain environments.

Endurance and flight profile also appear to be improved. The Arash-2 is likely powered by a piston engine with optimized fuel efficiency, enabling prolonged flight durations and flexible routing. This allows the drone to approach targets indirectly, potentially exploiting gaps in radar coverage. In contrast, the Shahed-136 has demonstrated effective long-range capability but is typically employed in more direct attack profiles or massed waves, relying more heavily on numbers than individual penetration performance.

Guidance architecture is another area of incremental improvement. Both systems are believed to rely on inertial navigation systems supported by satellite guidance such as GPS. However, the Arash-2 may incorporate enhanced navigation resilience, including better resistance to jamming or improved accuracy in terminal phases, although this remains unconfirmed. The lack of real-time operator control suggests both systems are primarily suited for fixed or pre-designated targets, reinforcing their role in infrastructure strikes rather than dynamic battlefield engagements.

Warhead capacity is assessed to be broadly comparable, likely in the 30–50 kg class, but the operational impact of the Arash-2 derives less from payload size and more from delivery reliability and penetration probability. The combination of range, endurance, and reduced detectability increases the likelihood of reaching high-value targets, especially when deployed in coordinated salvos.

The emphasis on rapid production is a critical element of the system’s military value. Iran has demonstrated the ability to produce loitering munitions at scale, and the Arash-2 appears designed to sustain or expand this capacity. Compared to the Shahed-136, which has already been used extensively in large numbers, the Arash-2 may represent a shift toward systems that combine mass deployment with improved individual effectiveness. This evolution enhances Iran’s ability to conduct both saturation attacks and more selective, long-range strikes.

For U.S. forces, Israeli forces, and regional militaries, the emergence of the Arash-2 introduces a more complex threat environment. Its extended range expands the potential launch envelope, allowing strikes to originate from deeper within Iranian territory or from dispersed proxy locations. This complicates early warning and preemptive strike options, as launch platforms become harder to identify and neutralize.

The reduced radar cross-section and low-altitude flight capability challenge existing air defense architectures, particularly those optimized for higher-speed or larger radar signature threats. Even advanced layered systems face increased strain when required to detect, track, and intercept multiple small, slow, and low-signature targets approaching simultaneously from different vectors. This dynamic can force defenders to expend high-cost interceptors against relatively low-cost drones, creating a cost imbalance that favors the attacker over time.

Naval forces operating in the Persian Gulf and surrounding waters may also face increased risk. The Arash-2’s range and flight flexibility could enable targeting of ports, forward operating bases, and maritime infrastructure, including logistics nodes critical to U.S. force projection. Its potential use in coordinated attacks alongside cruise missiles or other unmanned systems would further complicate defensive responses by saturating sensors and interceptors across multiple threat types.

Regionally, the proliferation risk remains significant. Iran has a track record of transferring UAV technology to allied non-state actors, and a system like the Arash-2 could extend the operational reach of these groups. This would enable long-range strike capabilities from multiple geographic axes, increasing unpredictability and compressing response timelines for affected countries.

In operational terms, the Arash-2 reflects a broader shift from using loitering munitions primarily as harassment tools toward integrating them into strategic strike planning. By combining range, scalability, and improved survivability characteristics, Iran is advancing a capability that can impose persistent pressure on critical infrastructure and military assets across the region.

Even if the specific claim regarding the Ben Gurion Airport strike remains unverified, the messaging itself highlights a clear trajectory in Iranian unmanned warfare development. The Arash-2 is being positioned not simply as another expendable drone, but as a long-range, penetration-oriented strike asset capable of shaping the operational environment and challenging conventional defense planning across multiple theaters.

Written by Alain Servaes – Chief Editor, Army Recognition Group
Alain Servaes is a former infantry non-commissioned officer and the founder of Army Recognition. With over 20 years in defense journalism, he provides expert analysis on military equipment, NATO operations, and the global defense industry.