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Boeing Eyes AESA Radar to Boost Apache Attack Helicopter Against Drone Threats
Boeing is advancing Apache AH-64E enhancements, including possible AESA radar integration, to improve detection and engagement of increasingly sophisticated drone threats.
The gist
Boeing pursues AESA radar upgrade for Apache to better detect and neutralize next-gen drone threats including swarms.
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Boeing is progressing with upgrades to its AH-64E Apache attack helicopter aimed at enhancing its capability to detect and engage emerging aerial threats, especially one-way attack drones. The US Army has effectively employed the Apache for counter-drone missions in recent Middle East operations, including in the sensitive Strait of Hormuz, according to TJ Jamison, Boeing’s business development director for attack helicopter programs. A new air-to-air mode utilizing the existing Longbow fire-control radar aids in locating and engaging enemy drones, demonstrating the platform’s evolving mission set beyond traditional attack roles.
The Apache has a long history of adaptation, and Boeing is leveraging recent combat experience from conflicts in Ukraine and Iran to guide modernization efforts. A noteworthy US Army exercise from last year, Operation Flyswatter, tested the helicopter's drone interception abilities. During this trial, two Apaches faced a barrage of 14 small to large drones, successfully downing 13. The single remaining drone escaped the engagement zone, effectively excluding it from the challenge outcome, underscoring the Apache’s high efficacy in this emerging aerial threat environment.
Among the specific upgrades underway is the introduction of a proximity fuze for the Apache’s 30mm cannon shells, allowing the weapon to neutralize drones without necessitating direct hits. Additionally, Boeing is finalizing certification of the Apache’s V6.5 software upgrade, which provides improved range, lethality, and survivability. This software employs an open architecture designed to facilitate rapid updates analogized to smartphone app downloads, aiming to maintain the system’s cutting-edge capabilities against evolving threats.
One of the promising developments Boeing is considering for further Apache modernization is the integration of a fuselage-mounted active electronically scanned array (AESA) radar. This sensor would enhance the helicopter’s organic detection of very small, swarm-capable drones, a growing concern for modern battlefields. Jamison mentions several original equipment manufacturers currently offer AESA radar solutions under evaluation for potential fitting on the Apache as part of the US Army’s modernization roadmap. However, no funding decisions have yet been made by the Army for this upgrade.
The current Apache Longbow radar is mounted above the rotor to maximize its roughly 8km detection range. The potential AESA system could extend detection ranges dramatically, up to 50-70km, reducing vulnerability to terrain masking such as hills, trees, or buildings. This would represent a significant leap forward in early threat identification, especially against advanced threats employing stealthy swarm tactics for saturation attacks on helicopters and ground assets.
Looking beyond radar enhancements, Boeing is also exploring counter-drone technologies including directed energy weapons, microwave systems, and electronic warfare techniques. These options may complement kinetic solutions like the 30mm cannon, offering layered defenses adaptable to a wider spectrum of unmanned threat profiles. Such multi-domain approaches align with evolving US Army priorities to counter rapid advances in drone capabilities seen in recent conflicts.
The Apache program’s ongoing evolution reflects the Army’s recognition of unmanned aerial systems as a persistent and growing battlefield hazard. By integrating advanced sensors, updated software, and innovative countermeasures, the platform aims to maintain relevance against future types of warfare where drone swarms and asymmetric aerial threats are increasingly prominent. These developments underscore the attack helicopter’s continuing role as a multi-mission rotorcraft equipped for modern combat environments.
Frequently asked questions
- What recent trial demonstrated the Apache's counter-drone capabilities?
- Operation Flyswatter was a US Army trial where two Apaches engaged 14 drones and successfully shot down 13 of them, showcasing the helicopter's effectiveness against drone threats.
- What new technology is Boeing considering to integrate into the Apache for drone detection?
- Boeing is evaluating the integration of a fuselage-mounted active electronically scanned array (AESA) radar to enhance detection of very small and swarm-type drones.
- How is the Apache's 30mm cannon being improved for engaging drones?
- The Apache is being equipped with a new proximity fuze for its 30mm shells, allowing it to neutralize drones without needing to score direct hits.
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