The Latest Advancement in US Navy’s MQ-9 Reaper: SkyTower II Airborne Network Extension Pod

The US Navy’s MQ-9 Reaper program continues to evolve with the recent integration of cutting-edge technology designed to enhance communication capabilities and operational effectiveness.

One of the most recent advancements is the first delivery and integration of the SkyTower II (STII) airborne network extension pod. This new system represents a significant milestone in the development of the MQ-9 Reaper’s capabilities, marking the beginning of preparations for its initial operational capability (IOC) next year, with the US Marine Corps set to be the first to deploy it in 2026.

SkyTower II Pod: Enhancing Communication and Data Sharing

The SkyTower II pod is designed to enhance the MQ-9 Reaper’s cross-domain communication capabilities, providing a critical link between various forces and enabling seamless communication and data sharing.

This system is essential for the execution of Intelligence, Surveillance, and Reconnaissance (ISR) operations, allowing for tactical and operational communications across diverse military units.

The pod enables the MQ-9 to serve as a critical communication node in complex operations, particularly for the Marine Air-Ground Task Force, connecting aerial and ground combat elements.

The SkyTower II pod facilitates the real-time exchange of vital operational data, which is crucial for decision-making in combat and other high-stakes military operations.

The ability to link various forces operating across different domains ensures that the MQ-9 can support a broad range of missions, from ISR to disaster relief, by providing continuous, reliable communication and situational awareness.

Integration and Testing of the SkyTower II Pod

The integration process for the SkyTower II pod began in late February 2024 when the US Navy’s Air Test and Evaluation (UX) 24 squadron loaded the pod onto the MQ-9 aircraft for the first round of power-on checks.

These checks are part of the broader effort to integrate the pod into the MQ-9 platform and ensure that it operates effectively within the aircraft’s systems.

As part of the integration process, the aircraft underwent a fit check in an anechoic chamber, allowing the team to assess the pod’s compatibility with the aircraft and ensure that it met all technical specifications.

Following the integration and fit checks, the aircraft was hoisted for the first time as a risk-reduction measure in preparation for upcoming program milestones. This test was crucial for confirming the ability to safely suspend the aircraft while providing necessary power, cooling, and satellite communication links to ensure continuous command and control.