Near Earth Autonomy Select Bell 505 for US Marine Autonomous Flight System

Bell Textron has been selected by Near Earth Autonomy to provide a modified Bell 505 airframe for the U.S. Marine Corps’ Aerial Resupply Vehicle – Expeditionary Logistics (MARV-EL) Increment 2 programme. The initiative aims to develop a new generation of uncrewed aerial logistics platforms capable of supporting frontline operations in contested environments.

Announced on April 30, 2026, the partnership will focus on prototyping a configuration to operate without a pilot while delivering supplies to dispersed forces. The MARV-EL Increment 2 programme is intended to field a middle-weight uncrewed logistics aircraft that can reliably conduct resupply missions at the tactical edge, where traditional crewed aircraft may face increased risk.

Bell’s role in the programme centres on adapting the Bell 505 platform to accommodate autonomous flight systems and enhanced cargo capabilities. The company will provide engineering expertise to support Near Earth Autonomy’s integration of advanced autonomy technologies, including perception systems and navigation capabilities. These modifications are expected to enable the aircraft to transport a variety of payloads, including standardised cargo containers, while meeting or exceeding the performance thresholds set by the Marine Corps.

According to Bell, the selection builds on its long-standing relationship with U.S. military operators and its ongoing investment in autonomous flight technologies. The company has increasingly focused on leveraging its existing helicopter platforms as testbeds for autonomy, reducing development timelines and risk compared to designing entirely new aircraft.

The MARV-EL programme reflects a broader shift within the U.S. Marine Corps toward distributed operations, where small, mobile units operate across wide areas with limited logistical support. In such scenarios, autonomous aerial resupply systems could play a critical role in sustaining forces without exposing pilots and crew to hostile threats. The ability to deliver supplies quickly and reliably in contested airspace is seen as a key enabler for future expeditionary operations.

Bell and Near Earth Autonomy have previously collaborated on autonomy research and flight demonstrations. In 2024, Bell introduced its Aircraft Laboratory for Future Autonomy (ALFA), an experimental platform designed to accelerate the development of autonomous flight technologies. Working together, the two companies successfully integrated advanced perception systems into the ALFA aircraft, demonstrating key capabilities required for fully autonomous operations.

The experience gained through the ALFA programme is expected to inform the development of the autonomous Bell 505 under MARV-EL. By combining a proven commercial helicopter platform with cutting-edge autonomy systems, the team aims to deliver a practical and scalable solution for military logistics.

Near Earth Autonomy brings significant expertise in autonomous flight, particularly in developing systems capable of operating in complex and dynamic environments. Its technology focuses on enabling aircraft to perceive and interpret their surroundings in real time, allowing for safe navigation without direct human control.

As development progresses, the MARV-EL Increment 2 effort will likely include a series of flight tests and demonstrations to validate the system’s performance under operational conditions. If successful, the programme could pave the way for wider adoption of uncrewed logistics aircraft across the U.S. military and allied forces.

The selection of the Bell 505 platform underscores the growing interest in adapting existing aircraft for autonomous roles, offering a cost-effective pathway to rapidly fielding new capabilities. For the U.S. Marine Corps, the programme represents a significant step toward integrating autonomy into expeditionary logistics, with the potential to reshape how supplies are delivered on future battlefields.