U.S. Army Chinook Completes First Fully Autonomous Landing in Aviation Milestone

The U.S. Army took a significant step toward the future of military aviation this week, as a CH-47F Chinook successfully executed its first fully automated approach and landing without a pilot at the controls. The test flight, conducted by Boeing, marks the latest milestone in the service's push to integrate autonomous systems into its helicopter fleet.

What Happened

Boeing fitted a modified CH-47F with its Digital Automated Flight Control System, software the company calls Approach-to-X (A2X). During the test, the software brought all four wheels of the heavy-lift helicopter to the ground — a first for the type. According to Boeing, A2X has now been integrated into an Army Chinook since January and has logged more than 150 approaches to altitudes between 100 feet and near-ground level before last week's milestone landing.

Pilots can program a landing course — including location, airspeed, and approach path — from inside the helicopter or on the ground. The software then takes over the descent autonomously. Boeing's H-47 Human Factors Engineering lead, Deanna DiBernardi, said the goal is to reduce pilot workload so crews can keep more eyes on the tactical environment around them.

Why It Matters Now

The test comes as the Army is actively cutting its aviation workforce. The service has begun implementing plans to eliminate approximately 6,000 pilot and crew positions, a reduction that has drawn scrutiny from aviation personnel. Autonomous flight technology is one part of the service's answer to maintaining capability with a smaller workforce — and a way to keep crews out of harm's way during the most dangerous phase of a mission.

The Chinook is among the Army's most versatile aircraft, handling cargo sling loads, combat resupply, firefighting operations, and special missions. The platform's durability and lifting capacity make it a centerpiece of Army aviation, and automating elements of its operations could expand those capabilities further.

The Bigger Picture: Human-Machine Teaming

The Chinook test follows the Army's earlier work with a remote-controlled Black Hawk helicopter. Sikorsky has also unveiled the S-70UAS "U-Hawk," an uncrewed prototype that replaces the traditional cockpit with clamshell doors and expanded cabin space. Last month, the Army received a Black Hawk system designed to be flown by a pilot on board, remotely from the ground, or autonomously — a direct embodiment of the pilot-optional concept the service is now pursuing.

The Army has also ordered 15 new Chinooks since last October, according to government contracting records, signaling continued investment in the platform even as it experiments with autonomy. Boeing says it is continuing to refine the A2X software through testing before delivering it to the Army for operational evaluation.

What It Means for the Tactical Operator

For ground units, the implications are practical. Autonomous resupply and CASEVAC helicopters could one day deliver fuel, ammunition, and medical supplies to forward positions without putting aircrews at risk during final approach — the so-called "last tactical mile" that remains the most exposed phase of any resupply run. The Army is actively pursuing unmanned ground vehicles for this same stretch of terrain, making the air domain part of a broader shift toward uncrewed logistics.

DiBernardi's comment about eyes-out awareness reflects a core tactical principle: the best crews are the ones who can focus on the fight, not the mechanics of flight. Automation that handles precision approach and landing could let pilots concentrate on threats, terrain, and the mission — not head-down cockpit tasks during critical moments.

Source: Task & Purpose

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