The C-2A Greyhound's Last Flight and the End of Sixty Years of Carrier Onboard Delivery

The C-2A Greyhound, the U.S. Navy’s carrier onboard delivery aircraft, made its final flight on July 28, 2026, landing at Naval Air Station Pensacola to be inducted into the National Naval Aviation Museum. The retirement ends roughly 60 years of fixed-wing carrier logistics, a mission now transitioning to the CMV-22B Osprey tiltrotor. This is a permanent retirement, coming just weeks after the type flew its last operational missions off a carrier deck.

What Was the C-2A Greyhound and What Did It Do?

The Greyhound was a twin-engine, high-wing turboprop built for a single, unglamorous mission: carrier onboard delivery, known in the fleet by the shorthand COD. For more than half a century, its job was to fly out to an aircraft carrier operating in the middle of an ocean and deliver whatever the ship needed.

That cargo included mail, spare parts, passengers, and even a jet engine strapped down in the hold. The aircraft could haul roughly 10,000 pounds of freight on any given day. When the nearest runway is a thousand miles of open water away, a carrier depends on that lifeline to keep functioning.

According to reporting from The Aviationist, this last aircraft flew into Pensacola specifically for museum induction - not a static display retirement with the type still flying elsewhere, but the genuine end of the line.

How Was the Greyhound Related to the E-2 Hawkeye?

The Greyhound shares its core DNA with the E-2 Hawkeye, the carrier early-warning aircraft recognizable by the large radar disc mounted on top. The two aircraft use the same wing, the same engines, and the same folding tail designed to tuck down small enough to fit on a crowded deck and ride the carrier’s elevators below.

The key difference is the payload. Where the Hawkeye carries a radar and its mission crew, the Greyhound carries cargo - a fat fuselage, a rear cargo ramp, and room for the fleet’s daily logistics.

How Does a Cargo Plane Land on an Aircraft Carrier?

The Greyhound did not land the way conventional aircraft do. It caught an arresting wire. Instead of flaring and rolling out on a long runway, the crew flew a fully loaded turboprop onto a pitching steel deck at a controlled descent rate and put it down deliberately - no flare - while a tailhook grabbed a cable that brought the aircraft from flying speed to zero in about two seconds.

Departure was equally violent. A catapult hooked onto the aircraft and threw it off the bow, accelerating the whole airplane from a standstill to flying speed in roughly the length of a basketball court. The Greyhound performed both maneuvers, fully loaded, for decades.

When Did the Greyhound Enter Service?

The first Greyhounds entered service in the mid-1960s. The C-2A model most people picture came along in a follow-on production run, and those airframes hauled freight to the fleet ever since.

Generations of sailors received their mail from a Greyhound, and generations of carrier air wings got critical parts the same way. If you have ever seen a photo of someone riding backward in a windowless cargo aircraft, wearing a float coat and helmet as they get catapulted off a carrier, that was almost certainly the inside of a Greyhound.

What Is Replacing the C-2A Greyhound?

The carrier onboard delivery mission is moving to the CMV-22B Osprey, the tiltrotor variant built specifically for this role. This shift signals where naval aviation logistics is heading.

A tiltrotor needs neither the catapult nor the arresting wire. It takes off and lands vertically, which lets it service not only the carrier but also the smaller ships in the strike group, and reach farther inland. The trade-off is straightforward: the Navy gives up some of the straight-line efficiency of a fixed-wing turboprop in exchange for operational flexibility a conventional airplane cannot match at sea.

Why This Matters for Pilots

For general aviation, the tiltrotor transition is worth watching closely. The same technology that lets an Osprey land on a destroyer is being scaled down and studied for the advanced air mobility aircraft that companies keep promising will one day operate over cities.

The Navy has been running tiltrotors at scale, in one of the harshest operating environments imaginable, for years. The lessons being learned about maintenance, reliability, and day-to-day operations ripple outward into the broader industry.

There is no operational impact for civilian pilots here - no rule change, no airspace effect, no bulletin to file. This story is about respect for a workhorse and awareness of the technology shift it represents.

A Free Museum Home in Pensacola

The Greyhound will be preserved at the National Naval Aviation Museum in Pensacola, Florida, one of the country’s great aviation museums, where admission is free. The aircraft will sit alongside airframes that tell the full story of naval flight.

Preservation matters because it is how the next generation of aviators discovers the field. A child walking past that folding tail, asking what the airplane did, and hearing the answer - that is where a lifelong interest in flying often begins.

Key Takeaways

• The C-2A Greyhound flew its final flight on July 28, 2026, ending roughly 60 years of carrier onboard delivery for the U.S. Navy.
• The aircraft’s mission was hauling mail, parts, passengers, and cargo - up to about 10,000 pounds - to carriers at sea, landing via arresting wire and launching via catapult.
• The Greyhound shares its wing, engines, and folding tail with the E-2 Hawkeye.
• The CMV-22B Osprey tiltrotor now takes over the mission, offering vertical takeoff, greater range, and the ability to service more ships in the group.
• The final aircraft is being inducted into the National Naval Aviation Museum in Pensacola, which offers free admission.