Army to have its own tilt-rotor combat aircraft like the earlier V-22 Osprey

By Mike Glenn - The Washington Times - Thursday, July 16, 2026

The U.S. military is confronting “the tyranny of distance” as it shifts focus from the relatively compact Middle East to the Indo-Pacific region.

Even the most isolated U.S. combat outpost in Afghanistan was less than 200 miles from the major logistics hub at Bagram Airfield. Compare that with the Pacific, where a direct flight from Hawaii to Japan spans nearly 4,000 miles and takes nine hours.

In December 2022, the Army officially chose Bell’s V-280 Valor as the winner of its competitive Future Long Range Assault Aircraft program. Now designated as the MV-75 Cheyenne II, the unique tilt-rotor aircraft will eventually replace the venerable UH-60 Black Hawk as the Army’s main workhorse aircraft.

As a tilt-rotor, the MV-75 can lift off like a helicopter and transition to fly like a conventional fixed-wing aircraft.

“The MV-75 Cheyenne represents a transformational leap in vertical lift capability, combining speed, range and reliability to meet the evolving needs of modern armed forces,” said Ryan Ehinger, the director of Bell’s MV-75 program

Army officials say the MV-75 Cheyenne will dramatically expand the service’s operational reach, enabling long-range air assault missions from safer bases. When they announced the FLRAA program, the Army wanted an aircraft capable of flying twice as fast as a Black Hawk while covering twice the distance.

The Blackhawk has a maximum cruising speed of 172 mph compared with 322 for the Cheyenne. The new tilt-rotor has a combat range of 500-800 nautical miles, while the Black Hawk can cover 200 nautical miles before refueling.

“This aircraft will revolutionize how the Army fights and wins, delivering unmatched capabilities to the Joint Force and ensuring we maintain a decisive advantage on the battlefield,” Maj. Gen. Clair Gill, commander of the Army’s aviation center at Fort Rucker in Alabama, said in April when the service branch announced that the new aircraft would be named in honor of the Cheyenne Indian tribe.

Army officials fear that the massive ocean expanses in the Indo-Pacific and highly contested island chains render standard short-range helicopters a logistics liability.

“I think there’s a legitimate need for an aircraft with those types of capabilities,” said Bradley Bowman, a former Army aviator who serves as the senior director of the Center on Military and Political Power at the Foundation for Defense of Democracies think tank.

“The Army’s been pretty explicit about it — we need something that can take off vertically and fly longer distances. That’s true everywhere and especially true in the Indo-Pacific, given the distances involved in operations,” Mr. Bowman said Wednesday in an interview with The Washington Times.

The MV-75 will be capable of transporting 14 soldiers and carrying an external load of up to 10,000 pounds. The 101st Combat Aviation Brigade at Fort Campbell in Kentucky was chosen as the first unit to field the aircraft, with an expected arrival in 2027.

“Our legacy is built on flying complex air assaults, and this aircraft represents the future of that mission,” said Col. Tyler Partridge, who recently relinquished command of the 101st CAB. “The speed and range of the MV-75 Cheyenne II will fundamentally change how we conduct air assaults, giving us a decisive advantage and ensuring our ground forces can strike farther and faster than any adversary.”

The MV-75 Cheyenne II follows the military’s earlier tilt-rotor aircraft, the V-22 Osprey, which was the result of a joint partnership between Bell and Boeing. It was developed in the 1980s and declared combat-capable in 2007. The Air Force, Navy and Marine Corps have adopted variations of the Osprey, which has seen action in Iraq and Afghanistan.

The V-22 Osprey was a revolutionary aircraft, but suffered from severe growing pains as the world’s first production military tilt-rotor. As of July 2025, 65 people have died in mishaps involving Osprey aircraft, according to a report from the Congressional Research Service.

The most-cited mechanical headaches on the V-22 stem from how the aircraft transitions from vertical to horizontal flight.

On the Osprey, the entire engine housing on the wing rotates 90 degrees, causing wear on thousands of feet of electrical wiring and hydraulic fluid lines.

Over the years, pointing engine exhaust blasts at the ground frequently kicked up massive dust clouds that fouled engines during desert landings, according to accident reports.

The designers of the MV-75 Cheyenne benefited from nearly two decades of Osprey flight data during its development. Unlike the earlier aircraft, its heavy turbine engines remain horizontal and are mounted permanently inside the wing. Only the rotor and a single gearbox tilt at the very tip, leaving the fuel lines and wiring rigid and protected.

Rotating only the rotor blades on the MV-75 means less mechanical wear and fewer maintenance hours, officials said.

The MV-75 Cheyenne II is the Army’s first “clean sheet” rotorcraft in a generation. It uses digital engineering and a Modular Open Systems Approach, which allows for rapid “plug and play” upgrades as the technology advances.

“The MV-75 is a transformational aircraft that will provide our Joint Force with unparalleled versatility to dominate a wide array of mission sets,” said Col. Jeffrey Poquette, project manager for the Cheyenne.

While the Cheyenne is expected to eventually replace the UH-60 helicopter, Mr. Bowman said the Black Hawk still has several years of life left in it.

“If all goes well, you’re going to see the Cheyenne and the Black Hawk operating together in the Army’s fleet for many years,” he said. “Those of us who love the Black Hawk can rest assured that we’re going to continue to see that great aircraft serving our soldiers and the Department of Defense.”