V-22 Osprey spans two decades, three variants and one enduring commitment
FORT WORTH, Texas – Aug. 28, 2026 – On July 28, 2026, the U.S. Marine Corps accepted delivery of its final MV-22B Osprey at Bell’s Amarillo, Texas, facility, completing a Program of Record more than two decades in the making.
The milestone closes the aircraft’s procurement chapter, but not its operational story. Since reaching initial operational capability in 2007, the MV-22B fleet has accumulated more than 683,300 flight hours across 114 operational deployments and today provides 75 percent of Marine Corps rotary-wing assault support, according to the V-22 Joint Program Office.
Behind those numbers is a deeper story. The introduction of the V-22 Osprey represented not just a new aircraft, but a fundamental shift in how the Marine Corps approached aviation readiness and training.
Fielding a revolutionary aircraft required the Marine Corps to rethink how pilots, aircrew and maintainers were trained and how training systems could keep pace as the aircraft itself changed. It also meant developing new simulation tools, updating maintenance doctrine and building a training pipeline flexible enough to evolve alongside continuous upgrades to the platform itself.
StraCon was part of the government-industry team that helped build that approach.
A new aircraft demands a new training model
When the V-22 training enterprise was taking shape, simulators were used largely for cockpit familiarization and “switchology.” Pilots learned layouts, practiced startup procedures and sometimes memorized switch locations while blindfolded.
“You couldn’t train the way you actually fly,” said Ken Fancher, StraCon’s Chief Executive and Strategy Officer, a former CH-46 pilot who later served as the Marine Corps’ V-22 Requirements Officer and V-22 Training Systems Program Manager. “The fidelity simply wasn’t there.”
Less than 5 percent of training occurred in simulators. Most required an aircraft, at roughly $30,000 per flight hour, according to Fancher, along with fuel, maintenance and aircraft availability.
The V-22 demanded something different.
The effort brought government and industry together under a Deputy Commandant for Aviation task to create a training system that would allow Marine and Air Force Special Operations Command crews to complete significant portions of their training in a Ground Based Training System rather than in the aircraft.
The result was a high-fidelity training system. It was capable of reproducing the aircraft and its operating environment in ways Marine Aviation had not previously used.
Pilots could practice shipboard operations, aerial refueling at night, tactical missions and demanding landing-zone scenarios. Instructors could introduce missile threats, engine fires, hydraulic failures and multiple emergencies at once, then reset the event and run it again without risking an aircraft or crew.
“We jumped from nothing to the best in the world,” Fancher said.
Training becomes readiness
The new capability changed the economics and mechanics of V-22 training.
According to Fancher, approximately 68% of training could be conducted in simulation. The V-22 training squadron initially carried a Primary Aircraft Authorization of 40 aircraft, but with three high-fidelity simulators absorbing a substantial portion of the training requirement, the squadron could accomplish its mission with just 20. Fancher said that reduction freed aircraft valued at roughly $1.6 billion for operational use rather than keeping them assigned to the training mission.
The hourly comparison was equally stark: approximately $30,000 for aircraft time versus about $300 for simulator time.
Simulation also increased repetition. A missed approach that might require significant flight time to recreate in the aircraft could be reset in seconds in the simulator. Students could repeatedly practice complex scenarios and train for failures that would be impractical or unsafe to deliberately recreate in flight.
“Pilots described the transition from the simulator to the aircraft as seamless,” Fancher said. “What they experienced in the simulator matched what they saw and felt in the aircraft.”
Curriculum first
The simulator alone was not the training system.
StraCon brought instructional systems designers into the effort and helped develop a curriculum-driven approach in which the training requirement determined how and where learning occurred.
Students progressed from computer-based instruction on aircraft systems to desktop trainers, high-fidelity simulation and ultimately the aircraft. The curriculum continued throughout an aviator’s career, from new co-pilots through aircraft commanders, mission commanders, flight leaders and instructors.
The same systems approach extended beyond pilots.
Enlisted aircrew and maintainers received high-fidelity courseware and interactive multimedia instruction built around the tasks they were expected to perform. Retired low-rate initial production aircraft were repurposed as maintenance trainers, providing hands-on experience without consuming operational aircraft.
“The training for maintainers and aircrew was equal to the pilots’,” Fancher said.
That mattered because readiness did not depend solely on producing qualified pilots. It depended on trained crews and maintainers capable of keeping a complex tiltrotor aircraft available and mission ready.
Keeping training aligned with the aircraft
High-fidelity simulation also created a new risk: If the aircraft changed and the training system did not, Marines could learn procedures in a simulator that no longer matched the aircraft they would fly or maintain. That is negative training.
Historically, Fancher said, training-system updates could trail aircraft modifications by three or four years. StraCon’s team helped develop a concurrency process designed to close that gap by aligning simulator, courseware and curriculum changes with aircraft upgrades.
The principle was simple: When a new capability reached the fleet, the training system needed to represent the same configuration.
Debbie Paris, StraCon Founder and Chairman of the Board, was instrumental in developing that concurrency process. The effort earned Paris the nickname “the mother of concurrency” from Lt. Gen. Michael A. Hough, then Deputy Commandant for Aviation. Her work fundamentally reversed the traditional approach to training-system updates. Rather than allowing simulators and courseware to lag behind aircraft modifications, the V-22 simulators were brought to the new configuration before those upgrades were installed in the aircraft. The process put training at the front of the modernization cycle and ensured that Marines moving between the simulator and the cockpit encountered the same systems, capabilities and procedures.
“Before, it was never done that way,” Fancher said. “The goal was to ensure that what you saw in the simulator matched what you saw when you got into the aircraft.”
The approach gained support at the highest levels of Marine Aviation. According to Fancher, the V-22 training system became the first training requirement to receive the No. 1 funding priority across approximately 400 Marine Corps Aviation requirements.
The shift was as cultural as technical.
“The challenge was shifting the organizational mindset,” Fancher said. “But once we showed the results, everyone was genuinely surprised. And when the pilots confirmed it, better, faster and more cost-effective, the skepticism quickly turned into conviction.”
A model beyond the V-22
The V-22 effort eventually became more than a solution for one aircraft.
Its combination of curriculum-driven training, high-fidelity simulation and configuration concurrency became a pilot model for broader Marine Aviation. The H-1 and H-53 communities adopted elements of the approach, including use of the mission database developed through the V-22 effort.
What began as a V-22 training challenge helped establish a path for high-fidelity simulation across Marine Aviation.
The work also required an integrated team. Government personnel, industry partners, Warfighters, acquisition professionals and StraCon personnel worked across Patuxent River, Maryland; Marine Corps Air Station New River, North Carolina; and Kirtland Air Force Base, New Mexico.
From training support to program support
StraCon returned to the V-22 training effort as a subcontractor, and its role later expanded into broader aircraft program support, including acquisition, financial management, retrofit efforts and Foreign Military Sales across the Osprey enterprise.
That support eventually touched all three U.S. variants: the Marine Corps MV-22B, Navy CMV-22B and Air Force and U.S. Special Operations Command CV-22.
By 2019, StraCon had moved into a prime contractor role supporting the program and delivered program management, administrative, financial and corporate operations support directly to the V-22 Joint Program Office.
The progression gave StraCon something particularly valuable on a complex acquisition program: continuity. Personnel who stayed with the mission carried forward the history behind decisions, requirements and relationships, preserving institutional knowledge.
The program that helped shape StraCon
Asked what the V-22 ultimately meant to StraCon, Fancher did not first point to contracts or revenue.
“It probably did as much for us as we did for the V-22 mission,” he said. “Watching a multi-site team solve difficult problems with direct consequences for Marines established the core of our culture,” Fancher said. He added, “That culture is still alive today.”
For StraCon, the V-22 mission reinforced an approach centered on understanding the broader mission and measuring success by operational impact.
Looking back, Fancher’s assessment is simple.
“We made a difference,” he said. “The return on that investment has been substantial, both personally and professionally.”
The fleet flies on
The final MV-22B delivery closes the procurement chapter, but the mission is far from complete.
The fleet is expected to remain in service for decades, placing an emphasis on sustainment, modernization and the readiness of the pilots, aircrew, maintainers and program teams who keep it operational.
For StraCon, that next chapter continues a 27-year commitment to the V-22 mission. What began with transforming training expanded into broader program support, but the focus has always remained the same: ensuring the Warfighter has the aircraft, training and support needed to execute the mission.
About StraCon
Founded in 2008 and headquartered in Fort Worth, Texas, StraCon Services Group LLC is an ISO 9001:2015 and CMMC certified small business supporting U.S. military aviation and defense programs. A trusted provider of support to NAVAIR and other government organizations, StraCon delivers mission-focused solutions across several core capabilities: digital engineering and product life cycle management, foreign military sales, program management, financial management, unmanned systems, strategic communications, logistics, training, and engineering support. Guided by its commitment to excellence in execution, StraCon provides integrated expertise that enhances operational effectiveness across the defense community.