Wichita, Kansas

Next generation light jet programme advances with Citation M2 Gen3
first flight

Textron Aviation reached a major development milestone in its next-generation light jet portfolio as the Cessna Citation M2 Gen3 prototype successfully completed its first flight.

The aircraft will now enter an expanded phase of flight testing as the company works toward FAA certification and a planned entry into service in 2027.

“The aircraft systems and software performed as intended throughout the flight, with all validation checks completed successfully, contributing to a smooth and uneventful flight,” said Tanner Towns, flight test engineer. “This flight confirms the strong foundation we’ve built as we move into the next phase of testing.”

The initial flight, piloted by Andrew Thorson and Towns, lasted 2.7 hours and focused on evaluating aircraft handling and key systems. The M2 Gen3 reached a maximum altitude of 41,000 feet and a maximum speed of 263 knots.

Next generation light jet programme advances with Citation M2 Gen3 first flight

“This milestone reflects the dedication and expertise of our team and highlights our commitment to designing, certifying and delivering the best aircraft for our customers,” said Chris Hearne, senior vice president, Engineering & Programs. “With this prototype now in our flight test program, we are continuing rigorous evaluation as we move steadily toward certification.”

The first flight underscores continued momentum across Textron Aviation’s next‑generation Cessna Citation lineup and reinforces the company’s ongoing investment in the light jet segment. Designed with confidence and ease of operation in mind, the Citation M2 Gen3 brings Garmin Emergency Autoland technology to the cockpit, offering added peace of mind for pilots and passengers.

Paired with the Garmin G3000 avionics suite and autothrottle capabilities, the M2 Gen3 reflects growing customer demand for intuitive flight deck technology and a seamless flying experience, while maintaining the performance and reliability expected from the Citation family.