Cirrus unveils TRAC10, new three-seat trainer with Rotax engine for flight schools

Cirrus Aircraft revealed its latest innovation for flight training with the announcement of the TRAC10 on July 6. This newly designed aircraft aims to reshape how flight schools train aspiring professional pilots by offering a modern, efficient, and safe platform. The TRAC10 is a three-seat trainer powered by a turbocharged Rotax 912 iSc engine that delivers 160 horsepower, a notable shift from traditional piston trainers. According to Cirrus president of innovation and operations Pat Waddick, the TRAC10 represents a complete reimagining of the training aircraft, responding directly to the evolving needs of flight schools worldwide.

At the heart of the TRAC10's performance is its turbocharged Rotax 912 iSc engine, equipped with full authority digital engine control (FADEC). This powerplant burns just 5.9 gallons per hour at 65 percent power, making it an economical option for high-frequency training operations. The engine is also versatile in fuel compatibility, able to run on unleaded 91/94 octane fuel, some mogas blends, and avgas, providing flight schools with flexibility and cost savings. The aircraft’s efficiency stems from this engine choice geared towards sustainable and affordable operations without compromising power.

Cirrus incorporated a range of advanced avionics and safety systems into the TRAC10 to enhance the trainer’s operational reliability. It comes outfitted with Garmin avionics that include safety features such as Electronic Stability and Protection, as well as a one-button leveling system to ease pilot workload. In line with Cirrus's reputation for prioritizing safety, the TRAC10 is fitted with the Cirrus Airframe Parachute System (CAPS), providing a modern safeguard that is rare among training aircraft. These features combine to make the aircraft both technologically advanced and suitable for student pilots transitioning toward commercial aviation.

The TRAC10’s design emphasizes the needs of professional pilot training with several purpose-built features. A distinctive third seat is included to optimize learning, allowing instructors or observers to engage effectively in the training environment. Additionally, the aircraft is equipped with stick-shakers to simulate the stall behavior typical of large turbine-powered airplanes, an important system for preparing students for more advanced aircraft. Cirrus fitted a cuffed wing to increase spin resistance, improving safety margins during critical training maneuvers.

Attention to ergonomics and durability is evident in the TRAC10’s adjustable seats and rudder pedals, which accommodate a wide range of pilot physiques to ensure comfortable and effective cockpit operation. These components are engineered to withstand the rigors of frequent use characteristic of flight training environments. Optional features such as air conditioning enhance comfort, which can be a critical factor during long training sessions or in warmer climates, showing Cirrus’ commitment to both performance and trainee well-being.

Cirrus CEO Zean Nielsen emphasized the company’s commitment to satisfying the professional flight training market with the TRAC10. Drawing from over three decades of aircraft design and support experience, Cirrus aims to address operational efficiency, connectivity, and safety in one package. This focus serves all stakeholders in pilot training programs, including schools, instructors, and students, reinforcing Cirrus’s vision to equip the next generation of pilots with a comprehensive training platform.

Production of the TRAC10 will take place at Cirrus’s headquarters in Duluth, Minnesota, integrating both manufacturing expertise and quality control processes pioneered by the company over the years. Deliveries are expected to begin in 2027 within the United States, expanding internationally in 2028. The launch has already attracted significant market interest, with 100 firm orders recorded from 13 flight schools globally, highlighting the aircraft’s appeal and the growing demand for modernized training solutions.

The TRAC10 enters the trainer market at a time when flight schools are seeking safer, more cost-effective, and technologically advanced aircraft to meet the demand for professional pilots. Its combination of a turbocharged Rotax engine, modern avionics, safety systems, and training-specific features positions it as a strong competitor to existing trainers. Cirrus’s proprietary innovations, including the CAPS safety system and observational third seat, differentiate the TRAC10 and may set new standards in commercial pilot training.

With the TRAC10, Cirrus responds directly to evolving pilot training needs amid a global pilot shortage. The new trainer reflects a blend of efficiency, safety, and practical design tailored to professional flight schools, signaling a strategic shift in how training fleets will modernize over the coming years. Its introduction is poised to impact professional pilot pipeline development significantly and promote broader adoption of advanced training technology.