Rotax and Garmin Move Into New Roles, From Fleet Training to Hybrid Flight

Rotax is appearing in two distinctly different aviation stories this week: a professional training aircraft pairing its engine with Garmin touchscreen avionics, and a hybrid-electric cargo aircraft beginning powerplant tests. Together, the developments illustrate the range of applications being pursued around Rotax power—but they carry different implications for pilots buying and operating light sport aircraft today.

The most immediate cockpit story is Cirrus’s TRAC10 trainer, with a Florida academy announcing plans to introduce the aircraft in 2027. The longer-term propulsion story comes from Czech startup Zuri, whose modified Rotax engine is now undergoing testing, according to Aviation Week’s October 13 report.

A new engine-and-avionics pairing for training

Cirrus introduced the TRAC10 at EAA AirVenture Oshkosh in July. AIN’s October 7 report describes a three-seat, all-composite aircraft with a ballistic parachute, a 160-horsepower Rotax 916 engine, Garmin Axis touchscreen avionics and a Garmin GFC 500 autopilot. It is the first Cirrus model equipped with the new Axis system.

The aircraft is aimed squarely at institutional training rather than individual ownership. AIN reports a price of $499,000, availability restricted to Part 141 training providers and a minimum purchase of five aircraft. Those conditions make the TRAC10 a fleet-development story, not a new retail option for a light sport buyer.

There is, however, a concrete operator plan behind the announcement. On October 11, AFM reported that Rocket Air Flight Academy, formerly Melbourne Flight Training, intends to add TRAC10s at Melbourne Orlando International Airport, with its first delivery expected in 2027. The aircraft will serve career-program students.

Rocket Air’s planned configuration includes the Cirrus Perspective Core flight deck, based on Garmin AXIS avionics with dual 11.6-inch touchscreen displays, a digital autopilot and air conditioning. AFM identifies the engine as the turbocharged Rotax 916 iSc with Full Authority Digital Engine Control, or FADEC. A rear observer station adds a training position; AIN also reports that an optional third display and push-to-talk transmit button are available for the rear seat.

For light sport pilots, the relevance is the combination of electronically managed power and an integrated digital cockpit in a professional training platform. It provides another example to evaluate when considering cockpit layout, automation and transition training. It does not establish that the same avionics package is available or approved for a particular light sport aircraft.

Fuel flexibility needs aircraft-specific context

AIN reports that the TRAC10’s engine can use 100LL avgas, unleaded avgas or mogas, and notes lower maintenance costs when using unleaded fuel. AFM also relays Cirrus’s quoted consumption of as little as 5.9 U.S. gallons per hour at 65 percent power.

That figure is a manufacturer-quoted operating point, not an independently demonstrated average for a training fleet. Owners should not treat it as a prediction for every mission—or for another aircraft using a related engine.

The useful ownership lesson is to evaluate fuel availability, permitted fuel specifications and maintenance requirements together. Broad fuel categories in a news report are not a substitute for the operating documentation governing a particular engine and airframe combination. Likewise, a fuel-burn comparison is most useful when its power setting and mission assumptions are clear.

Hybrid testing remains a separate development path

Aviation Week reports that Zuri has begun testing the powerplant for its planned hybrid-electric tiltprop uncrewed cargo aircraft. Norway’s EdgePerformance modified the Rotax piston engine to operate on a range of fuels intended to provide flexibility for civil and military missions. The report shows the modified engine running at idle power.

This is a powerplant-development milestone, not evidence of an available light sport propulsion package. The supplied report does not establish flight performance, production readiness or approval for use in an owner-flown aircraft.

For prospective owners, that distinction is the central takeaway: follow experimental propulsion work for its future potential, but make present-day decisions around documented aircraft capabilities, approved configurations and support. This week’s training-aircraft news offers a more immediate view of how Rotax power and modern avionics are being combined.