Slovenia’s Gogetair Chooses Turboprop Power

Credit: Gogetair
Gemini Sparkle

Key Takeaways:

  • Gogetair's G750 aircraft utilizes a Turbotech TP-R90 turboprop engine, enabling fuel flexibility and reduced fuel consumption compared to traditional piston engines.
  • The G750 offers improved passenger comfort due to reduced vibrations and boasts a projected 3,000-hour time between overhauls, lowering maintenance costs.
  • Gogetair highlights the aircraft's optimized center of gravity, increased fuel capacity, and robust design as key advantages of its integration with the TP-R90 engine.
  • Gogetair is currently conducting flight tests to meet safety and performance standards for certification, aiming to establish a market leadership position with this efficient and environmentally friendly aircraft.
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Slovenian aircraft manufacturer Gogetair has taken a different approach to the issue of avgas availability worldwide. While there are a number of piston engines capable of operating on more readily available jet fuel, late last year, Gogetair flew its top-of-the-line G750 aircraft with a Turbotech TP-R90 turboprop engine. Rated at roughly 122 shaft horsepower, the French-built TP-R50 is a regenerative turbine with a heat exchanger to mix intake air with exhaust gas to be reinjected into the combustion chamber. This enables a low fuel burn and the flexibility to use multiple types of fuel.

With 2+2 seating, the Gogetair G750TP offers not only low fuel burn and reduced emissions, but also reduced vibration levels for greater passenger comfort. Time between overhaul is projected to be 3,000 hours, so maintenance costs will also be lower than those of a conventional piston-engine light aircraft. Cruise speeds for most powerful piston versions of the aircraft are in the 160-knot category, with range figures of around 1,100 nautical miles.

While Turbotech cites its TP-R50 as a “relatively new engine,” it has appeared on a number of different light aircraft, including a helicopter. Gogetair says its G750 offers some specific advantages when it comes to integrating with the TP-R50. First, the structural design of the aircraft offers an optimized center of gravity that “results in better flight stability and handling.” The G750’s larger structural design also offers greater opportunity for added fuel capacity. Finally, Gogetair cites the “focus on strength and durability” of its 1,653-pound-MTOW design as making its aircraft “more robust than many in the same class, offering better safety margins and the ability to carry heavier payloads of optional equipment without compromising performance.”

As the flight trials continue, Gogetair said, “This phase of testing will focus on ensuring that the aircraft meets and exceeds all required safety and performance benchmarks set by aviation regulators. Once these tests are completed, we will move forward with certification processes, positioning Gogetair as a leader in delivering a highly efficient, environmentally conscious aircraft to the market.”

Mark Phelps

Mark Phelps is a senior editor at AVweb. He is an instrument rated private pilot and former owner of a Grumman American AA1B and a V-tail Bonanza.
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