Turbo Shark: Performance Redefined, Propelled by E-Props Glorieuse

Some aircraft are made faster by adding power. Others are made faster by making every detail work harder.
The Turbo Shark belongs firmly in the second category.
In its latest video, Shark.Aero presents the Turbo Shark as a high-performance light sport aircraft designed around a simple but demanding idea: more speed, more altitude, and more efficiency without unnecessary compromise. With 126 hp, the Turbo Shark demonstrates that performance is not only a question of engine power. It is the result of aerodynamics, weight control, integration, and a propulsion system chosen to match the aircraft’s mission.

And at the front of this machine is a key part of that equation: the E-PROPS Glorieuse Constant Speed variable-pitch propeller.

A complete performance system

The Turbo Shark is not just a Shark with more power. It is presented by Shark.Aero as a refined performance package, combining the EP 914Ti Gen2 engine with the aircraft’s low-drag design and lightweight structure. Shark.Aero lists the SHARK 600 T / Turbo Shark with 126 hp, a maximum cruise TAS of 335 km/h at FL100, a fast cruise TAS of 320 km/h at 75% power, and fuel consumption of 21 l/h at 75% power.
Those figures tell an important story: this aircraft is not chasing brute force. It is using power intelligently.
That is exactly where the propeller matters.

Why the Glorieuse matters

A constant-speed variable-pitch propeller allows the aircraft to keep the engine operating in its most effective rpm range while adapting blade pitch to the phase of flight. Take-off, climb, cruise, and high-speed flight do not ask the same thing from a propeller. The Glorieuse is designed to answer that changing demand.

For an aircraft like the Turbo Shark, this is essential. The aircraft’s promise is not only top speed. It is acceleration, climb, cruise efficiency, altitude capability, and a clean feel throughout the flight envelope. The propeller is not an accessory; it is part of the aircraft’s performance architecture.

E-PROPS has already documented Glorieuse testing on a Shark 912S, with a take-off distance of 125 m, climb rate of 1500 ft/min, and TAS of 291 km/h at 5000 rpm in the published test conditions. On a turbocharged Shark tested by Edge Performance, feedback on the Glorieuse highlighted strong climb performance, low weight, improved payload, easy installation, and later, with the C9 blade version on a more powerfull engine, improved acceleration, take-off roll, climb rate, and speed across altitude ranges.

Lightness as a performance choice

The Turbo Shark’s philosophy is very close to the E-PROPS philosophy: performance comes from doing more with less.
Shark.Aero emphasizes the efficiency of the Turbo Shark package: high cruise speeds, long range, and controlled fuel consumption. E-PROPS, for its part, has built the Glorieuse around lightweight carbon-titanium technology. In Edge Performance’s feedback, the Glorieuse was described as weighing less than 4 kg and reducing the aircraft’s overall weight by almost 10 kg compared with the previous setup, effectively increasing payload.
In aviation, weight saved at the nose is never just a number. It affects balance, payload, handling, and the overall efficiency of the aircraft.

The right propeller for a sharp aircraft

The Turbo Shark is an aircraft with a very clear identity: sleek, fast, efficient, and technically ambitious. The Glorieuse constant-speed propeller fits that identity because it supports the same objectives.

It helps turn engine power into usable thrust. It adapts to the flight phase. It keeps the aircraft efficient in climb and cruise. And it does all this while remaining exceptionally light.

That is why the Turbo Shark equipped with a Glorieuse is more than an impressive aircraft-propeller combination. It is a coherent system: a low-drag airframe, a turbocharged engine, and a constant-speed propeller designed to extract performance without wasting energy.

The result is an aircraft that proves an important point: the best performance does not come from one component alone. It comes from intelligent engineering, from nose to tail.

Turbo Shark. Edge Performance. E-Props Glorieuse.
Less drag, less weight, more performance.