Destinus

Mastering aviation. Combination of the most advanced aerospace technologies.

Moving at hypersonic speed

Destinus built a truly unique team of propulsion and aeronautics engineers. The company completed several major milestones, flew two prototypes, and ran the first hydrogen engine.

Destinus has received significant funding from private and public sources. In 2026, we plan to test the supersonic hydrogen prototype, the first in the history of aviation, and by 2030, to build a hypersonic airplane.

Hypersonic aircraft adoption barriers

Sonic boom limits the hypersonic flights over the landmass, like from Europe to Asia or between America's east and west coasts. Because of the range limitation for aircraft under development (less than 7,800 km), the only possibility is transatlantic flights.

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FROM

Paris

Tu-144

Cruise speed: 2M

Range: 6500 km

Concorde

Cruise speed: 2+M

Range: 6500 km

Overture from Boom Supersonic

Cruise speed: 1.7M

Range: 7867 km

The world

made smaller

by hypersonic flights

The fuel efficiency of a hydrogen powerplant enables ultra-long flights. Hypersonic aircraft can fly long "bypass routes" over water or desert to avoid populated regions. It solves the sonic boom problem and opens the world to hypersonic aviation. *

> 90%

of the largest airports are close to the coast, so it is possible to reach the water fast enough.

88%

of the Earth is covered by oceans, deserts, and mountains, where we can fly at supersonic and hypersonic speed.

The sonic boom from Concorde limited flying over land, and the small range didn't allow using "bypass routes”

*Hypersonic compared to subsonic

Hypersonic "bypass route"

Distance

18,220 km (maximum 22,000 km)

Flight time

3 hours

Subsonic direct route

Distance

3 10,730 km

Flight time

14 hours

Trailing

Technologies

Our hypersonic airplanes combine the most advanced aerospace technologies. The long-range and high-speed capabilities, enabled by hydrogen as a fuel, will open new flight paths for cargo and passenger transportation anywhere on Earth.

Trailing. Master hypersonic

Revolutionary offerings

Destinus leads the way in hypersonic innovation, with the Destinus D UAV and the groundbreaking Destinus S passenger aircraft at the forefront. These cutting-edge products redefine the boundaries of speed, efficiency, and travel possibilities, setting a new standard for the future of aviation.

Destinus D

The AI-controlled hypersonic UAV, powered by a TBCC engine with liquid hydrogen as a fuel and designed for Mach 5+ interception missions of airborne targets, such as enemy aircraft, subsonic, supersonic, and hypersonic missiles.

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Destinus S

The Destinus S will change the future of business travel, making it possible to travel to another continent in a single day by 2030.

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Technology behind the hypersonic aircraft. Unlocking new frontiers.

The technology behind our hypersonic aircraft represents a significant leap forward, offering unprecedented capabilities and paving the way for a new era of high-speed, efficient, and sustainable travel. With advanced propulsion systems, active thermal protection, and a thoughtfully designed airframe, we are harnessing the power of hydrogen to unlock new frontiers in hypersonic flight.

Steel airframe

Hypersonic waverider

ACTIVE THERMAL PROTECTION

CRYOGENIC FUEL TANKS