Company Aims To Develop The First Hydrogen Engine For Hypersonic Aircraft And Revolutionize The Aircraft Market

The Company Hypersonix Plans to Build a Hydrogen Engine Focused on Hypersonic Aircraft. The Engine Will Have the Capacity to Fly at Speeds Exceeding Mach 5

Hypersonix, an Australian company focused on building engines for hypersonic aircraft, announced that it has found the “perfect” material for its hydrogen engine Spartan. The company will use Ceramic Matrix Composites (CMC) for the production of the thruster. The Spartan engine will have the capacity to accelerate the hypersonic aircraft Delta-Velos above Mach 5.

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Hydrogen Engine Will Withstand High Temperatures

For a flight to be considered hypersonic, it needs to reach or exceed Mach 5, approximately 6,000 km/h. Hypersonix’s Chief Technology Officer, Michael Smart, comments that Scramjet engines rely on the combustion of oxygen from the air and a fuel to generate thrust.

According to the executive, the green hydrogen engine, Spartan, using CMC, will withstand the high temperatures that hypersonic aircraft need to endure. Smart also noted that the high-temperature load lasts about 20 minutes per flight, and for reuse, at least 30 cycles would be sufficient. CMCs have a high strength-to-weight ratio even at high temperatures, durability, and high resistance to thermal shock.

Hypersonix Aims to Provide Sustainable Hypersonic Engines

Although the hydrogen engine is a concept created for the company’s hypersonic aircraft, called Delta-Velos, Hypersonix is a company focused on manufacturing engines.

The Australian company has been forming partnerships with universities, BOC, Boeing, a hydrogen supplier, and also Siemens, which will provide the computational fluid dynamics simulation systems. The director highlights that the company’s goal is to deliver sustainable engines for hypersonic aircraft worldwide.

The company’s key knowledge lies in scramjet engines and how to develop sustainable hypersonic aircraft. Hypersonix is actively pursuing research and development, as well as resistance and durability at high temperatures for reusable launch vehicles, engines, and their components.

Hypersonic Aircraft Market Advances in Brazil

In addition to the company planning to create a hydrogen engine for this type of aircraft, the Brazilian Air Force achieved incredible speeds at the Alcântara Launch Center in Maranhão at the end of last year. Called 14-X S, the FAB’s scramjet engines can generate a power of 5,000 hp and reach speeds very close to Mach 6 in the very first test flight of the project.

The speed achieved by the 14-X-S is just a part of the scramjet engines’ potential. According to the air force, the technology system under development in Brazil will be capable of reaching Mach 10.

The engines do not have moving parts, such as turbines, compressors, among others, and also eliminate the need for ignition. Such hypersonic technology thrusters could propel spacecraft capable of traveling to space and back, something previously done by NASA’s Space Shuttles but at much lower costs. This type of propulsion could also be used in commercial hypersonic aircraft.

However, so far, this technology is emerging in hypersonic cruise missiles, a type of weapon that is expected to completely transform defense doctrines in the future.