
It will be a test platform for different tasks
According to the contract, Polaris will design a two -stage, horizontal -take -up and completely reusable hypersonic research aircraft. The new spacecraft aims to serve as a hypersonic test platform for defense and scientific research. In addition to these tasks, the space aircraft is expected to function as a small satellite launcher.
Thanks to its reusable design, the space aircraft will be able to carry more often satellite from traditional launch tools (such as rockets). Polas is currently aiming to develop a space aircraft prototype until 2028.
According to news sources, a rocket booster (booster) will provide the first stage during the launch and after the plane take off, it will reach hypersonic speed above 5 MACH (5 times the speed of sound). There is no explanation of whether the final vehicle would be completely autonomous or man.

Different prototypes are tested
According to reports, the development process will be increasingly larger prototypes. The most advanced model is about 5 meters long and weighs about 240 kg. Polas plans to realize the first flight of the prototype, which is 8 meters long and weighs 1.5 to 2 tons until the end of 2025.
The company currently operates 8 prototypes that serve as a technology demonstrator for the current customers range. The prototype developed for the German Ministry of Defense will be the 9th prototype of the company.
These prototypes include Aurora, a reduced version of the Mira Demo aircraft. This prototype made its first flight in 2023 using a combination of aircraft and rocket launcher technology. Aurora, which is 2.5 m in length, provides mira’s four -electric channel fan compared to the four -kerosene -fuel jet turbine and liquid fuel linear aerospike rocket engine.