These tests are an important step in developing technology for rapid movement on interplanetary missions, including flights to Lunar orbit and Mars.

During the tests the fuel withstood extreme conditions: a high-temperature hydrogen flow at 2600 K (4220 °F) and six thermal cycles with a 20-minute interruption at the temperature peak.

The results demonstrated the fuel’s stability to erosion and degradation, confirming its suitability for space conditions.

GA-EMS also tested the fuel in its laboratory, where it demonstrated effectiveness up to 3000 K. This will allow NTP systems to be 2-3 times more efficient than chemical engines critical for future missions to the moon and Mars.

Source: Ferra

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