What is the new engine alloy developed for deep space exploration?

A molybdenum alloy reinforced with titanium carbide ceramics has been developed, capable of withstanding over 1,000 degrees Celsius and lasting up to 10 years.

How will the main part of the deep space engine be manufactured?

The main part of the deep space engine will be 3D-printed.

What is the Space Atom project?

The Space Atom project is a federal initiative launched this year to create a deep-space orbital tug engine.

Home / Science / Russia 3D Prints Deep Space Engine Alloy

Russia 3D Prints Deep Space Engine Alloy

27 Jan

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Summary

New alloy endures over 1000 degrees Celsius.
Engine alloy designed to last up to ten years.
Main engine component to be 3D-printed.

Russia 3D Prints Deep Space Engine Alloy

Russia is advancing its deep space capabilities with a newly developed engine alloy. This specialized material can withstand temperatures exceeding 1,000 degrees Celsius, making it suitable for the extreme conditions of space exploration.

The Kurchatov Institute National Research Center played a key role in developing this advanced alloy. It is a molybdenum alloy reinforced with titanium carbide ceramics, engineered for remarkable strength and durability.

This robust alloy is projected to have a lifespan of up to ten years. A significant aspect of its production is that the main part of the engine will be manufactured using 3D printing technology, showcasing innovative manufacturing techniques.