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Hybrid Thermally Efficient Core

Michael Presby, a research materials engineer at NASA’s Glenn Research Center in Cleveland, adjusts an infrared thermal imaging camera used...

A man working in an industrial laboratory wearing sunglasses points a camera at a silver exhaust port emitting a superhot blue flame that is striking a material causing it to glow bright orange.

This artist concept shows a NASA-developed small-core jet engine installed in General Electric Aerospace's CFM RISE jet engine design. The...

Graphic shows a possible future General Electric jet engine with exposed fan blades in front of a cut-away-interior view of its core mechanisms -- all part of NASA's HyTEC research project.

Component-level combustor research, design, and testing enables future, more sustainable small-core turbofan engines.

A drawing of the interior parts of a jet engine.

HyTEC (graphic) showing a portion of an engine.

A cross-cut graphic of a HyTEC engine.

Cross section of a typical turbofan jet engine highlights parts of the core HyTEC will work to advance. These include...

Cross section of a typical turbofan jet engine showing the combustor in teal, the high-pressure turbine in blue and the high-pressure compressor in yellow.