The F-47 will be able to enter hostile airspace and take on near-peer adversaries like China and Russia by utilizing ...

Modern stealth fighters all share a familiar silhouette for one reason: radar, not airflow, dictates their shape. This deep ...

Radar-absorbent materials (RAM) play a key role in determining the effectiveness of an aircraft’s stealth performance. As stealth performance becomes a design cornerstone of military aircraft, it is ...

China's new J-35 carrier-capable stealth fighter is touted to have an exceptionally low radar cross section (RCS), potentially comparable to the U.S. F-35, due to its shaping and advanced metamaterial ...

In pursuit of a multirole mission, the F-35’s designers accepted trade-offs that reduced its stealth performance in exchange for significant improvements elsewhere. The US military has two stealth ...

A lightweight carbon sponge absorbs over 99.9999 percent of radar signals and insulates against heat, offering dual stealth performance without added metals or coatings. (Nanowerk Spotlight) Modern ...

New material can withstand temperatures up to 1,000 degrees Celsius and could revolutionise fighter jet technology.

GS endows the composite with microwave absorption capability while ensuring compressive strength. PW buffers temperature fluctuations through phase change, achieving thermal insulation and infrared ...

The interaction between electromagnetic waves and plasma is a subject of considerable interest due to its relevance in aerospace, telecommunications, and stealth technologies. When electromagnetic ...