China Unveils "Golden Veil" Technology, Stealthy Transformation of Cruise Missiles into Civilian Planes

Defense News , China :-  China has declared a groundbreaking achievement in military technology with the development of a system named "Golden Veil," designed to cloak its cruise missiles and render them indistinguishable from regular passenger planes on enemy radar.

The innovation, hailing from a research team in northwest China, operates by manipulating a missile radar cross-section to imitate the appearance of large commercial aircraft like the Boeing 737 or Airbus A320. Described as functioning similarly to an umbrella, the Golden Veil provides the capability for an airborne weapon to seamlessly transition between visibility and stealth modes mid-flight.

The technology, as reported by the South China Morning Post, not only disguises the missiles but also aims to cut down the response time available to military commanders facing the threat.

Referred to as a potential game-changer in warfare, the Golden Veil comprises gold-plated fine metal threads intricately woven to form a web that reflects radar signals. Weighing in at approximately one kilogram (2.2 pounds), this versatile technology is compatible with various missiles within the People Liberation Army arsenal. Moreover, it is said to be crafted from low-cost materials, suggesting a high demand in the future.

This development is seen as part of China efforts to bolster its military capabilities, particularly in the context of an apparent "technology race" with the United States. The Golden Veil, with its potential to significantly impact aerial combat strategies, represents a transformative leap forward, according to the scientists responsible for its creation.

However, despite its promising capabilities, the Golden Veil may encounter hurdles during mass production. Ensuring consistent performance will be crucial, prompting suggestions that China might need to invest further in advanced automation and production techniques to meet the challenges of large-scale manufacturing.