Infinity Space
Shadow Raven

Shadow Raven is an advanced research UAV by Infinity Space. Designed for experimentation in stealth, aerodynamics, and signature reduction, pushing the boundaries of aerospace science.

Our Team

Shadow Raven: Redefining Stealth Research

The Shadow Raven is Infinity Space’s flagship experimental UAV, created as a testbed for advancing stealth and aerospace research. With its sleek flying-wing design and carefully engineered surfaces, the platform is tailored to investigate low-observable technologies in a real-world setting. Built for adaptability, Shadow Raven serves as a research tool for exploring radar cross-section reduction, infrared suppression, and acoustic minimisation enabling controlled experimentation across multiple domains of stealth science.

An Experimental UAV by Infinity Space

Operating at high altitudes and subsonic speeds, Shadow Raven provides the ideal balance between aerodynamic stability and stealth experimentation. Its flight profile allows extended testing of low-observable features without the complexities of transonic or supersonic regimes.

This capability makes it a versatile platform for gathering performance data, validating simulations, and conducting signature assessments in realistic atmospheric conditions. By combining endurance with operational altitude, the system supports research campaigns that push the boundaries of aerospace design.

Advancing Aerospace Innovation Through Exploration

Shadow Raven is a joint venture between Infinity Space and Creation Engineering, reflecting a shared mission to pioneer innovation in aerospace technology. It is not a production drone but a stepping stone toward deeper scientific understanding, exploring stealth principles in controlled, ethical, and transparent research settings. The project demonstrates the possibilities of next-generation flight while remaining firmly rooted in safety and compliance, embodying the belief that the study of stealth, aerodynamics, and advanced materials should not only expand technical knowledge but also inspire the next wave of aerospace engineers.

Creation Engineering

Metamaterial-Driven Stealth Research

At Infinity Space, our work in stealth metamaterials focuses on the precise manipulation of electromagnetic waves at the sub-wavelength level. Unlike conventional radar-absorbing materials, which rely on bulk dielectric or magnetic losses, metamaterials are artificially engineered structures with tailored effective permittivity and permeability.

By designing periodic unit cells at scales smaller than incident radar wavelengths, we can achieve negative refractive indices, controlled anisotropy, and frequency-selective absorption enabling highly efficient suppression of radar cross-section across targeted frequency bands. By coupling these designs with advanced composites and nano-fabricated thin films, we aim to achieve broadband, lightweight, and conformal stealth skins that integrate seamlessly into aerodynamic structures without compromising lift-to-drag ratios.

Toward Adaptive and Smart Stealth Skins

The future of stealth lies not only in passive absorption but in reconfigurable and adaptive metamaterials. Infinity Space is investigating tunable elements including graphene, liquid crystals, and varactor-loaded resonators that allow real-time adjustment of electromagnetic response. This paves the way for UAV platforms with dynamically adaptive signatures, capable of minimising detectability across shifting radar frequencies and operational conditions. Combined with thermal and acoustic treatments, our metamaterial research represents a critical step toward multi-spectral stealth technologies that redefine the boundaries of aerospace survivability.

Silent Wings of Innovation

The Shadow Raven represents Infinity Space’s pursuit of next-generation aerospace technology, a fusion of precision engineering and visionary design. This advanced UAV isn’t just built to fly; it Is crafted to disappear, pioneering stealth research, aerodynamic efficiency, and signature suppression to redefine what is possible in unmanned flight.

Infinity SpaceShadow Raven