Structural Stealth Composite Technology
Engineered Interaction. Silent by Design.
RΣVENANT™ is Reinventy’s proprietary Structural Stealth Composite technology, developed to control and attenuate radar energy while preserving full structural integrity.
This is not a surface treatment and not a passive coating. RΣVENANT™ is a material technology engineered to interact with electromagnetic energy as part of the structure itself.
How RΣVENANT™ Behaves
When radar energy reaches a structure built with RΣVENANT™, the interaction is fundamentally different from conventional materials.
Radar wavefronts approaching the surface—whether at normal, oblique, or high-incidence angles—are progressively attenuated and diffused. Instead of reflecting back toward the source, the energy dissipates within the structural volume.
Throughout this interaction, the surface remains unchanged: rigid, continuous, and mechanically stable.
No deformation. No surface alteration. No functional trade‑off.
A Structural Response, Not a Visual Effect
The attenuation behavior of RΣVENANT™ is communicated through subtle, controlled visual cues:
Gradual reduction of wave amplitude
Smooth energy fading within the material
Absence of reflected wavefronts
The response is deliberate and repeatable, conveying engineered control rather than passive absorption.
Performance Under Real Conditions
RΣVENANT™ is designed to maintain its stealth behavior under operational stress.
In representative scenarios involving:
thermal gradients,
airflow and aerodynamic loading,
particulate impact such as sand and dust,
the structural response remains consistent. The material continues to attenuate radar energy without visible degradation or loss of effectiveness.
Designed for Aerospace Reality
The visual and functional language of RΣVENANT™ is intentionally restrained and technical.
There are no exposed layers, no internal cross‑sections, and no explanatory overlays. The material is presented as it is intended to be used: as an external aerospace structure.
Camera movements are slow, analytical, and precise—mirroring aerospace test environments rather than marketing demonstrations.
Technology Characteristics
Structural Stealth Composite
Integrated electromagnetic attenuation
Effectiveness across multiple radar incidence angles
Millimetric structural skin thickness
Stable behavior under environmental stress
These characteristics are achieved without revealing internal composition or manufacturing methodology.
Application Domains
RΣVENANT™ is intended for platforms where stealth performance must coexist with structural reliability:
Low‑observable UAV platforms
Forward fuselage sections
Leading edges and aerodynamic surfaces
Sensor‑adjacent aerospace structures
Controlled, Credible, Industrial
RΣVENANT™ is developed within a controlled industrial framework, designed for integration into qualified aerospace manufacturing environments.
The technology is governed by strict process control and quality assurance, ensuring repeatability and long‑term reliability.
Availability & Compliance
RΣVENANT™ is a controlled dual‑use technology.
Deployment, evaluation, and integration are subject to Reinventy approval and applicable export regulations.
Structural Stealth. Engineered Interaction.
RΣVENANT™ represents Reinventy’s approach to next‑generation low‑observable structures: a disciplined, engineered response to radar energy—designed for real platforms, real environments, and real missions.
Balanced Structural Stealth Composite
Description
RΣ-SKIN™ S1 is Reinventy’s certification-oriented structural stealth composite, engineered to deliver reliable radar observability reduction while preserving mechanical robustness and industrial repeatability.
Designed as a load-bearing external skin, RΣ-SKIN™ S1 integrates stealth functionality directly into the composite structure, eliminating the need for external radar-absorbing coatings or surface treatments.
This variant prioritizes stability, predictability, and qualification readiness across aerospace platforms.
Technical Specifications
Structural Role: Load-bearing external composite skin
Radar Effectiveness: Optimized for X-band operations
Angular Performance: Stable attenuation from normal incidence up to 45°
Thickness Class: Millimetric structural skin
Mechanical Integrity: Aerospace-grade secondary structure capability
Environmental Resistance: Validated for thermal cycling, sand, dust, and saline environments
Manufacturing Profile: High repeatability, low process risk
All values depend on geometry and configuration. No process details disclosed.
Key Applications
Low-observable UAV fuselage skins
Wing skins (secondary and semi-structural areas)
Aerodynamic fairings and panels
Sensor-adjacent aerospace structures
High-Performance Structural Stealth Composite
Description
RΣ-SKIN™ S2 is Reinventy’s maximum-performance structural stealth solution, engineered for stealth-critical zones where enhanced radar attenuation is required.
While maintaining load-bearing capability, RΣ-SKIN™ S2 delivers increased electromagnetic attenuation and controlled directional response, making it ideal for forward-facing and high-signature aerospace structures.
This variant is intended for advanced low-observable platforms operating in complex radar environments.
Technical Specifications
Structural Role: Load-bearing stealth-critical skin
Radar Effectiveness: X-band baseline with extended Ku-band performance
Angular Behavior: Optimized for oblique and high-incidence angles (15°–45°)
Directional Control: Tunable anisotropic response (design-level)
Thickness Class: Millimetric structural skin
Mechanical Integrity: Structural performance suitable for stealth-critical zones
Environmental Resistance: Stable performance under thermal, particulate, and aerodynamic stress
Manufacturing Profile: Qualified production environments required
All values depend on geometry and configuration. No process details disclosed.
Key Applications
Leading edges and nose structures
Forward fuselage sections
Sensor-proximal aerospace components
Advanced low-observable UAV platforms
Controlled Technology Notice
RΣ-SKIN™ S1 and RΣ-SKIN™ S2 are controlled dual-use technologies.
Availability, evaluation, and integration are subject to Reinventy approval and applicable export regulations.
• Reinventy Solutions is not responsible for comments, interpretations or re‑use made by third parties.
• All specifications are preliminary and may change without notice; shared links should therefore cite the original URL.
• This limited permission does not convey any licence to our trademarks, images or technical data beyond the context of the original page.
See the full Master Technology & Commercial Disclaimer .
