Structural Configuration and Internal Arsenal Blueprint of the Z-77B 6th Generation Stealth Fighter-Bomber
Year: 2026
Type: article
Abstract: This technical document introduces the innovative structural architecture and low-observable configuration of the Z-77B 6th Generation Stealth Fighter-Bomber, conceptualized by Aerospace and Spacecraft Designer Eng. Abdulaziz Suwaisi. The Z-77B is engineered to meet the multi-spectral signature management and aerodynamic efficiency constraints dictated by 2026 contemporary aerial warfare environments. By completely eliminating conventional parasitic elements—such as vertical stabilizers and tail assemblies—the airframe drastically suppresses specular radar reflections and eliminates aerodynamic drag. Designed as a dual-role, high-yield stealth fighter-bomber, the platform integrates a menacing, aggressive tactical profile with clean geometric flow lines. This structural harmony ensures uniform wave scattering along its sharp chine structure, rendering the aircraft virtually invisible to advanced ground-based and airborne radar sensor grids. The design features a total fuselage length of 22 meters, a 16-meter wingspan, and an ultra-low profile height of 3.20 meters (tailless), optimizing internal volumetric margins to house a 3x modular internal weapons bay configuration capable of deploying a 7,500 kg payload deep within contested anti-access/area-denial (A2/AD) theat ers.
Author: Swaisi, Abdulaziz
Language: English
Subfield: Aerospace Engineering
Field: Engineering
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7225589751