Research & Technology
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Capabilities
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Aerodynamics & Propulsion
Design and optimization of aerodynamic configurations and jet propulsion systems, from compact micro jet engines to integrated propulsion architectures for manned and unmanned platforms.
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Avionics & Control Systems
Development of avionics, flight control, and onboard control systems, including proprietary ECU design and architectures prepared for future AI and C2 integration.
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Materials Science & Structures
Structural design and materials engineering for high-stress, jet-powered flight environments, balancing strength, weight efficiency, thermal tolerance, and manufacturability.
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Artificial Intelligence & Robotics
System-level design of AI-ready architectures and robotic functions supporting autonomy, perception, and coordination across unmanned and human-operated aerial platforms.
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Cybersecurity & Data Protection
Design of secure system architectures and data protection strategies to ensure the integrity, reliability, and safety of mission-critical aerospace and defense systems.
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Modeling & Simulation
High-fidelity modeling and simulation of aerodynamics, propulsion, structures, and flight dynamics to support design validation, system optimization, and risk reduction prior to physical testing.
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Featured Projects
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Jet Suit for Personal Flight
Development of a human-carrying jet suit powered by six micro jet engines, enabling safe and precise control through ZENON’s proprietary ECU and integrated onboard systems.
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Domestic Micro Jet Engine Development
Development of compact jet engines manufactured entirely with domestic Japanese technologies, encompassing internal control systems, propulsion architecture, and hardware design.
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Jet-Powered Counter-Drone Interceptor UAV
Development of a jet-powered counter-drone interceptor UAV, integrated with AI and C2 architectures, designed as a cruise-missile-class platform and realized through a fully Japan-developed propulsion, airframe, control system, and onboard AI stack.
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Vertical Launch & Recovery System for Jet UAVs
Development of a vertical launch and recovery system for jet-powered UAVs, enabling vertical deployment, reusable recovery through vertical landing after mission failure, and operation from diverse environments.
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Domestic Development & Industrialization Framework
Establishing the domestic development and industrialization framework required to build jet propulsion systems in Japan—spanning supply chain formation, manufacturing readiness, quality assurance, and long-term sustainment.
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Export-Ready Architecture & Compliance-by-Design
Designing export-ready architectures with compliance-by-design—ensuring modularity, clear technology boundaries, and responsible pathways for international deployment under applicable regulations.