Information
6-2 Yuseong-daero 1205beon-gil, Yuseong District, Daejeon, South Korea
+82 42-826-8964
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Overview
- Summary
- DBRAIN is a comprehensive unmanned aerial system company established in April 2013, focusing on the research and development of advanced automatic flight and ground control systems. The company aims for multi-purpose operation of UAV systems by applying these technologies to aircraft design and manufacturing. It has accumulated significant technological expertise in high-precision automatic navigation algorithms and high-reliability flight control system development. The company undertakes in-house development and production of core software and hardware technologies for unmanned aerial vehicles. DBRAIN possesses experience in participating in corps-level UAV projects and conducting system test evaluations. Its track record includes participation in 200kg-class test development with the National Institute of Scientific Investigation.DBRAIN is a comprehensive unmanned aerial system company established in April 2013, focusing on the research and development of advanced automatic flight and ground control systems. The company aims for multi-purpose operation of UAV systems by applying these technologies to aircraft design and manufacturing. It has accumulated significant technological expertise in high-precision automatic navigation algorithms and high-reliability flight control system development. The company undertakes in-house development and production of core software and hardware technologies for unmanned aerial vehicles. DBRAIN possesses experience in participating in corps-level UAV projects and conducting system test evaluations. Its track record includes participation in 200kg-class test development with the National Institute of Scientific Investigation.
- Key Products/Technologies
- **Key Product Lines**: Capabilities in developing fixed-wing, rotary-wing, tilt-rotor, and hybrid unmanned aerial vehicles, including vertical take-off and landing fixed-wing aircraft. Securing product lines such as flight control computers, ground control equipment, and flight test simulation equipment for UAVs and drones.**Key Product Lines**: Capabilities in developing fixed-wing, rotary-wing, tilt-rotor, and hybrid unmanned aerial vehicles, including vertical take-off and landing fixed-wing aircraft. Securing product lines such as flight control computers, ground control equipment, and flight test simulation equipment for UAVs and drones.
- **NH-77 (HELIX)**: An ultra-small personal reconnaissance UAV system, portable and operable by military personnel. Equipped with EO/IR sensors for real-time surveillance, reconnaissance, target location acquisition, and combat damage assessment. Its ultra-small and lightweight design enables rapid deployment and intuitive operation, maximizing efficiency and maneuverability in diverse operational environments.**NH-77 (HELIX)**: An ultra-small personal reconnaissance UAV system, portable and operable by military personnel. Equipped with EO/IR sensors for real-time surveillance, reconnaissance, target location acquisition, and combat damage assessment. Its ultra-small and lightweight design enables rapid deployment and intuitive operation, maximizing efficiency and maneuverability in diverse operational environments.
- **TRIER**: A vertical take-off and landing fixed-wing aircraft, featuring a multi-purpose unmanned aerial system with modular mission equipment. Incorporates a Quick_Release function for easy attachment and detachment of equipment. Designed for rapid deployment and operation by a single operator with minimal tools.**TRIER**: A vertical take-off and landing fixed-wing aircraft, featuring a multi-purpose unmanned aerial system with modular mission equipment. Incorporates a Quick_Release function for easy attachment and detachment of equipment. Designed for rapid deployment and operation by a single operator with minimal tools.
- **Core Technologies**: High-performance flight control system technology optimized for UAV operating environments. Flexible customization capabilities based on customer requirements. Autonomous flight functions, redundancy design for system stability, fault diagnosis algorithms, and designs robust against external noise. Development capabilities for low-power and ultra-small avionics systems compatible with various UAV platforms.**Core Technologies**: High-performance flight control system technology optimized for UAV operating environments. Flexible customization capabilities based on customer requirements. Autonomous flight functions, redundancy design for system stability, fault diagnosis algorithms, and designs robust against external noise. Development capabilities for low-power and ultra-small avionics systems compatible with various UAV platforms.
- Core Advantages
- **In-house Core Technology**: Direct development and production of core software and hardware for unmanned aerial vehicles, forming the basis for technological independence and customized solution delivery.**In-house Core Technology**: Direct development and production of core software and hardware for unmanned aerial vehicles, forming the basis for technological independence and customized solution delivery.
- **Diverse UAV Platform Expertise**: Extensive experience and technological capabilities in developing fixed-wing, rotary-wing, tilt-rotor, and hybrid UAV platforms. Ability to provide solutions that meet diverse mission requirements.**Diverse UAV Platform Expertise**: Extensive experience and technological capabilities in developing fixed-wing, rotary-wing, tilt-rotor, and hybrid UAV platforms. Ability to provide solutions that meet diverse mission requirements.
- **High-Reliability Avionics Systems**: Development of high-performance flight control systems incorporating redundancy design, fault diagnosis algorithms, and noise-immune designs. Ensuring high system stability and operational reliability.**High-Reliability Avionics Systems**: Development of high-performance flight control systems incorporating redundancy design, fault diagnosis algorithms, and noise-immune designs. Ensuring high system stability and operational reliability.
- **Specialized Military Solutions**: Development of the ultra-small personal reconnaissance UAV NH-77 (HELIX), providing optimized surveillance, reconnaissance, and target acquisition capabilities for military operational environments. Achieving price competitiveness and maintenance efficiency based on domestic technology.**Specialized Military Solutions**: Development of the ultra-small personal reconnaissance UAV NH-77 (HELIX), providing optimized surveillance, reconnaissance, and target acquisition capabilities for military operational environments. Achieving price competitiveness and maintenance efficiency based on domestic technology.
- **Operational Efficiency and Modularity**: Products like TRIER feature modular mission equipment and quick-release functions, enabling rapid deployment and single-operator control, maximizing operational efficiency in the field.**Operational Efficiency and Modularity**: Products like TRIER feature modular mission equipment and quick-release functions, enabling rapid deployment and single-operator control, maximizing operational efficiency in the field.
- **Strategic Investment**: Acquisition of a 37.04% stake by Korea Aerospace Industries (KAI), indicating strategic value and potential for future growth and technological collaboration in the small UAV market.**Strategic Investment**: Acquisition of a 37.04% stake by Korea Aerospace Industries (KAI), indicating strategic value and potential for future growth and technological collaboration in the small UAV market.
- Target Industrie
- **Defense/Military Industry**: Performing missions such as real-time surveillance, reconnaissance, target location acquisition, and combat damage assessment for military personnel through the ultra-small personal reconnaissance UAV NH-77 (HELIX). Participation in corps-level UAV development and seeking collaboration opportunities with the military.**Defense/Military Industry**: Performing missions such as real-time surveillance, reconnaissance, target location acquisition, and combat damage assessment for military personnel through the ultra-small personal reconnaissance UAV NH-77 (HELIX). Participation in corps-level UAV development and seeking collaboration opportunities with the military.
- **Aerospace Industry**: Application of automatic flight and ground control systems, aircraft design, and manufacturing technologies for multi-purpose operation of unmanned aerial vehicle systems. Development of various aerial platforms including fixed-wing, rotary-wing, and hybrid UAVs.**Aerospace Industry**: Application of automatic flight and ground control systems, aircraft design, and manufacturing technologies for multi-purpose operation of unmanned aerial vehicle systems. Development of various aerial platforms including fixed-wing, rotary-wing, and hybrid UAVs.
- **Research and Development**: Accumulation of technological capabilities through participation in National Institute of Scientific Investigation test development and the development of high-precision automatic navigation algorithms and high-reliability flight control systems. Research and development of core technologies related to unmanned aerial vehicles.**Research and Development**: Accumulation of technological capabilities through participation in National Institute of Scientific Investigation test development and the development of high-precision automatic navigation algorithms and high-reliability flight control systems. Research and development of core technologies related to unmanned aerial vehicles.
- Major Markets
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- Certifications/Patents
- Accumulation of proprietary technological capabilities related to high-precision automatic navigation algorithms and high-reliability flight control system development. This represents the outcome of in-house core technology development.Accumulation of proprietary technological capabilities related to high-precision automatic navigation algorithms and high-reliability flight control system development. This represents the outcome of in-house core technology development.
- Possession of capabilities for direct development and production of core software and hardware technologies for unmanned aerial vehicles. This is a key element of technological competitive advantage.Possession of capabilities for direct development and production of core software and hardware technologies for unmanned aerial vehicles. This is a key element of technological competitive advantage.
- Technology for providing highly reliable avionics solutions, including redundancy design for system stability, fault diagnosis algorithms, and designs robust against external noise.Technology for providing highly reliable avionics solutions, including redundancy design for system stability, fault diagnosis algorithms, and designs robust against external noise.
Introduction
Location
6-2 Yuseong-daero 1205beon-gil, Yuseong District, Daejeon, South Korea
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