From hazardous, hard-to-reach extreme environments to industrial sites that need fast and accurate data collection, D-AIR’s UAV systems provide custom solutions optimized for each customer’s site.
Military & Defense
Challenges in the Field
Supplying hard-to-reach terrain and isolated units requires sending in personnel and vehicles directly, and surveillance and reconnaissance of wide areas demand constant staffing.
The D-AIR Solution
Tactical Military Transport & Resupply
A next-generation unmanned transport solution that uses advanced heavy-lift unmanned helicopters and cargo drones to deliver key strategic supplies such as ammunition, food and medical supplies quickly and safely to hard-to-reach terrain and isolated units.
Wide-Area Surveillance & Reconnaissance
Equipped with high-performance day/night EO/IR (electro-optical/infrared) cameras, the system provides outstanding situational awareness, tracking the movements of targets precisely in any conditions, day or night and in bad weather. Combined with advanced BVLOS communication technology, it supports uninterrupted real-time operational control and efficient mission execution even at long range.
Expected Benefits
Minimized Troop Casualties and Maximized Operational Efficiency
Disaster & Public Safety
Challenges in the Field
At fires and other disaster and distress sites, sending people in directly carries very high risk, and physically searching wide areas eats into the critical golden hour for saving lives.
The D-AIR Solution
Fire Site Monitoring
Advanced thermal imaging pinpoints the seat of a fire (point of origin) and analyzes hazardous gas concentrations on site in real time. This secures the best entry routes for firefighters to move in quickly and safely, putting safety on site first and supporting an effective disaster response.
Search & Rescue
An innovative life-saving solution that uses advanced AI object detection to identify people in distress quickly and accurately across vast mountain and maritime areas. Even in extreme, hard-to-reach disaster environments, it locates those in need of rescue quickly and drops essential relief supplies within the golden hour, helping minimize casualties and build a safer society.
Expected Benefits
Securing the Golden Hour and Minimizing Disaster Damage
Industrial Inspection
Challenges in the Field
Conventional inspection of chemical complexes, confined spaces and high-rise structures carries serious safety constraints, as workers are directly exposed to high-risk environments. Equipment must also be shut down for every inspection, a structural limitation that leads directly to lower production efficiency and economic losses.
The D-AIR Solution
Gas Leak & Anomaly Detection
Deployed in chemical complexes and confined spaces that are dangerous for people to enter, the system detects gas leaks in real time and sends alerts.
Safety Assessment of Large Structures
High-rise structures such as bridges, transmission towers and wind turbines are mapped in 3D and inspected for fine cracks using AI vision.
Expected Benefits
Unmanned Hazardous Work and Lower Maintenance Costs
Specialized Logistics
Challenges in the Field
Islands and mountain areas where geography limits access by land and sea logistics networks face structurally long delivery cycles. For urgent goods that must arrive quickly, these delays impose heavy economic and social opportunity costs on customers and local communities.
The D-AIR Solution
Island & Mountain Delivery System
We provide a specialized logistics service that delivers daily necessities and emergency medical supplies such as blood and vaccines safely and on a regular schedule to islands and mountain areas where land and sea transport networks offer only limited access. By building an innovative supply chain that overcomes geographical constraints, we work to close logistics gaps so that essential resources and life-critical medical supplies reach every community reliably and on time.
Smart Dock Integration
Through close integration with advanced unmanned docks equipped with automatic battery swapping or automatic charging and drone storage, we are building unmanned, automated delivery infrastructure that runs 24 hours a day without interruption. On this foundation, we aim to lead next-generation logistics innovation and offer more efficient, reliable and tailored delivery solutions.
Expected Benefits
Next-Generation Logistics Beyond Terrain Constraints
Urban Air Mobility
Challenges in the Field
Urban transport demand continues to grow, but expanding ground transport networks alone has clear limits in meeting it. Although air-based alternatives are under discussion, the infrastructure needed to support flights over cities, such as take-off and landing hubs and communication environments, is not yet in place, so aircraft and infrastructure still need to be prepared together.
The D-AIR Solution
Aircraft & Take-off and Landing Infrastructure
We are developing OPPAV aircraft and ultralight unmanned flying devices, key elements in making urban air mobility a reality. Alongside them, we design UAV-ready facilities, including vertiports that serve as take-off and landing hubs, to build an integrated transport foundation in which aircraft and ground infrastructure work together.
UAM Communication Quality Measurement
A UAM communication quality measurement drone system precisely measures the communication environment along planned flight corridors in advance. Stable communication quality is a prerequisite for safe flight over cities, so validating it ahead of time helps ensure a reliable operating framework.
Expected Benefits
Laying the Groundwork for Commercial Urban Air Mobility by Developing Aircraft and Infrastructure Together
Demonstration of Unmanned Technology
Challenges in the Field
The performance of unmanned vehicles can differ between controlled test environments and real operating conditions, yet organizations and companies considering adoption have few ways to verify this beforehand. Standards and procedures for unmanned technology are also still being established, leaving them to judge the criteria for adoption and operation on their own.
The D-AIR Solution
Performance Validation of Unmanned Vehicles
We validate whether unmanned vehicles under development meet the required performance in real operating environments. By verifying flight performance and mission capability in the field rather than under controlled test conditions, we help confirm their effectiveness before adoption.
Unmanned Technology Standardization Consulting
We provide consulting on the technical standardization required in UAV development and operation. Drawing on our development and validation experience, we support the drafting of specifications and procedures, laying the foundation for unmanned technology to become firmly established in industry.
Expected Benefits
Data-Driven Support for Adoption Decisions and Established Standards for Unmanned Technology
High-Rise Structure NDT
Without rope access or cranes, drone-mounted X-ray equipment inspects structures for internal damage such as bond-line debonding and delamination.
Zero-Downtime Wind Turbine Inspection
The drone follows the path of the rotating rotor to capture inspection data, so blades are inspected without stopping power generation.
Autonomous Agent Drone Dock
Unmanned docks stationed on site carry out recurring, scheduled, remote and sensor-triggered launches, automating repetitive missions 24 hours a day.
Surveying & Aerial Photography
Autonomous drones with day/night EO/IR cameras survey solar panels and detect defects, and capture aerial footage of vessels under way.
Training
We run national pilot certification courses for every aircraft type, including multicopter, helicopter, fixed-wing and VTOL, as well as operations training tailored to client companies.
Our experts provide tailored consulting and propose the UAV system best suited to your needs.
D-AIR Co., Ltd. | CEO Jeong Yeong-seok | Business Registration No. 415-87-02399
Rooms 220–221, Dowon Sangga Bldg., 216 Munhwa-ro, Naju-si, Jeollanam-do, Republic of Korea
Phone 061jbp-331fcs7-640hbyv2 | Email daidxur662g7402e28@tdbjnavknfer.cmzom
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