Foxtech Provides Industrial Drone Solutions & UAV Payload Systems.
What Is Professional Indoor Drone?
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The 2025 World Drone Congress has just concluded, gathering top global enterprises, research institutions, and industry leaders. Drones are being applied across a wide range of fields, covering almost every sector.
Drones are evolving from “tools” to “intelligent ecosystems”
Penetrating All Industries
In the next five years,
With technological breakthroughs and improved policies,
Drones will reshape our lifestyles.
Are you ready?
According to data from the Civil Aviation Administration of China, over 1.875 million drones were registered nationwide in the first half of 2025, a year-on-year increase of 48%. Driven by both market demand and technological advancements, drones are becoming central to the low-altitude economy, and multidimensional application scenarios are reshaping industrial ecosystems through an “aerial revolution.”
Development Trends in Civil Drones
From agricultural protection and logistics delivery to emergency rescue, security, and patrol, the application scenarios of civil drones are expanding at an unprecedented speed.
1. Agricultural Drones Advancing Toward “Full Automation”
In crop monitoring, drones equipped with sensors or cameras can monitor crop growth and detect pests and diseases in real time, assisting farmers in scientific field management. In plant protection, drones can carry pesticide tanks and spraying equipment to apply pesticides, fertilizers, or herbicides precisely, improving efficiency while reducing costs and labor.
Drone spraying ensures more uniform coverage of crops and enhances pest control effectiveness.
AI + precision agriculture enables drones equipped with multispectral sensors to monitor crop health in real time. Combined with AI algorithms, drones can automatically apply fertilizers and pesticides, increasing efficiency tenfold.
Drones can also be used for terrain mapping and land monitoring, providing reliable data for agricultural planning.
The agricultural drone market is expected to exceed USD 20 billion by 2030.
2. Logistics Drones Enter the “Minute-Level Delivery” Era
With many countries relaxing low-altitude flight restrictions, drones are being increasingly used in logistics, especially in remote or hard-to-reach areas. Drone logistics networks will enable fast and accurate delivery of small goods such as parcels and medicines, significantly improving logistics efficiency and reducing labor and vehicle costs.
Industry giants are racing to deploy: Amazon, JD.com, SF Express, and others are rapidly advancing drone delivery, with urban “15-minute delivery” expected by 2025.
3. Emergency Rescue Drones Become “Guardians of Life”
With the support of the drone technology ecosystem, China’s capabilities in disaster prevention, reduction, and relief have been significantly enhanced, enabling more efficient, safer, and smarter disaster management.
In complex terrains such as mountains, forests, and oceans, drones can search for missing persons and provide critical information to assist rescue operations.
Drones can also quickly deliver supplies and establish communication relays, playing a key role in disaster relief.
With rapid response to extreme weather and breakthroughs in swarm technology, multi-drone collaborative operations can achieve large-area search and rescue.
4. Security and Patrol
Drones can be used to patrol borderlines, detect intruders or suspicious activities, and ensure national security.
They can also monitor urban traffic and public safety in real time, providing strong support for city safety management.
Equipped with HD cameras and positioning systems, drones can autonomously patrol power grids, detect safety hazards, and transmit images in real time.
This greatly improves the efficiency and safety of power inspections, reducing injuries and power outages.
5. Environmental Monitoring and Protection
Drones, equipped with onboard sensors and high-definition cameras, can monitor environmental parameters such as air, water quality, and soil in real time, collecting high-resolution images and video data.
They can also locate and monitor pollution sources, providing accurate data to environmental authorities and supporting pollution control efforts.
6. Scientific Research and Education
– Scientific Research: Drones have wide applications in research fields such as atmospheric and ocean exploration, geological surveys, and archaeological excavations, enabling efficient data collection and sample retrieval.
– Aerial Education: In education, drones can be used for aerial teaching, such as geological fieldwork and natural landscape education.
HD images and video captured by drones allow students to intuitively understand natural phenomena and laws.
7. Other Civil Applications
– Sports Events: Drones can be used for live broadcasting and filming of sports events, enhancing the viewing experience.
– Advertising & Promotion: Drones can be used for aerial advertising and event shooting in promotional campaigns.
– Entertainment & Leisure: Drones are widely used in entertainment, such as model aircraft competitions and aerial shows.
– Building Inspection: Drones can inspect buildings, bridges, and other infrastructure, improving work efficiency and safety.
– Aerial Photography & Filmmaking: Drones have a unique advantage in aerial photography, providing aerial images and footage for urban planning, land surveys, disaster assessment, tourism promotion, and the film/TV industry.
The International Civil Aviation Organization (ICAO) is promoting the development of drone air traffic management systems. With regulatory and technical upgrades progressing in parallel, safety has become a core concern. Anti-collision and countermeasure technologies are advancing rapidly.
Balancing innovation and regulation will remain a long-term issue for the industry.
As companies like EHang and XPeng accelerate the commercialization of passenger drones, cities like Dubai and Shenzhen have already launched pilot programs.
Urban Air Mobility (UAM) is moving from concept to reality, and over the next five years, UAM could give rise to a trillion-yuan market.
Introducing the L-380 – A High-Performance Autonomous Drone Designed for Complex, Confined Spaces
Rethinking Indoor Inspection: Smarter, Safer, More Efficient
As industries push toward intelligent operations and digital transformation, traditional manual inspections inside confined spaces—such as tunnels, utility corridors, or industrial boilers—face increasing challenges. These environments are often GPS-denied, hazardous, and difficult for personnel to access safely. Indoor drones are emerging as the ideal solution, offering a safer, more efficient, and data-rich alternative to manual inspections.
Purpose-Built for Indoor and Underground Environments
The L-380 is a compact, fully enclosed industrial-grade drone engineered specifically for indoor and GPS-denied environments. Equipped with advanced 3D LiDAR positioning, it navigates autonomously with centimeter-level precision—completely independent of GPS, magnetic, or electromagnetic signals. Its coaxial quad-rotor architecture (four arms, eight propellers) and lightweight 379mm frame make it ideal for tight, complex environments.
To ensure operational safety and durability, the L-380 features a high-strength collision-resistant structure that absorbs impacts and automatically stabilizes after collision events up to 5 m/s. It also supports fault-tolerant flight, allowing for safe landing even in the event of partial propeller failure.
Powered by a high-voltage 9600mAh battery, the L-380 delivers over 15 minutes of flight per charge with less than 30 minutes of charging time—making it fast to deploy and suitable for high-frequency missions. An integrated 15,000-lumen LED fill light ensures clear visibility even in total darkness. Operators can effortlessly switch between manual and autonomous flight modes with a single button.
For 24/7 operations, the L-380 is fully compatible with an automated charging nest, enabling unattended, continuous deployment.
Unlocking Versatile Applications Across Industries
The L-380 is designed for real-world industrial scenarios where traditional drones and human operators fall short. Its core use cases include:
Industrial Inspection
The drone excels in inspecting hard-to-reach or hazardous areas, such as subway tunnels, underground utility corridors, or power station boilers. It can autonomously patrol factory workshops, detect equipment anomalies, and navigate around obstacles with precision.
Smart Inventory and Warehouse Management
In logistics hubs and large-scale warehouses, the L-380 enables automated inventory checks without the need for human intervention. Its flight data can be used for advanced analysis, helping facility managers improve inventory accuracy, optimize storage, and forecast supply needs.
Emergency Response and Safety Monitoring
In emergency scenarios such as fires or earthquakes, the L-380 can be quickly deployed into dangerous zones to collect situational data and assist rescue planning. It’s equally suited for routine security monitoring in large indoor venues like shopping centers or exhibition halls, providing real-time visual feedback to security teams.
Indoor Transportation and Logistics
Within large factories or medical facilities, the L-380 can transport lightweight goods and emergency supplies, bypassing ground congestion and reducing delivery time. It significantly enhances internal logistics efficiency while minimizing manual labor.
Scientific Research and Education
The L-380 supports a wide range of research applications—from autonomous sample collection in laboratories to indoor data acquisition in controlled environments. It also serves as a hands-on tool for STEM education, offering students practical experience in robotics, programming, and autonomous navigation.
Expandable Intelligence for Specialized Needs
What sets the L-380 apart is its high level of customization. It offers an open SDK and secondary development interfaces, enabling users to integrate industry-specific AI capabilities such as fire detection, intrusion alerts, or gas sensing. Optional modules include temperature/humidity sensors, RFID, and 5G connectivity, making it a highly adaptable platform for advanced indoor operations.
A Scalable Platform for the Future of Indoor Autonomy
From intelligent inspection and emergency response to autonomous inventory management and AI-enabled monitoring, the L-380 is redefining what's possible inside complex, GPS-denied environments. Its compact size, robust safety features, and advanced autonomous flight system make it an ideal choice for industries seeking to improve operational safety, reduce labor costs, and enable continuous, data-driven insights.
As the demand for indoor autonomy continues to grow, the L-380 stands ready to lead the way—ushering in a smarter, safer, and more efficient era of indoor drone deployment.