Foxtech's Drones for Inside the House

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Customer Background

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A land management agency responsible for monitoring vast forest and grassland areas faced challenges with traditional inspection methods. Ground patrols were time-consuming and could not cover the expansive terrain efficiently, while aerial surveys using helicopters were costly and lacked the precision required for detailed mapping. The agency sought an efficient solution to not only monitor vegetation health and wildlife but also to create accurate topographical maps of large areas.


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Solution
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After reviewing several UAV options, the agency chose the Foxtech AYK Series VTOL, which offered a perfect combination of vertical takeoff and landing (VTOL) capability, long endurance, and high payload capacity for carrying the necessary equipment. The following advantages made it the ideal choice for forest and grassland inspection and mapping:


✈ VTOL Design – The ability to take off and land vertically means the drone can be deployed in dense forests and remote grassland areas without the need for runways.
✈ Thermal Imaging Capability – Equipped with a thermal imaging camera, the AYK Series can detect temperature variations in the environment, identifying areas of heat stress in vegetation or wildlife in need of tracking.


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✈ High Payload Capacity – Supports LiDAR sensors, high-resolution optical cameras, and thermal cameras simultaneously, making it suitable for both inspection and mapping applications.
✈ Long-Endurance Flights – Capable of covering large areas in a single flight, reducing the need for frequent recharging and maximizing operational time.
✈ Autonomous Mapping and Inspection – The UAV uses RTK positioning for highly accurate aerial mapping and inspection, allowing for the creation of detailed 3D models and topographic maps.


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Implementation Process
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✈ Equipment Integration – The AYK Series VTOL was equipped with LiDAR, thermal imaging cameras, and optical sensors for a comprehensive inspection and mapping solution.
✈ Flight Path Planning – Pre-programmed flight paths were set to cover the target areas efficiently, ensuring detailed data collection from multiple angles and altitudes.
✈ Automated Inspection & Mapping – The drone autonomously flew over the forest and grassland, capturing thermal images to identify hotspots and using LiDAR sensors to produce highly accurate topographic maps and 3D models.
✈ Data Processing and Output – The collected data was processed using advanced software to generate precise geographic mapping, helping the agency make informed land management decisions.

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Results & Benefits
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✈ Efficient Coverage – The AYK Series VTOL allowed the agency to inspect and map larger areas in a fraction of the time it would take with ground patrols or helicopters.
✈ Accurate Data for Decision-Making – The thermal imaging helped identify areas where vegetation was stressed or affected by disease, while LiDAR provided precise topographical maps for planning and development.
✈ Cost Savings – The long endurance and autonomous flight capability reduced the cost per mission by more than 50% compared to traditional aerial surveys.
✈ Enhanced Monitoring Capabilities – The real-time thermal data enabled faster detection of heat-related anomalies in the landscape, such as wildfires or animal activity, while 3D mapping provided a detailed overview of the terrain.

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Customer Feedback
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“The Foxtech AYK Series VTOL has greatly improved our efficiency in forest and grassland inspection and mapping. The combination of thermal imaging and LiDAR mapping allows us to create highly accurate topographic maps over large areas.This UAV has significantly reduced our operational costs and improved our decision-making process.” – Land Management Supervisor


The Foxtech AYK Series VTOL has greatly improved our efficiency in forest and grassland inspection and mapping. The combination of thermal imaging and LiDAR mapping allows us to create highly accurate topographic maps over large areas.

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Looking to enhance your mapping and inspection efficiency?
Contact us today to learn how the AYK Series VTOL can optimize your land management and monitoring operations!

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” EraWith 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 PatrolDrones 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 ProtectionDrones, 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.

If 2024 is considered the inaugural year of the low-altitude economy, then 2025 marks the “year of explosive growth.” With the low-altitude economy now officially identified as a strategic pillar of national economic development, provincial governments are rapidly deploying infrastructure, state-owned enterprises are actively entering the field, and private enterprises are thriving. From the outset, the low-altitude economy has surged forward with unstoppable momentum—like a spring breeze sweeping through the land, bringing thousands of blossoms overnight.


Policy Breakthroughs

At the national level, policies such as Management Conditions for Civil Aircraft, the Private Enterprise Promotion Law, and the Consumption Stimulus Plan have been introduced, and the low-altitude economy has been written into the State Council's Government Work Report, reflecting its strategic positioning. A new Department for Low-Altitude Economy Development has been established to guide the industry, crack down on illegal drone operations, and build a regulated, orderly ecosystem for flight operations and industry development.

Airspace reform is accelerating, with increasing approvals for local airspace usage, paving the way for wider airspace accessibility in the low-altitude sector.

Educational reforms are also underway: universities are establishing programs focused on the low-altitude economy and drone applications, providing essential intellectual support for industry growth.

Drone-related occupations have been incorporated into the national list of recognized trades and vocational skillsets, including technician and engineer roles. More government agencies are beginning to recruit talent for drone-related roles.

At the local level, many government work reports now include low-altitude economy plans, promoting the development of industrial parks, formulating industry policies, launching incentive programs, and establishing state-owned development companies for large-scale infrastructure projects. In 2025, reforms in the low-altitude field are accelerating. Cities like Shenzhen and Hefei are among the first to designate exclusive drone airspaces and implement a “negative list + whitelist” regulatory model. Flight approvals can now be processed through digital platforms with response times as short as a few minutes. Meanwhile, Beijing and Shanghai have launched Urban Air Mobility (UTM) pilot programs, planning over 200 dedicated drone logistics routes.


Breakthroughs in Technological R&D

Major breakthroughs are being achieved in drone technology across endurance, swarm control, and specialized applications:



Endurance: Hydrogen fuel cell drones have achieved flight endurance exceeding 12 hours—an increase of 300% over 2020 levels. In Inner Mongolia, these drones are now used for wind farm inspections, covering more than 100 kilometers in a single day.



Swarm Control: On Chinese New Year's Eve, Shenzhen set a new Guinness World Record with a 5,000-drone light show. Using 5G and BeiDou integrated positioning, centimeter-level synchronized control of thousands of drones was realized.



Smart Agriculture: In Xinjiang cotton fields, plant protection drones equipped with multispectral AI recognition systems can automatically distinguish between healthy crops and areas affected by pests or disease. These drones operate at 80 times the efficiency of manual labor while reducing pesticide use by 40%.




Explosion of Application Scenarios

Drones are rapidly replacing traditional methods in aerial photography, agricultural spraying, mountainous PV transport, power line inspections, emergency response, and firefighting. Much like smartphones or automobiles, drones are becoming an integral part of daily work and life. As the industry enters its golden decade, it is projected that the low-altitude economy will exceed ¥1.5 trillion in 2025, with a talent gap of over one million professionals.



Last-Mile LogisticsSF Express, in partnership with Aerospace Times Electronics, launched the “Hongyan 300” logistics drone. With a 50 kg payload and a 500 km range, it is already in trial operation on a high-altitude route between Qinghai and Sichuan.



Digital Agriculture’s “Unmanned Revolution”XAG has introduced an “AI Cotton Field Management System,” integrating drones with satellite remote sensing to fully automate cotton sowing, fertilization, and harvesting. In Xinjiang, this has reduced farmers' labor costs by 80%.



Urban Governance’s “Aerial Patrol”Hangzhou has deployed drone “traffic officers” that automatically detect illegal parking and high-rise littering, reducing response time to just 5 minutes.



Environmental Monitoring’s “Sky-Eye Network”The Yangtze River ecological protection project has deployed 500 water-quality monitoring drones to detect pollution sources in real time and transmit data directly to environmental authorities.




Entering the Low-Altitude Economy: Certification Is a Must

In today’s challenging job market, where competition is fierce and salaries are declining, many are unemployed due to a lack of technical skills. Getting certified as a drone pilot and mastering this technology offers a path to career transformation. With the low-altitude economy becoming a trillion-yuan industry, drone piloting has emerged as a promising new career path.

As the global demand for high-performance, compact, and safe energy storage surges, battery technology continues to evolve. One of the most promising innovations in this field is the semi-solid-state lithium-ion battery—combining the advantages of solid-state stability with liquid electrolyte flexibility. Leading this innovation is the Diamond Series, offering ultra-high energy density and superior temperature resilience.

Foxtech’s Diamond 350Wh/kg and Diamond 400Wh/kg Series batteries are redefining power solutions for cutting-edge sectors such as UAVs, robotics, electric vehicles, and portable energy systems.


Why Semi-Solid-State Matters
Traditional lithium-ion batteries are limited by energy density, safety concerns, and temperature constraints. Semi-solid-state technology addresses these challenges by using a hybrid electrolyte composition, enhancing both safety and performance. This architecture allows higher voltage operation and improved thermal stability—without the brittleness or cost issues of full solid-state batteries.


Diamond 350Wh/kg Series: High Power for Extreme Environments
Designed to excel in the harshest conditions, the Diamond 350Wh/kg Series brings exceptional performance to applications where reliability and resilience are non-negotiable.

Key Features:



350Wh/kg Ultra-High Energy DensityDelivers powerful energy storage in a compact, lightweight design—ideal for space- and weight-sensitive systems.



Wide Operating Temperature: -40°C to 60°CMaintains stable output from polar expeditions to desert operations.



High Voltage Output: 4.45V Per CellSupports increased energy throughput for performance-demanding tasks.



Robust Discharge Capabilities



5C Continuous



7C Max Continuous



15C PeakDesigned for applications requiring rapid, high-power discharge—like electric UAVs, drones, and industrial machinery.





Extended Lifespan: 500 CyclesBalances energy density with safety and durability for cost-effective deployment.





Diamond 400Wh/kg Series: Power Meets Versatility
Pushing the boundaries even further, the Diamond 400Wh/kg Series is optimized for next-generation platforms requiring maximum energy density and minimal weight.

Key Features:



400Wh/kg Ultra-High Energy DensityStores significantly more power without increasing form factor or weight—perfect for long-endurance drones, robotics, and mobile power stations.



Elevated Cell Voltage: 4.45VOffers enhanced system efficiency and longer runtimes compared to conventional 4.2V cells.



Optimized Discharge Rates



2C Continuous



3C Max Continuous



5C PeakSupports high-load operations with stable output.





Cycle Life: 400 Full CyclesMaintains performance across repeated use while ensuring operational stability.



Multiple Configuration OptionsAvailable in 6S, 7S, 12S, 14S, 18S, and 24S variants, including 77000mAh capacities tailored for diverse integration requirements.




Real-World Applications
The Diamond Series batteries are engineered for the future of mobility, automation, and smart energy:



UAVs & Drones: Lightweight and high-capacity batteries that extend flight time and range.



Robotics: Compact energy sources to drive mobile platforms in logistics, defense, and industrial automation.



Electric Vehicles & eVTOL: Efficient energy delivery with superior safety margins.



Portable Power Systems: Ideal for field operations, emergency services, and off-grid energy setups.




The Future of Battery Technology Starts Here
With growing pressure on energy systems to be lighter, more powerful, and longer-lasting, the Diamond 350Wh/kg and 400Wh/kg Series mark a critical leap forward. Their combination of high voltage, superior discharge rates, wide temperature tolerance, and cycle durability positions them as cornerstone technologies for the next generation of intelligent systems.




Interested in integrating Diamond Series batteries into your application?Contact our technical team to learn more about specifications, customization options, and application support.