Foxtech Provides Industrial Drone Solutions & UAV Payload Systems.
Uav Battery Types
uav battery types from FOXTECH HOBBY CO.,LIMITED has a design that incorporates the functionality and aesthetics. Only the finest raw materials are adopted in the product. Through combining the sophisticated production equipment with the leading technology, the product is delicately designed and manufactured with the excellent characteristics of fine appearance, strong durability and usability, and wide application.
Over the years, we have been increasing our efforts to assist our cooperative companies to succeed in increasing sales and saving costs with our most cost-effective but high-performance products. We also established a brand - Foxtech to strengthen our customers' trust and Let them know deeply about our determination to become stronger.
UAV batteries are crucial for meeting the high energy demands of unmanned aerial vehicles. Available in types such as lithium-polymer (LiPo), lithium-ion (Li-ion), and nickel-metal hydride (NiMH), these batteries feature high energy density and reliable performance. Their lightweight construction ensures optimal flight performance and mission success.
How to choose UAV batteries?
Discover the optimal UAV battery types designed to enhance flight performance, extend operational time, and ensure reliability across diverse applications.
- Choose from LiPo, Li-ion, and NiMH batteries tailored to specific UAV needs like power output and weight efficiency.
- Explore use cases: high-drain activities (racing drones) with LiPo, long-duration missions (surveillance) with Li-ion, and budget-friendly options with NiMH.
- Select based on technical parameters: voltage, capacity (mAh), discharge rate (C-rating), and compatibility with your UAV's design.
- Prioritize safety, cycle life, and fast-charging capabilities to maximize UAV uptime and battery longevity.
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Drone Mapping Operations
Drone image stitching software Photoscan (software installation, cracking, localization, etc.)
Detailed explanation of software interface and functions (menu bar, toolbar, workspace, model interface, etc.)
Basic software operation learning and practice (image loading, visualization, preprocessing, etc.)
Introduction to different image stitching modes (individual 3D modeling, orthophoto aerial mapping, etc.)
General process of image stitching (image alignment, point cloud generation, point cloud editing, orthophoto, digital elevation model, etc.)
Batch processing implementation of image stitching workflow (writing and saving batch processing files, etc.)
Image group stitching and merging (image grouping, different chunks, chunk alignment, chunk merging, etc.)
Geometric correction of images using ground control points (planning of control point layout, control point measurement, image geometric correction, etc.)
Point cloud classification operations and practice (automatic classification, manual classification, etc.)
Visualization of image stitching results (orthophoto, digital elevation model, contour lines, etc.)
Geometric measurement of image stitching results (point coordinates, length, area, volume, etc.)
Exporting image stitching results (JPG format, TIFF format, Google Earth format, etc.)
Generation of project report for image stitching workflow (report interpretation)
Advantages of Drone Technology
High Precision: Drone aerial survey technology uses high-resolution cameras and multispectral sensors to obtain high-definition images and multi-band data of the surface, enabling high-precision mapping and investigation.
High Efficiency: Drone aerial survey technology has the ability of quick response and efficient operation, allowing large-scale mapping and investigation tasks to be completed in a short time.
Low Cost: Compared with traditional surveying methods, drone aerial survey technology has lower costs. With the popularization of drones and other small aircraft, the equipment cost and operation threshold of aerial survey have been reduced.
Flexibility: Drone aerial survey technology is flexible and scalable, allowing customized design and application according to different task requirements.
Development Trends of Drones
Intelligentization: With the continuous development of artificial intelligence technology, drone mapping will achieve more intelligent data acquisition and processing. Through machine learning and deep learning algorithms, drones will be able to autonomously judge and optimize mapping paths, improving the accuracy and value of data.
Integration: Future drone mapping systems will be more integrated, combining multiple sensors and devices on the drone platform to achieve synchronous acquisition and processing of multi-source data.
Real-time Capability: With the development of 5G, cloud computing, and other technologies, the data transmission and processing of drone mapping will become more real-time. Users can obtain mapping results in real time for decision analysis.
Standardization: With the popularization of drone mapping technology and the expansion of its application fields, relevant standards and specifications will be further improved. This will help standardize the application and management of drone mapping technology and improve the quality and reliability of mapping results.
Traditional Drone-Based Rescue
Three Major Bottlenecks
01 BVLOS Flight Control!
In complex environments such as mountains and buildings, the drone’s reconnaissance range is limited, making it difficult to reach the disaster core areas, which become "information blind zones".
02 Visualized Communication!
When disasters cause roadblocks, power outages, and network failures, traditional communication methods become ineffective, leaving rescue operations in a "blind battle".
03 Situation Awareness Sharing!
Aerial footage can only be sent to the drone operator; the frontline command and rear decision-makers cannot synchronize disaster information in real time, delaying the golden rescue window.
Earthquakes disrupt signals, fires destroy communication towers, and floods wash away network infrastructure...
When disaster zones fall into the crisis of “no roads, no power, no network,” traditional rescue efforts are like “fighting blindfolded.”
The Foxtech BVLOS Air-Ground Coordinated Command Communication System × DJI Matrice M350/300 Series drones builds an “aerial information highway” over the ruins with advanced technology, transforming rescue from a “black box” to a “transparent battlefield”!
Ground rescue personnel and DJI drones enter the disaster area; multi-drone coordination + BVLOS integrated air-ground networking quickly enables large-scale coverage. DJI M300 drones equipped with onboard radios fly missions; two DJI M300 drones act as relay and front-end reconnaissance units, establishing an integrated air-ground network with ground personnel. Using aerial relay to achieve BVLOS flight, front-end drones perform wide-area reconnaissance and transmit real-time disaster footage.
Automatically establish an integrated command and communication network to achieve deep coverage of complex environments.
Dual Flight Control System:
Supports DJI flight control + BVLOS dual control with seamless flight control authority switching
Quickly Open Up the “Last Mile”
Lightweight deployment: rescue personnel carry command and communication devices to conduct on-site reconnaissance and rescue operations
Say goodbye to the “telephone marathon”: smart devices connect via Wi-Fi to command systems, supporting audio-video communication and information sharing
Establish a three-dimensional communication network: smart terminals can access drone reconnaissance videos from any location to share situational information
Let the signal “fly” through obstacles: rescue personnel enter enclosed spaces and use aerial-ground relay to transmit reconnaissance videos
Multi-drone network for information sharing: commanders and rescue personnel communicate via audio and video, visually share information, and accurately understand on-site conditions
Enable Decision-Making That Is “Visible and Audible”
The command and communication app supports WeChat-like functions: messaging between individuals with text, voice messages, image messages, short videos, video calls, location sharing, and group intercom—all with ease
The Diamond Smart Series BMS Semi-Solid-State Li-ion Battery is designed to deliver exceptional energy density, reliability, and intelligent power management for the most demanding applications. Engineered for drones, robotics, and other high-performance systems, this battery ensures stable, long-duration power with maximum safety and efficiency.
Advanced Battery Management System for Real-Time Monitoring
Equipped with an advanced BMS (Battery Management System), the Diamond Smart Series battery provides comprehensive, real-time monitoring of voltage, current, and temperature across multiple channels. This ensures that users have full visibility of battery health and performance, preventing overcharging, overheating, or excessive current draw.
The battery supports CAN and RS485 communication protocols, allowing seamless integration with your system’s electronics and flight controllers, making it ideal for complex drones and robotic platforms requiring precise power management.
High-Capacity Options for Extended Missions
With capacities ranging from 37,000mAh to 70,000mAh and configurations from 12S to 24S, the Diamond Smart Series provides a stable, high-power output for extended missions. Whether you are operating a long-endurance drone, a heavy-duty robotic arm, or high-power industrial equipment, this battery offers the reliability needed for critical operations.
Key Features That Enhance Performance
Accurate Data Monitoring
Real-time collection of voltage (±10mV), current (±1%), and temperature (±2°C) across multiple channels ensures precise power management.
Comprehensive Data Logging
Stores up to 60,000 records, including timestamped voltage, current, temperature, and usage status. This enables detailed analysis for maintenance and optimization.
Precise Timekeeping
Integrated RTC clock maintains high-accuracy timekeeping (±0.5s/day), ensuring synchronization for mission-critical applications.
Bluetooth Connectivity
Supports an Android app for real-time battery status, allowing users to monitor key parameters remotely.
Customization Options
A custom battery enclosure is available for specialized applications. Contact sales to discuss tailored solutions for unique project requirements.
Intelligent and Efficient Charging
The Diamond Smart Series battery supports fast charging with a smart charger, enabling fully automated charging management. The intelligent system optimizes charging cycles, prolonging battery lifespan while ensuring maximum performance.
Applications
The versatility of the Diamond Smart Series makes it suitable for:
Drones: Extended flight endurance and stable power for aerial photography, mapping, and inspection missions.
Robotics: Reliable energy for robotic arms, autonomous platforms, and industrial automation systems.
High-Power Equipment: Any system that requires stable, high-output power with real-time monitoring for safety and performance.
What’s Included
Each purchase of the Diamond Smart Series BMS Semi-Solid-State Li-ion Battery includes:
1x Diamond Smart Series BMS Semi-Solid-State Li-ion Battery
Configurations: 12S / 14S / 18S / 24S
Capacities: 37,000mAh – 70,000mAh
Default QS12 connector for integration with demanding missions
Conclusion
The Diamond Smart Series BMS Semi-Solid-State Li-ion Battery is a premium power solution for professionals who demand reliability, long-duration energy, and intelligent system integration. With its real-time monitoring, robust BMS, high capacities, and customization options, this battery ensures your drones, robots, or high-power systems can operate safely, efficiently, and without interruption.
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