AI Intelligent Module

Lightweight Drone Camera Module with 10X Optical Zoom and 4K IP for Aerial SurveillanceThe D-C8110UV drone camera module is a lightweight imaging solution specifically designed for UAV platforms. With an 8MP sensor, it captures crisp 4K video at 30fps. Moreover, the 10x optical zoom lens provides exceptional reach from 4.8mm to 48mm focal lengths. This enables detailed inspection of infrastructure and secure perimeter surveillance. The camera performs well even in extremely low light. Its sensitivity drops to 0.001 Lux in color mode. In addition, the Starlight technology ensures clear black-and-white imagery at 0.0005 Lux. The module supports H.265 compression for efficient video streaming. It also offers ONVIF compatibility for seamless system integration. For industrial monitoring, the 4K drone camera offers high clarity. Furthermore, this drone camera module includes intelligent motion detection algorithms. It supports 255 preset positions and 8 patrol paths. As a result, it is ideal for automated aerial surveillance missions. The D-C8110UV is engineered to meet demanding drone applications. It balances performance with a mere 101g weight. Therefore, it fits small UAV airframes without compromising flight time. The camera delivers 3D noise reduction and backlight compensation. Consequently, image quality remains high in challenging lighting conditions. Whether for smart city deployments or remote inspection tasks, this module excels.Why Choose the D-C8110UV Drone Camera Module for Your UAV?When selecting a camera for drones, several factors matter. The D-C8110UV drone camera module addresses them all. Firstly, its 8MP sensor captures 3840x2160 resolution video at 30fps. This ensures sharp detail for inspection and surveillance tasks. Furthermore, the optical zoom lens allows close-up views from a safe distance. This is crucial for power line inspection and building facade surveys. The camera’s low-light performance is another standout feature. With Starlight technology, it achieves color images at 0.001 Lux. Therefore, nighttime aerial monitoring becomes practical and effective. As a UAV camera module, it also includes intelligent video analytics. Motion detection triggers alerts and automated patrols. In addition, the H.265 compression codec reduces bandwidth requirements. This is essential for real-time streaming over 4G or Wi-Fi links. The rugged construction withstands temperatures from -30°C to 60°C. Moreover, at only 101 grams, it does not burden small UAVs. So flight times remain long and operations efficient. Finally, the camera supports up to 256GB of local storage. This ensures that even during network disruptions, data is saved. In summary, the camera combines performance, intelligence, and durability.Applications of the 4K IP Camera Module for Industrial and Surveillance UseThe 4K drone camera excels in diverse operational environments. For UAV aerial photography, it captures stunning high-resolution images. Additionally, the 10x optical zoom allows close industrial inspections from safe altitudes. This feature is crucial for inspecting power lines or wind turbines. For perimeter security, the camera’s motion detection and low-light sensitivity provide 24/7 coverage. As a result, critical infrastructure sites remain protected around the clock. Another application is smart city monitoring. The system streams real-time video to central command centers. Consequently, authorities can respond swiftly to incidents. The camera also serves as a UAV camera module for search and rescue missions. Its lightweight design and IR capability enhance mission effectiveness. Furthermore, ONVIF compliance allows easy integration with existing NVR systems. This means you can add the camera without overhauling your current setup. It supports RTSP streaming for broader compatibility. So system integrators appreciate its flexibility. The robust operating temperature range makes it suitable for extreme environments. Finally, local SD card recording ensures redundancy. In conclusion, the camera is a reliable tool for professional surveillance tasks.Related linkswebsitehttps://uavauto.comproduct-linkhttps://uavauto.com/product/d-c8110uv-8mp-10x-optical-zoom-4k-ip-drone-camera-module/Phone+86 13602546081 (Mr. Wang)Emailkuiwong@hkdada.com

FalconLock DS240 | DS120 UAV Visual Guidance: FPGA-Powered High-Speed TrackingThe FalconLock DS240 | DS120 FPGA-powered uav visual guidance system delivers near-zero latency for real-time tracking. In contrast to conventional CPU/GPU solutions, it is built on an FPGA hardware acceleration architecture. Consequently, it processes video capture, image pre-processing, encoding, and transmission through parallel pipelines, effectively eliminating latency. This results in approximately 0ms imaging delay and a target locking response of ≤4ms, enabling instantaneous feedback for FPV drone tracking and precision guidance. Moreover, the system supports high-speed target tracking up to 400km/h and achieves a CEP of ≤0.15m by combining Unscented Kalman Filter prediction with proportional navigation algorithms. Therefore, these features make it ideal for a UAV camera system deployed in inspection, surveillance, and autonomous targeting missions. Additionally, the system adapts seamlessly to various platforms, including multi-rotor FPV drones and compound-wing UAVs. It performs well whether used for ground-to-air interception, surface-to-air tracking, or complex aerial maneuvers. Its dual model variants offer flexibility for different resolution and frame rate requirements. The DS240 delivers 1280×1024 at 240Hz, while the DS120 provides 1920×1080 at 120Hz. Furthermore, integration with mainstream flight controllers such as ArduPilot, PX4, and BetaFlight ensures broad compatibility. The module’s compact design also allows easy retrofit into existing UAV camera system setups. In addition, the system’s advanced algorithms ensure consistent tracking even under challenging lighting conditions. This makes it a robust choice for long-duration inspection drone guidance and security operations. With its ability to reduce visual processing latency by up to 96%, FalconLock DS240 | DS120 transforms how UAV visual guidance is implemented in dynamic environments.FPGA-Powered UAV Visual Guidance: Speed and Precision RedefinedFPGA-powered uav visual guidance eliminates the latency that plagues traditional vision systems. Specifically, the FalconLock DS240 | DS120 offloads video capture, pre-processing, encoding, and transmission to dedicated hardware pipelines, bypassing CPU/GPU bottlenecks. As a result, this parallel architecture yields approximately 0ms imaging delay and a target locking time of ≤4ms, creating a real-time feedback loop. The Unscented Kalman Filter continuously tracks target velocity and position, feeding data to a proportional navigation algorithm for instant heading adjustments. Consequently, the system maintains a CEP of ≤0.15m, even when engaging targets moving at up to 400km/h. Such precision is vital for fpv drone tracking. For uav camera system upgrades, the dual-model configuration offers tailored performance. The DS240 captures 1280×1024 at 240Hz, ideal for ground-to-air intercepts and high-speed tracking. Meanwhile, the DS120 delivers 1920×1080 at 120Hz, providing high-resolution detail for aerial reconnaissance and surface-to-air missions. Moreover, both models integrate seamlessly with ArduPilot, PX4, BetaFlight, and other MAVLink-based ecosystems, simplifying adoption across diverse UAV fleets. Additionally, the FPGA architecture ensures consistent low latency regardless of scene complexity, making FalconLock an excellent foundation for automated inspection drone guidance and autonomous navigation. Furthermore, this hardware-accelerated approach enhances fpv drone tracking reliability while enabling advanced inspection drone guidance in industrial and security sectors. By merging hardware acceleration with proven guidance algorithms, FalconLock redefines real-time uav visual guidance and sets a new standard for mission-critical tracking applications.High-Speed Tracking and Mission FlexibilityFalconLock DS240 | DS120’s high-speed tracking excels in fpv drone tracking and uav camera system applications. Operators maintain a solid video link with minimal lag, even at 400km/h. This responsiveness is critical for fpv racing, surveillance, and tactical engagements. For inspection drone guidance, real-time visual feedback allows safe close-up flight. The DS120’s high resolution reveals fine details, while the DS240’s 240Hz ensures smooth motion. Furthermore, integration with popular flight controllers enables quick autonomous mission setup. The Unscented Kalman Filter predicts trajectory and automatically adjusts flight. Moreover, FalconLock’s compatibility with diverse UAV platforms—racing quads to fixed-wing—extends uav visual guidance to any airframe. In industrial inspections, accuracy is paramount; FalconLock’s sub-0.15m CEP provides repeatable precision. Consequently, operators can trust it for critical tasks. By combining hardware acceleration with guidance algorithms, FalconLock empowers fpv drone tracking and uav camera system deployments in challenging environments. Ultimately, this module turns ordinary UAVs into high-performance inspection platforms. Instant locking and predictive adjustments ensure unmatched reliability. Therefore, it is the preferred choice for professional and enthusiast fpv drone tracking and inspection drone guidance.Related linkswebsitehttps://uavauto.comproduct-linkhttps://uavauto.com/product/falconlock-ds240-ds120-ultra-low-latency-uav-visual-guidance-system/Phone+86 13602546081 (Mr. Wang)Emailkuiwong@hkdada.com

FalconLock DS240 | DS120: Ultra-Low Latency UAV Visual Guidance System with FPGA AccelerationIn modern UAV operations, latency is a critical factor. Indeed, it can mean the difference between mission success and failure. Traditional visual systems rely on CPU/GPU processing. As a result, they introduce delays of 100 ms or more. Consequently, this lag cripples real-time target detection and guidance. The FalconLock DS240 | DS120 Ultra-Low Latency UAV Visual Guidance System solves this problem. It uses FPGA hardware acceleration. Specifically, the system processes video through parallel pipelines. It captures, pre-processes, encodes, and transmits images. Therefore, it achieves approximately 0 ms imaging delay. Furthermore, target locking takes only 4 ms. That is up to 96% faster than conventional solutions. So, operators get instant visual feedback. This enables high-speed FPV target tracking. Notably, speeds up to 400 km/h are supported. The guidance algorithm is a key strength. In particular, it combines an Unscented Kalman Filter with proportional navigation. It predicts target trajectories in real time. Then, it adjusts the UAV's flight vector instantly. The result is a CEP of 0.15 meters. Moreover, this drone targeting system uses a dedicated FPGA guidance module. The module accelerates the entire imaging pipeline. As a consequence, it ensures deterministic performance under stress. The system comes in two configurations. For example, the DS240 provides 1280×1024 at 240 Hz. Thus, it is ideal for ground-to-air UAV visual guidance. Meanwhile, the DS120 offers 1920×1080 at 120 Hz. Hence, it suits surface-to-air and air-to-air missions. Both models handle FPV drones and compound-wing UAVs. Additionally, they integrate with MAVLink, ArduPilot, PX4, and more. Consequently, developers can deploy a high-speed FPV target tracking solution quickly. In conclusion, the FalconLock DS240 | DS120 redefines UAV visual guidance. It merges near-zero latency with robust tracking. Ultimately, it is the ultimate choice for demanding missions.FPGA-Driven UAV Visual Guidance ArchitectureAt the core of the FalconLock DS240 | DS120 is a custom FPGA engine. It replaces serial processing with parallel pipelines. Specifically, this architecture handles video capture, pre-processing, encoding, and transmission simultaneously. As a result, it eliminates frame buffering delays. Therefore, imaging delay drops to nearly 0 ms. Consequently, the system provides real-time visual feedback. Furthermore, target locking completes in under 4 ms. This is thanks to the deterministic FPGA guidance module. Moreover, the module runs at consistent timing. Scene complexity does not affect it. In addition, the system's tracking accuracy is reinforced by a kinematic estimator. It fuses an Unscented Kalman Filter with proportional navigation. This combination predicts target movement with high fidelity. Then, it issues corrective flight vector commands. The resulting CEP is 0.15 m. This ensures surgical precision in terminal guidance. Notably, the guidance algorithm operates with deterministic latency. It avoids the variable delays seen in GPU-based solutions. Consequently, the UAV visual guidance core is highly reliable. For instance, it suits mission-critical applications. Additionally, the module is lightweight and power-efficient. Hence, it integrates easily into small UAS platforms. The DS240 delivers high frame rates. Meanwhile, the DS120 provides high resolution. Thus, mission planners can choose the best fit. Ultimately, this architecture sets a new benchmark for embedded visual processing.High-Speed FPV Target Tracking and Drone Targeting System IntegrationThe FalconLock DS240 | DS120 excels in high-speed FPV target tracking. It locks onto and follows targets moving up to 400 km/h. This drone targeting system interfaces via MAVLink. It works with ArduPilot, PX4, QGroundControl, and more. For FPV drones, the 4 ms latency eliminates disorientation. Moreover, the onboard FPGA guidance module processes data locally. Therefore, no ground station computing is needed. This makes the drone targeting system ideal for BVLOS missions. Similarly, it supports autonomous interception. The DS240 variant runs at 240 Hz. It is perfect for ground-to-air FPV target tracking. Conversely, the DS120 variant offers 1080p resolution at 120 Hz. It excels in long-range air-to-air identification. Both models handle compound-wing UAVs and quadcopters. Furthermore, the algorithms maintain lock under challenging conditions. They work despite lighting changes and motion blur. In addition, the system is compatible with BetaFlight and INAV. This opens custom drone targeting system possibilities. Overall, the FalconLock device transforms any compatible UAV. It becomes a high-speed FPV target tracking asset. Consequently, operators gain unmatched responsiveness and accuracy.Related linkswebsitehttps://uavauto.comproduct-linkhttps://uavauto.com/product/falconlock-ds240-ds120-ultra-low-latency-uav-visual-guidance-system/Phone+86 13602546081 (Mr. Wang)Emailkuiwong@hkdada.com

Revolutionize UAV Visual Guidance with FalconLock DS240 & DS120 Ultra-Low Latency SystemThe demand for precise, real-time UAV visual guidance continues to grow across military, industrial, and commercial drone applications. FalconLock DS240 and DS120 deliver an FPGA-powered, ultra-low latency visual guidance module that redefines speed and accuracy. Unlike conventional CPU or GPU-based solutions suffering from 100ms+ delays, FalconLock leverages hardware parallel pipelines to achieve approximately 0ms imaging delay. This ensures immediate feedback for critical vision tasks. This breakthrough eliminates perception lag, enabling true real-time control. Consequently, ground operators and autonomous algorithms receive lag-free imagery for split-second decisions. Moreover, the system's FPGA target tracking capability locks onto objects in ≤4ms, dramatically reducing reaction times. Additionally, the low latency visual guidance architecture supports high-speed target tracking up to 400 km/h. Therefore, fast-moving aerial and ground targets remain consistently within the engagement envelope. Furthermore, FalconLock integrates an Unscented Kalman Filter and proportional navigation to provide UAV target lock with exceptional precision. As a result, the system achieves a circular error probable (CEP) of ≤0.15 meters. Such performance was previously unattainable with conventional onboard processing. With such capabilities, the system excels across ground-to-air, surface-to-air, and air-to-air missions. Ultimately, the FalconLock DS240/DS120 sets a new benchmark for real-time UAV visual guidance. It combines near-zero latency, robust target acquisition, and high guidance accuracy into a compact module suitable for diverse UAV platforms.Advanced UAV Visual Guidance FeaturesThe DS240 and DS120 models each bring distinct advantages to UAV visual guidance. The DS240 delivers a stunning 1280 × 1024 resolution at a blazing 240Hz frame rate. Consequently, ground-to-air visual guidance applications benefit from ultra-smooth motion and minimal blur. In addition, the DS120 provides a crisp 1920 × 1080 image at 120Hz, ideal for surface-to-air and air-to-air tracking missions. Moreover, both variants harness the same FPGA target tracking engine that achieves target lock in ≤4ms. This rapid FPGA target tracking ensures that even agile, fast-maneuvering objects remain locked in the frame. Furthermore, the integrated precision algorithm leverages an unscented Kalman filter to predict target trajectory in real time. Therefore, the system adjusts the UAV's flight vector with remarkable accuracy. As a result, miss distances are dramatically minimized, and engagement success rates increase. In fact, despite the complexity of low latency visual guidance, the module's architecture remains power-efficient and compact. Thus, even small, lightweight UAVs benefit from the same high-end visual processing. Consequently, the FalconLock module can be easily integrated into existing drone platforms without compromising payload capacity. Ultimately, this seamless fusion of imaging performance and processing speed ensures operational superiority. Operators consistently achieve UAV target lock well before traditional systems would even detect a threat.Seamless Integration and Application ScenariosFalconLock DS240/DS120 is designed for straightforward integration into a wide range of unmanned aircraft platforms. The module supports MAVLink-based communication, which ensures compatibility with leading flight control ecosystems. Specifically, it integrates seamlessly with ArduPilot, PX4, INAV, BetaFlight, QGroundControl, and Mission Planner. Consequently, developers avoid extensive rewrites or custom hardware interfaces. In addition, the compact form factor simplifies installation on FPV drones, quadcopters, compound-wing UAVs, and other multi-category platforms. For real-time UAV visual guidance, the system outputs target coordinates directly to the autopilot via a streamlined data pipeline. This means the flight controller can react instantaneously, adjusting flight vectors to maintain UAV target lock. Thus, even during aggressive maneuvers, the UAV target lock remains robust. Moreover, the low latency visual guidance architecture ensures that even at extreme speeds, the target remains centered in the field of view. Indeed, the FPGA target tracking algorithm continuously processes new frames, updating lock status within the 4ms window. As a result, the DS240 excels in ground-to-air missile-type engagements, while the DS120 provides high-resolution imagery for surface-to-air and air-to-air tracking. Furthermore, the inclusion of low latency visual guidance processing makes the system versatile. It can be used for both manual FPV piloting and autonomous terminal guidance. Ultimately, the FalconLock DS240/DS120 suits a wide range of missions. It provides the reliable, real-time FPGA target tracking performance required for mission success.Related linkswebsitehttps://uavauto.comproduct-linkhttps://uavauto.com/product/falconlock-ds240-ds120-ultra-low-latency-uav-visual-guidance-system/Phone+86 13602546081 (Mr. Wang)Emailkuiwong@hkdada.com

DC0 Micro UAV Gimbal: Compact 3-Axis Dual 4K Optical Zoom CameraThe DC0 micro uav gimbal offers a cutting-edge solution for compact aerial imaging. It integrates dual 4K optical zoom cameras and a precise 3 axis gimbal into a lightweight 120-gram payload. This uav payload camera is specifically designed for small drones that require high-quality video without adding excessive weight. Moreover, the dual-visible-light configuration combines wide-angle and telephoto lenses for versatile surveillance. The wide lens provides an 83°x53° field of view, while the narrow lens supports 10x optical zoom and 40x hybrid zoom. Consequently, operators can monitor large areas and then zoom in to capture fine details with exceptional clarity. In addition, the micro uav gimbal supports advanced stabilization with ±0.1 mrad accuracy, ensuring smooth footage even during dynamic maneuvers. Further, the camera outputs H.264/H.265 video via UDP/RTSP and can be controlled through RS232 or network interfaces. As a result, integration into existing UAV platforms is straightforward. The DC0 also features Picture-in-Picture display and rich OSD overlays for enhanced situational awareness. Therefore, it is ideal for applications such as police surveillance, forest fire patrol, and environmental monitoring. With its robust design and wide operating temperature range, this micro uav gimbal performs reliably in challenging conditions. Ultimately, the DC0 micro uav gimbal is a game-changer for compact drone missions.Compact Micro UAV Gimbal with Dual 4K Optical ZoomThe DC0 micro uav gimbal is engineered for maximum performance in a minimal form factor. Weighing just 120 grams, this uav payload camera can be mounted on even the smallest multi-rotor or fixed-wing drones. Despite its compact size, it delivers true 4K optical zoom with dual image sensors. Each sensor captures 3840x2160 resolution video, ensuring sharp, detailed footage for reconnaissance and inspection tasks. Furthermore, the 4K optical zoom capability is complemented by a 10x optical lens and 40x hybrid zoom, enabling operators to identify distant objects without sacrificing image quality. In addition, the dual-lens design offers both wide-field and narrow-field views, making the micro uav gimbal suitable for broad area surveillance and pinpoint target observation. The wide lens covers 83°x53°, perfect for scanning landscapes, while the narrow lens with 20°x11° FOV provides long-range detail. Moreover, the 4K optical zoom system operates with minimal latency, streaming video via UDP/RTSP in H.264 or H.265 formats. As a result, real-time situational awareness is maintained. The payload camera also supports Picture-in-Picture display, showing both wide and zoomed views simultaneously. Consequently, operators can switch seamlessly between overview and close-up modes. This duality enhances mission effectiveness for law enforcement, search and rescue, and environmental monitoring. Therefore, the DC0 stands out as a versatile 4K optical zoom solution for unmanned systems.Advanced 3-Axis Gimbal for Stable UAV Payload Camera IntegrationThe heart of the DC0 micro uav gimbal is its advanced 3 axis gimbal stabilization system. This precision mechanism compensates for drone movements across yaw, pitch, and roll axes, delivering rock-steady footage even in turbulent conditions. The 3 axis gimbal delivers 0.1 mrad stabilization accuracy. Consequently, every frame remains crisp and free from motion blur. Moreover, the gimbal offers yaw rotation up to ±150°. Pitch spans -90° to +30°, and roll reaches ±45°. This extensive coverage supports dynamic tracking tasks. The micro uav gimbal integrates this 3 axis gimbal technology into a compact enclosure. Therefore, it becomes an ideal uav payload camera for missions requiring agility and image quality. In addition, the gimbal’s angular velocity reaches ≥100°/s. This facilitates rapid target following. The tracking module speed of ≤80°/s ensures smooth motion. Consequently, operators can capture stable video of moving vehicles or subjects without losing lock. Furthermore, the 3 axis gimbal is designed for low power consumption, averaging less than 15W, which extends drone flight time. As a result, this uav payload camera is well-suited for prolonged aerial operations. The micro uav gimbal also supports network-based control via RS232 or Ethernet, allowing remote adjustment of gimbal angles and camera settings. Therefore, integration into existing ground control stations is simple. Ultimately, the 3 axis gimbal guarantees that every mission benefits from stable, high-resolution imaging, whether for security patrols or environmental surveys.Related linkswebsitehttps://uavauto.comproduct-linkDC0 Micro UAV Gimbal – Shop NowPhone+86 13602546081 (Mr. Wang)Emailkuiwong@hkdada.com

Compact Micro UAV Gimbal Camera with 3-Axis Stabilization and FHD ZoomWhen mission requirements call for a tiny yet powerful imaging payload, the DC1 micro UAV gimbal camera delivers unmatched performance. This 71-gram 3 axis gimbal integrates dual visible-light sensors, a full HD electro-optical camera, and precise three-axis gyro stabilization into an ultra-portable form factor. Constructed for small unmanned aerial vehicles, the DC1 supports 10x optical zoom, 40x hybrid zoom, and a flexible field of view from 98.5° wide down to 26.2° for long-range observation. Its onboard video processing outputs 1920x1080 resolution at 50 fps, while UDP/RTSP streaming and RS232 network control ensure seamless integration. With picture-in-picture mode, rich on-screen display, and an operating temperature range from -20°C to +50°C, this uav payload camera meets the demands of security, industrial inspection, and law enforcement. In addition, the DC1's lightweight design does not compromise on robustness; the stabilized platform delivers 0.1 mrad stability accuracy even under dynamic flight conditions. This 3 axis gimbal uses high-precision gyros to maintain stability, making the DC1 a reliable drone gimbal camera for professionals who need agile aerial surveillance.How the Micro UAV Gimbal Enhances UAV MissionsThe DC1 drone gimbal camera leverages a dual visible-light system to capture sharp imagery in varying lighting conditions. Its high-precision 3 axis gimbal compensates for aircraft movement in horizontal, roll, and pitch directions, maintaining a steady frame. This stability is critical for tasks like forest fire monitoring and public security, where image clarity can determine the success of a mission. Moreover, the integrated 10x optical zoom and 40x hybrid zoom offer operators the ability to switch rapidly from a wide surveillance view to detailed target recognition. Consequently, the camera's field of view ranges from 98.5°x66.3° for area scanning down to 26.2°x14.9° for identifying distant objects. The FHD EO output at 50 fps ensures fluid video, while H264/H265 encoding and MP4 storage simplify post-mission analysis. Additionally, the 3 axis gimbal’s responsiveness allows quick tracking at angular velocities >=100°/s. This micro UAV gimbal supports picture-in-picture and rich OSD overlays that display critical telemetry, target info, and robot status. For connectivity, both UDP/RTSP streaming and RS232/net control methods are provided. Therefore, this uav payload camera reduces development time and complexity typically associated with airborne imaging systems.Versatile Applications Across IndustriesFrom law enforcement aerial patrols to industrial infrastructure inspection, this 3 axis gimbal system adapts to multiple operational profiles. The 71-gram weight and compact dimensions allow it to be mounted on even the smallest drones without sacrificing flight endurance. In public security scenarios, the micro uav gimbal delivers stable visible-light imaging that helps agencies monitor crowds, track suspects, and document evidence. Environmental projects benefit from the camera’s ability to capture high-resolution footage over forests, coastlines, or disaster zones. Meanwhile, firefighters can use the hybrid zoom to assess wildfire perimeters from a safe distance. Law enforcement teams particularly value the picture-in-picture feature, which displays a magnified area alongside the main image. Furthermore, in industrial inspection, the drone gimbal camera examines pipelines, power lines, and wind turbines with exacting detail. The RS232/net control method offers flexibility for robotic vision platforms that require a stabilized FHD EO payload. Therefore, this uav payload camera not only enhances situational awareness but also opens new possibilities for automated aerial data collection. Its rugged design and wide voltage input range make it suitable for both commercial and government agency operations.Related linkswebsitehttps://uavauto.comproduct-linkhttps://uavauto.com/product/dc1-3-axis-dual-visible-fhd-eo-optical-zoom-micro-uav-gimbal-camera/Phone+86 13602546081 (Mr. Wang)Emailkuiwong@hkdada.com

DC2 3-Axis Thermal Imaging Gimbal for Micro UAV Thermal SurveillanceThe DC2 3-Axis IR Thermal Imaging Target Tracking Micro UAV Gimbal is a revolutionary payload for micro drones. It merges a high-sensitivity uav thermal camera with robust three-axis stabilization. This compact thermal imaging gimbal delivers precise target tracking and stable thermal video despite its featherlight 69g weight. The integrated infrared sensor operates across the 8-14 μm wavelength, capturing temperature variations with high accuracy. Moreover, the gimbal supports target tracking at speeds up to 100 deg/s. This ensures that moving heat signatures remain locked even during agile flight. Additionally, the built-in rich OSD overlays critical data directly onto the video feed, aiding operators in situational awareness. Consequently, this micro drone gimbal is an ideal solution for professionals requiring portable and reliable thermal monitoring. The DC2 outputs video via UDP/RTSP streams with H.264/H.265 encoding, enabling low-latency viewing on ground stations or networked devices. Furthermore, RS232/net control integration allows seamless communication with autopilot systems, simplifying deployment on custom UAV platforms. Weighing only 69 grams, it is one of the lightest gimbals in its class, significantly reducing the payload burden on micro UAVs. The OSD can display real-time target coordinates, camera status, and flight data, enhancing mission efficiency. Control is achieved via RS232 or network interface, supporting both manual and autonomous operation. This flexibility makes the DC2 suitable for a wide range of applications, from public safety to industrial inspection. In conclusion, the DC2 payload sets a new standard for compact, high-performance aerial thermal surveillance. Advanced Thermal Imaging Gimbal: Precision Tracking and IR Imaging The DC2’s gimbal assembly achieves exceptional stabilization accuracy of 0.1 mrad, ensuring jitter-free thermal video even in turbulent conditions. Its three-axis movement covers yaw rotation ±150°, pitch from -90° to +30°, and roll ±45°. This offers complete angular flexibility for surveillance. Specifically, the integrated thermal surveillance camera operates with a 7mm focal length lens and a field of view of 24.8° x 18.7°. This provides a balanced perspective for both wide-area scans and detailed heat source identification. Moreover, the camera supports multiple color palettes such as white hot, black hot, and iron red. These can be selected to enhance contrast based on ambient temperatures. Furthermore, a temperature bar overlay can be toggled to visualize thermal gradients directly on the video stream. In addition, the rich OSD system presents camera status, target position, and platform telemetry, streamlining mission awareness. The video feed is compressed using H.264 or H.265 codecs and delivered via UDP/RTSP. This makes it ideal for integration with various ground control software. Consequently, operators benefit from real-time decision-making capabilities without sacrificing image quality. The gimbal also supports target tracking, locking onto designated heat signatures and maintaining focus during dynamic maneuvers. This feature is indispensable for law enforcement and search-and-rescue operations where uninterrupted tracking is critical. Additionally, the system’s lightweight design, at just 69g, does not compromise the endurance of micro UAVs. It allows extended flight times compared to heavier payloads. Finally, the robust operating temperature range of -20°C to +55°C ensures reliable performance in diverse climates. Compact Micro Drone Gimbal for Versatile Deployment and Control The DC2 gimbal excels across a variety of mission profiles due to its compact size and robust feature set. Public security teams leverage the payload for covert surveillance, as its small size and silent operation avoid detection. For public security operations, it provides discreet thermal surveillance, enabling officers to detect suspects or hazards under cover of darkness. The thermal camera’s sensitivity allows it to spot body heat even in total darkness, making it invaluable for search and rescue. Similarly, environmental monitoring teams can deploy the gimbal to track wildlife movements or assess thermal pollution in waterways. In forest fire monitoring, the thermal camera’s white hot and rainbow palettes help identify hotspots and fire fronts. This guides firefighting efforts effectively. Moreover, law enforcement units benefit from the real-time UDP/RTSP video streaming. This allows remote operators to assess situations without endangering personnel. Additionally, the gimbal’s RS232/net control interface simplifies integration with existing drone autopilots, offering plug-and-play compatibility. Furthermore, the robust mechanical design ensures durability during high-speed flight and rough landings. Consequently, this thermal surveillance camera payload delivers unmatched versatility for any professional seeking a lightweight, feature-rich aerial thermal solution. In summary, this advanced uav thermal camera payload represents the future of compact aerial thermal imaging. Related links websitehttps://uavauto.com product-linkhttps://uavauto.com/product/dc2-3-axis-ir-thermal-imaging-target-tracking-micro-uav-gimbal-camera/ Phone+86 13602546081 (Mr. Wang) Emailkuiwong@hkdada.com

Advanced Target Tracking Gimbal: DC3 Micro UAV Gimbal with FHD EO CameraIntroducing the DC3, a lightweight target tracking gimbal engineered for compact UAV platforms and robotic systems. This micro UAV gimbal integrates a full HD electro‑optical camera and three‑axis stabilization, delivering smooth 1080p video even in dynamic flight conditions. Weighing only 69 grams, the device meets the strictest payload limitations without compromising performance. The onboard FHD EO camera captures 1920×1080 resolution at 50 frames per second, while 10× optical zoom and 40× hybrid zoom enable operators to observe distant objects with exceptional clarity. A built‑in tracking algorithm supports moving‑object lock with angular rates exceeding 100 degrees per second, making it a reliable target tracking gimbal for real‑time surveillance. Whether you need persistent area monitoring or rapid target acquisition, the DC3 combines high precision stabilization, low power consumption, and flexible UDP/RTSP video output. Consequently, it fits effortlessly into existing ground control architectures. Moreover, the 3‑axis gimbal dampens vibration across yaw, pitch, and roll axes, preserving image sharpness during aggressive maneuvers. In short, this micro UAV gimbal sets a new benchmark for lightweight aerial imaging and automated observation missions.Key Features of the DC3 Target Tracking GimbalThe DC3 target tracking gimbal packs advanced functionality into a 69‑gram package. Its FHD EO camera uses a high‑sensitivity visible‑light sensor that captures crisp 1920×1080 footage at 50 fps, ensuring no critical detail is missed. Ten‑times optical zoom lets operators inspect distant objects, while 40‑times hybrid zoom further extends reach without significant quality loss. Additionally, the three‑axis stabilization system achieves an accuracy of 0.1 mrad, so sudden platform motions do not blur the video stream. Practical UAV surveillance tasks benefit from the gimbal’s sophisticated target‑tracking logic, which maintains lock on moving subjects even during rapid pan or tilt commands. Furthermore, the unit supports UDP and RTSP streaming, H.264/H.265 encoding, and on‑board MP4 recording. OSD overlays display camera status, target parameters, and robot telemetry, simplifying operator decision‑making. Because of its compact form factor, the micro UAV gimbal is equally suitable for small multirotors, fixed‑wing drones, and ground robots. Ultimately, these capabilities turn the DC3 into a versatile target tracking gimbal for demanding intelligence, surveillance, and reconnaissance operations.UAV Surveillance Applications with a Compact GimbalLightweight micro UAV gimbal systems like the DC3 excel in numerous field scenarios. In public security, officers rely on the FHD EO camera for real‑time aerial observation during crowd monitoring and perimeter patrols. Environmental agencies deploy the unit to inspect remote infrastructure, where the target tracking gimbal automatically follows points of interest while the operator focuses on data correlation. Forest fire prevention teams value the 10× optical zoom, which allows them to scan large wooded areas for smoke plumes without flying close to hazardous terrain. Law enforcement units also utilize the 3‑axis gimbal for covert evidence collection, as its small size and low noise signature reduce detection risk. Because the video output integrates natively with standard ground station software, operational training is straightforward. Likewise, the device’s 12‑28 V power range accommodates a broad set of carrier platforms. Moreover, the robust tracking capability ensures that even fast‑moving vehicles remain centered in the frame. These qualities make the DC3 a dependable target tracking gimbal for any mission requiring persistent, stabilized visible‑light coverage.Related linkswebsitehttps://uavauto.comproduct-linkhttps://uavauto.com/product/dc3-fhd-eo-camera-3-axis-micro-uav-gimbal-for-target-tracking/Phone+86 13602546081 (Mr. Wang)Emailkuiwong@hkdada.com

DD360plus+ UAV Thermal Gimbal: EO, IR, and Laser Rangefinder for Superior SurveillanceThe DD360plus+ is an advanced UAV thermal gimbal designed for demanding aerial surveillance and reconnaissance missions. This triple-mode micro-pod seamlessly combines a Full HD electro-optical camera, an infrared thermal imaging module, and a 3km laser rangefinder on a three-axis stabilized platform. Weighing less than 700 grams, it is an ideal thermal drone payload for compact UAVs that require multi-spectral capability without sacrificing flight endurance. The IR thermal channel offers multiple color palettes including White hot, Black hot, Iron red, Rainbow and Fusion, along with an on-screen temperature bar for rapid anomaly detection. Meanwhile, the laser rangefinder provides precise distance measurements up to 3000 meters with ±1 meter accuracy, enabling accurate geo-location; such precision makes the laser rangefinder gimbal an indispensable tool for tactical planning. Moreover, the visible-light EO camera captures Full HD 1920x1080 video at 60fps, and supports 10x optical zoom for detailed inspection from a safe standoff distance. Picture-in-picture display and rich OSD overlay critical camera, target, and robot information directly onto the video stream, enhancing operator awareness. Engineered for reliability, the gimbal operates in temperatures from -20°C to +50°C, ensuring functionality in harsh environments. Furthermore, the integrated AI-powered object identification and tracking system supports both vehicle and human target tracking, making it a true object tracking gimbal for public safety, law enforcement, and environmental monitoring. Additionally, network video output with H.264/H.265 encoding and MP4 storage simplifies integration into existing UAV systems. As a result, this uav thermal gimbal delivers consistent performance across day and night conditions, establishing it as a versatile and reliable tool for professionals.Key Specifications of the DD360plus+:Weight: Less than 700gLaser rangefinder: 3km with ±1m accuracyEO: 1920x1080 @60fps, 10x optical zoomThermal: Multiple palettes, temperature barAI tracking: Vehicle and humanOperating temperature: -20°C to +50°CPrecision Laser Rangefinder Gimbal and AI TrackingThe integration of a high-precision laser rangefinder gimbal sets the DD360plus+ apart from ordinary surveillance payloads. As a UAV thermal gimbal, it delivers unparalleled sensor fusion, merging laser ranging, thermal imaging, and AI tracking into one seamless platform. Capable of measuring distances up to 3000 meters with an accuracy of ±1 meter, the laser channel provides critical geo-location data for target coordinates and situational mapping. Furthermore, the advanced object tracking gimbal algorithms enable real-time recognition and pursuit of moving vehicles and human subjects. The tracking system maintains lock even at angular velocities exceeding 100 degrees per second, ensuring stable observation during dynamic maneuvers such as law enforcement pursuits or border patrol missions. Consequently, operators can confidently engage targets in fast-paced scenarios. The combination of laser ranging and AI tracking makes this thermal drone payload exceptionally effective, reducing operator workload and improving data accuracy. In addition, the stabilized three-axis platform ensures that both the laser and imaging sensors remain steady, even in turbulent flight conditions. This means that the laser rangefinder gimbal delivers consistent performance regardless of the UAV’s movement. The laser rangefinder gimbal also aids in flight safety by providing real-time obstacle distance awareness, while the object tracking gimbal ensures continuous monitoring without manual intervention. The object tracking gimbal’s reliability ensures consistent performance even in challenging scenarios. Moreover, the system supports multiple tracking modes, allowing users to switch between vehicle tracking and human tracking as the operational context demands. Network video output with H.264/H.265 encoding and MP4 recording ensures seamless data management, and the RS232/TCP control interface guarantees compatibility with diverse drone autopilots. Thus, the DD360plus+ provides a comprehensive and future-proof solution for modern surveillance needs.Compact UAV Thermal Gimbal: Lightweight Design for Extended MissionsAt the core of the DD360plus+’s appeal is its status as a compact UAV thermal gimbal. Weighing under 700 grams, this thermal drone payload is optimized for small to medium-sized UAVs where every gram counts. The lightweight construction does not compromise performance; the gimbal houses a full suite of sensors along with a powerful stabilization system. Moreover, with average power consumption of just 10 watts and a maximum of 20 watts, it efficiently extends platform endurance. The ability to deliver high-quality thermal imaging alongside visual and ranging data makes this uav thermal gimbal indispensable for missions that require extended flight times. In addition, the robust design withstands operating temperatures from -20°C to +50°C, ensuring reliability in diverse climates. The thermal drone payload’s lightweight design reduces strain on UAV motors and battery, enhancing overall flight safety. The integrated picture-in-picture display presents multiple data streams simultaneously, giving the operator a comprehensive view without additional monitors. Therefore, whether conducting forest fire surveillance, environmental monitoring, or public security operations, this thermal drone payload adapts easily to varied mission profiles. Furthermore, the gimbal’s quick installation and interface options promote rapid deployment across different drone platforms. Additionally, the network video output with H.264/H.265 encoding and MP4 recording ensures seamless integration with standard ground control stations and post-mission analysis software. This compatibility further positions the DD360plus+ as a versatile and future-proof investment for professional drone operators. The gimbal’s 360-degree continuous yaw, -100° to +100° pitch, and ±45° roll rotation provide full hemispherical coverage, while the stabilization accuracy of 0.1 mrad ensures crisp imagery even at long zoom ranges. The laser rangefinder gimbal’s precision measurement further enhances operational intelligence, making this payload a true all-in-one solution for aerial reconnaissance.Related linkswebsitehttps://uavauto.comproduct-linkhttps://uavauto.com/product/dd360plus-fhd-eo-camera-ir-thermal-imaging-3km-laser-rangefinder-3-axis-uav-gimbal/Phone+86 13602546081 (Mr. Wang)Emailkuiwong@hkdada.com

Maximize Aerial Surveillance with the DD360plus Thermal Imaging GimbalModern unmanned aerial vehicles demand payloads that combine multiple sensor technologies without sacrificing stability or endurance. The DD360plus thermal imaging gimbal is engineered precisely for these requirements, integrating a full high-definition electro-optical camera, a high-resolution infrared thermal camera, and a precise UAV laser rangefinder into a single compact micro-pod. Weighing only 450 grams, this lightweight payload delivers 360-degree continuous heading rotation, a 10x optical zoom for visible-light imagery, and advanced object tracking capabilities—ensuring that operators can identify, monitor, and measure targets in both daylight and total darkness. Whether deployed for public safety patrols, forest fire monitoring, or critical infrastructure inspection, the DD360plus provides the situational awareness that modern missions require. Its quick-disassembly structure allows rapid installation on a variety of UAV platforms, reducing downtime between sorties and enabling rapid redeployment. Furthermore, the built-in picture-in-picture display and rich on-screen data overlays present EO, thermal, and ranging information simultaneously, streamlining decision-making in high-pressure environments. In short, the DD360plus sets a new benchmark for multi-sensor aerial intelligence, combining thermal sensitivity, visual clarity, and laser accuracy in one rugged airborne package.Why a Lightweight Thermal Imaging Gimbal MattersPayload weight is a critical factor in UAV flight time and manoeuvrability. Every extra gram reduces endurance, limits altitude performance, and increases power consumption. The DD360plus simplifies this equation: it is a truly lightweight UAV gimbal at under 450 grams, yet it packs three high-performance sensors into a single rugged housing. This minimal mass allows the gimbal to be mounted on smaller multirotor platforms without compromising stability or flight dynamics. In addition, the quick-disassembly architecture means that the entire unit can be swapped in seconds—an invaluable feature when switching between mission profiles or performing field maintenance. The 360-degree uninterrupted yaw rotation gives pilots and camera operators full spherical situational awareness, while the ±100° pitch and ±45° roll axes ensure that no target escapes the sensor suite, even during aggressive manoeuvres. From urban law enforcement to border surveillance, this lightweight payload delivers steady, fluid video that captures every detail at long range.Thermal imaging performance is equally impressive on the DD360plus. The uncooled infrared core outputs 640×512 resolution video at a smooth 60 frames per second, with a field of view of 18.1°×14.5° that strikes an excellent balance between wide-area scanning and target identification. The built-in temperature bar, multiple colour palettes, and adjustable visibility controls make it simple to detect heat signatures under challenging conditions—from smoke-filled wildfire scenes to pitch-black nocturnal operations. When combined with the integrated object tracking gimbal algorithms, the system can automatically follow vehicles or personnel, maintaining a lock even when the target changes direction rapidly. This fusion of thermal sensitivity and intelligent tracking turns a standard UAV into a responsive, always-on surveillance tool suitable for the most demanding public safety and environmental missions.Leveraging UAV Laser Rangefinder and Object Tracking for Critical MissionsRange measurement adds a crucial layer of intelligence to aerial observation. The DD360plus incorporates a high-performance UAV laser rangefinder that accurately measures distances up to 1000 metres with a precision of ±1 metre. This capability allows operators to determine target coordinates in real time, supporting precise geolocation for search-and-rescue operations, evidence documentation, and artillery call-for-fire. The rangefinder works seamlessly with the EO and IR sensors, enabling the crew to range a target while simultaneously viewing the full-motion video feed. Moreover, the rangefinder data is integrated into the on-screen display, providing continuous distance readouts without interrupting the pilot’s workflow. For law enforcement scenarios, this means quick threat assessment; for environmental monitoring, it enables accurate mapping of hotspots without risking personnel. The rugged design of the UAV laser rangefinder is tested to operate reliably in temperatures from -20°C to +50°C, making it suitable for year-round deployment in diverse climates.Moving beyond ranging, the DD360plus excels as a versatile object tracking gimbal. Its tracking algorithms can lock onto vehicles and humans, sustaining a track at angular velocities exceeding 100 degrees per second. This rapid response ensures that even fast-moving targets remain centred in the field of view, delivering consistent footage for evidence gathering or intelligence reporting. The tracking data is displayed on the OSD along with camera parameters and robot status, giving the remote operator full control over the engagement. Whether tailing a suspect vehicle through city streets or monitoring wildlife movements from above, the object tracking gimbal performance reduces operator workload and increases mission effectiveness. Together with the 10x optical zoom on the visible-light camera and the high-resolution thermal sensor, the DD360plus equips your UAV fleet with a comprehensive, multi-sensor payload that excels in every reconnaissance role.Related linkswebsitehttps://uavauto.comproduct-linkhttps://uavauto.com/product/dd360plus-fhd-eo-camera-ir-thermal-imaging-laser-rangefinder-uav-gimbal/Phone+86 13602546081 (Mr. Wang)Emailkuiwong@hkdada.com