drone

Inside the DA0T1: A High-Speed Seeker Built for Aerial PursuitLocking onto a fast-moving aircraft is one of the hardest problems in aerial imaging. Ordinary 30 fps drone tracking cameras, however, simply cannot keep pace. The DA0T1 high-speed seeker answers that challenge with a 1280×720 monochrome CMOS sensor. Running at 120 frames per second, it keeps fast targets smooth and smear-free on screen. As a compact electro-optical seeker, it weighs no more than 180 g and measures roughly Φ70×85 mm. Therefore, the unit slips onto interceptor drones without eating into payload budgets. Moreover, an integrated 6T edge AI module performs AI target tracking entirely onboard. Specifically, it detects people, vehicles, and drones within 50 ms. As a result, pursuit platforms no longer wait for a ground station to classify and confirm a target. Meanwhile, the two-axis servo gimbal holds the line of sight steady through hard maneuvers. Likewise, 4× digital zoom brings small or distant aircraft into clearer view. In clear weather with 8 km visibility, the seeker tracks a 0.4×0.4 m drone from at least 320 m. Larger 2×2 m platforms remain trackable at up to 1,500 m. In short, this high-speed seeker turns the most demanding pursuit missions into a stable, automated workflow. The same architecture also supports low-altitude surveillance, public-security patrol, and environmental monitoring.120 fps Imaging Meets 6T Edge AI Target TrackingAt the core of the DA0T1 high-speed seeker sits a 3.0 μm monochrome CMOS sensor behind a 12 mm fixed-focus lens. The field of view spans 18.2° horizontally and 10.3° vertically. Because the sensor outputs 120 fps, this high frame rate camera freezes motion that would smear on a 30 fps stream. Consequently, the tracking algorithm stays locked at up to 120 frames per second with an accuracy of ≤2 pixels. Furthermore, the 6T edge AI computing module drives AI target tracking with zero dependence on ground hardware. Specifically, it recognizes people, vehicles, and drones in 50 ms or less. That speed leaves an autopilot enough time to react when milliseconds decide the outcome. For instance, an interceptor drone payload carrying this seeker can acquire a small quadcopter and confirm its classification. At the same time, guidance steers the intercept while the tracker keeps the target centered. In addition, two-axis servo stabilization suppresses airframe vibration across ±30° of yaw and ±50° of pitch. Additionally, picture-in-picture display and rich OSD overlays stream camera status, target coordinates, and platform attitude to the operator. Notably, 4× digital zoom combined with AI recognition keeps small or distant targets classifiable with confidence. Together, these functions turn the electro-optical seeker into a drone tracking camera engineered for the fastest phase of an engagement.Official overview of the DA0T1 electro-optical seeker and its onboard AI target tracking architecture.High-Speed Seeker Engineering: Lightweight, Rugged, and Integration-ReadyAirborne hardware only matters if it survives the flight. Therefore, the DA0T1 high-speed seeker is built around a compact cylindrical body that weighs 180 g or less. In addition, it operates from -30°C to +60°C and withstands 200 g mechanical shock. Light to moderate rain poses no problem either. That durability covers hard launches, rapid altitude changes, and damp field conditions. Integration is deliberately straightforward. Specifically, the seeker exposes one 100 Mbps Ethernet channel plus an RS-TTL UART at 230400 bps. Power arrives over 12–28 V DC, with average consumption below 10 W. Meanwhile, a TF card slot supports up to 256 GB of FAT32 storage for H.264/H.265 video and JPEG stills. As a result, post-flight analysis stays simple. Moreover, stabilization accuracy remains within 0.5° despite the compact footprint. Gimbal travel spans ±30° in yaw and ±50° in pitch. Consequently, this high-speed seeker slots naturally into interceptor drones, low-altitude counter-UAV surveillance, public-security patrol, and forest-fire monitoring missions. Law-enforcement teams also deploy this drone tracking camera for remote monitoring and evidence-grade observation. In other words, one 180-gram electro-optical seeker covers pursuit, patrol, and inspection roles. The table below summarizes why engineering teams keep specifying this high-speed seeker.Drone tracking ranges (clear weather, visibility ≥8 km): 0.4×0.4 m targets tracked at ≥320 m, 1×1 m targets at ≥800 m, and 2×2 m platforms at ≥1,500 m. The DA0T1 high-speed seeker sustains this AI target tracking performance at 120 fps with ≤2 px accuracy.ParameterSpecificationProduct ModelDA0T1Product TypeHigh-frame-rate high-speed electro-optical seekerWeight≤180 g (visible-light version)DimensionsApprox. Φ70 × 85 mmImaging Sensor1280 × 720 monochrome CMOS, 3.0 μm pixelsFrame Rate120 fpsLens / Field of View12 mm fixed focus; 18.2° (H) × 10.3° (V)Digital Zoom4× electronic zoomAI Computing Power6T edge AIAI Detection TargetsPeople, vehicles, dronesAI Detection Time≤50 msTracking Speed / Accuracy120 fps / ≤2 pixelsDrone Tracking Distance≥320 m (0.4×0.4 m), ≥800 m (1×1 m), ≥1500 m (2×2 m)Test ConditionClear weather, visibility ≥8 kmStabilizationTwo-axis servo gimbal; ≤0.5° accuracy; yaw ±30°, pitch ±50°Interfaces1× 100 Mbps Ethernet; 1× RS-TTL UART (230400 bps)Power12–28 V DC; ≤10 W averageStorageTF card up to 256 GB (FAT32); H.264/H.265 video; JPEG photosEnvironment-30°C to +60°C; ≥200 g shock; light to moderate rainReference sheet for the DA0T1 drone tracking camera seeker, showing the Φ70×85 mm housing and full parameter list.View the DA0T1 High-Speed Seeker Product PageRelated linkswebsitehttps://uavauto.comProducthttps://uavauto.com/product/da0t1-high-frame-rate-high-speed-seeker/Phone+86 13602546081 (Mr. Wang)Emailkuiwong@hkdada.com

A Palm-Sized Thermal Eye for Small Drone PlatformsSmall UAV platforms have long faced a stubborn trade-off: capable sensors are heavy, while lightweight payloads give up capability. The DA60N mini infrared UAV pod was engineered to end that compromise. Weighing roughly 200 g, this compact turret pairs a 640×512 uncooled uav thermal camera with a high-speed tracking module. As a result, even airframes that can barely lift a smartphone gain professional-grade night surveillance ability. Moreover, the pod carries a ≥400 g launch impact rating. That rating lets it survive the violent acceleration of catapult-launched drone systems, which would knock ordinary gimbals out of alignment. Such toughness, combined with a compact Ø70 mm metal enclosure, makes the pod a natural fit for demanding assignments. Public security patrol, law enforcement pursuit, and airborne inspection are all fair game. Inside the dome, the UAV gimbal delivers 0.1 mrad stabilization accuracy and ≤0.3° angular position accuracy. Consequently, thermal imagery stays crisp through aggressive maneuvers instead of smearing into noise. The pod is equally frugal to operate. It draws only ≤6 W on average from a 12–28 V DC supply. In addition, it streams H.264/H.265 video over Ethernet, so integration stays refreshingly simple. This overview walks through the details behind those numbers. Specifically, we will examine how the thermal imaging camera performs after dark. We will also look at how the drone target tracking module behaves at ≥40°/s. Finally, we will explain why the 200 g catapult drone payload design matters for mission planners who count every gram.DA60N at a glance: approx. 200 g class weight · 640×512 thermal sensor at 50 fps · ≥40°/s drone target tracking · ≥400 g catapult launch-impact rating · ≤6 W average power draw.Inside the DA60N Mini Infrared UAV Pod: Thermal Imaging PerformanceAt the core of this mini infrared UAV pod sits an uncooled 640×512 sensor that streams full-resolution thermal video at 50 fps. Consequently, operators enjoy smooth, low-latency imagery even when the aircraft banks hard. The 19 mm infrared lens yields a 22.9° × 18.4° field of view. That envelope keeps situational awareness wide while still resolving heat sources at distance. For instance, demo footage shows highway traffic rendered in White Hot, Black Hot, and Iron Red palettes. Individual vehicles remain easy to distinguish. In total, the uav thermal camera offers six to fifteen palettes depending on the connected infrared module. Rainbow and Fusion options join the classics, and an adjustable temperature bar overlay aids interpretation. When a heat source needs closer study, digital zoom steps up to 3.0×. Meanwhile, picture-in-picture display keeps the zoomed infrared window on screen without sacrificing the wider scene. A rich OSD layer rounds things out. It overlays camera status, target information, and platform telemetry directly onto the feed, which simplifies evidence logging during night surveillance missions. Because thermal imaging camera preferences differ by task, this flexibility matters. White Hot suits general patrol work, whereas Iron Red highlights the subtle temperature gradients that forest fire monitoring demands. In short, the DA60N mini infrared UAV pod adapts to the mission instead of forcing operators to adapt to it.High-Speed Drone Target Tracking and Catapult-Ready DurabilityTracking is where many lightweight pods fall short, yet the DA60N refuses to cut corners. Its module locks onto vehicles and people automatically and sustains drone target tracking at ≥40°/s. That speed is fast enough to follow a car through tight turns without losing the lock. Operators can switch between selectable recognition modes, and the system holds targets steadily even during rapid platform maneuvers. For drone target tracking over highways, the automatic vehicle mode is a genuine time-saver. Furthermore, the gimbal pans ±45° in yaw and tilts from −75° to +45° in pitch, rotating at up to ≥100°/s. Stabilization accuracy of 0.1 mrad keeps the thermal picture steady while the airframe vibrates or dives. Durability is just as impressive. The pod shrugs off ≥400 g launch impact. Catapult-launched drone teams can therefore fire the aircraft skyward without worrying about the sensor. As a catapult drone payload, it tolerates −20°C to +55°C conditions. Protection comes from a metal housing built to EMC design standards, which also shields against interference and dissipates heat. Mechanically, the Ø70 mm body mounts on a standard 42 × 42 mm pattern with four M2.5 holes. For catapult drone payload bays, the 67.9 mm overall length tucks neatly under compact fuselages. Control runs through TTL, RS232, or S.BUS with TCP/UDP networking, while video records to MP4 for post-mission review. In conclusion, this 200 g mini infrared UAV pod pairs a sharp uav thermal camera with confident drone target tracking. For teams seeking a proven catapult drone payload, few alternatives come close.Key Specifications at a GlanceSpecificationDetailProduct typeMini infrared UAV podWeightApprox. 200 gThermal core640×512 uncooled uav thermal camera at 50 fpsLens / FOV19 mm; 22.9° × 18.4°Tracking≥40°/s; vehicle and human recognitionGimbal rangeYaw ±45°; pitch −75° to +45°Stabilization0.1 mrad; position accuracy ≤0.3°Launch impact≥400 g (catapult drone payload rated)Dimensions / mountingØ70 mm × 67.9 mm; 42 × 42 mm pattern, 4 × M2.5Power12–28 V DC; ≤6 W avg, ≤15 W maxInterfacesEthernet video (H.264/H.265, MP4); TTL/RS232/S.BUS controlTemperature−20°C to +55°C operating and storageRelated linkswebsitehttps://uavauto.comProducthttps://uavauto.com/product/da60n-mini-infrared-uav-pod-overview/Phone+86 13602546081 (Mr. Wang)Emailkuiwong@hkdada.com

A Lightweight EO/IR Gimbal Engineered for Professional UAV MissionsThe DA531 is a lightweight EO/IR gimbal that packs remarkable surveillance capability into a body weighing approximately 180 grams. Built around a high-precision three-axis gimbal stabilization platform, this compact UAV gimbal camera combines four mission tools in a single payload. These include a 5 MP visible-light sensor, a 640×512 infrared thermal module, a laser range finder, and intelligent target tracking. For operators of small and medium UAV platforms, that combination removes the usual trade-off between payload weight and mission capability.Specifically, the DA531 delivers 2.5K visible-light video at 2560×1440 resolution and up to 50 fps. Footage therefore stays sharp even while the airframe banks or vibrates. Meanwhile, the infrared channel detects heat sources day and night, which makes the DA531 a genuine thermal imaging gimbal rather than a simple daylight camera pod. In addition, picture-in-picture display, rich OSD overlays, and AI-assisted object recognition give operators immediate situational awareness during flight.As a result, this EO/IR gimbal suits a remarkably wide range of missions. Aerial reconnaissance, infrastructure inspection, public security patrol, environmental monitoring, forest fire observation, emergency rescue, and law enforcement support all benefit from its dual-sensor coverage. For example, a search and rescue drone can locate a missing person by heat signature long before a daylight search would succeed. Thermal data likewise reveals smoldering fire hotspots even through smoke. In the sections below, we examine the imaging performance, measurement functions, and rugged design in detail.DA531 at a glance: 180 g three-axis stabilized payload · 5 MP / 2.5K visible camera · 640×512 thermal sensor · 1000 m laser ranging · AI target tracking · 12–28 V DC, ≤6 W power drawHow This EO/IR Gimbal Sees Day and NightOn the electro-optical side, the DA531 uses a 1/1.8-inch 5-megapixel sensor paired with a 6 mm F2.0 lens. The result is a broad 49.8° horizontal field of view for wide-area observation. Video is transmitted and recorded at 2560×1440 at up to 50 fps, compressed with efficient H.265 encoding. Furthermore, 10× digital zoom lets operators examine distant subjects closely without losing wide-area awareness. Photos are captured as 2560×1440 JPEG files. Meanwhile, the onboard TF card slot supports up to 256 GB of storage on a FAT32 file system.The infrared channel is equally capable. For instance, the thermal sensor outputs 640×512 or 256×192 imagery at frame rates up to 50 Hz. Its 9.1 mm F1.0 lens, 12 μm pixel pitch, and 8–14 μm working wavelength keep heat signatures clearly resolved. Consequently, vehicles, people, fire hotspots, and thermal anomalies remain visible in total darkness, haze, or glare. In other words, the DA531 keeps working when ordinary cameras go blind.Moreover, dual-light fusion blends the visible and thermal channels into one combined view. Picture-in-picture display, meanwhile, shows both feeds simultaneously for instant comparison. That flexibility is what separates a true thermal imaging gimbal from an ordinary drone camera. Combined with the rock-steady three-axis gimbal platform, the DA531 delivers smooth, information-rich imagery throughout every flight.Laser Ranging, AI Target Tracking, and Field-Ready DurabilityBeyond imaging, the three-axis gimbal also functions as a precision measurement tool. To begin with, the built-in laser range finder measures distances from roughly 5 m to 1000 m. Ranging accuracy is ±1 m at a measurement frequency of 1–5 Hz. Operators can therefore determine exactly how far a target sits from the drone. In addition, the gimbal outputs target latitude and longitude coordinates, which turns raw observations into actionable geolocation data. Emergency response teams can share those coordinates directly with ground units.AI-assisted tracking adds another layer of capability. Specifically, the system automatically recognizes and follows vehicles and people, holding the target locked in frame as it moves. This uav detection and tracking performance makes the payload valuable for public safety drones and border patrol alike. Meanwhile, rich OSD overlays layer camera status, target information, and platform data directly onto the live video feed.Integration is straightforward as well. The EO/IR gimbal streams video over Ethernet using TCP/UDP protocols and accepts control commands through TTL, RS232, or S.BUS interfaces. Power requirements are modest, with a 12–28 V DC input and average consumption of 6 W or less. Flight time is therefore preserved on weight-sensitive platforms. Finally, the build quality matches the capability. This three-axis gimbal operates from -20°C to +55°C and withstands shocks of 400 g or more. In conclusion, the DA531 EO/IR gimbal is a compact yet complete UAV gimbal camera. It delivers professional surveillance performance without the burden of heavy payloads.View Full DA531 Specifications and Integration DetailsRelated linkswebsitehttps://uavauto.comProducthttps://uavauto.com/product/da531-three-axis-eo-ir-gimbal-overview/Phone+86 13602546081 (Mr. Wang)Emailkuiwong@hkdada.com

Why the Flight Controller Defines Your Build Every FPV build starts with one decision that shapes everything else: the flight controller. In the F405 vs F722 vs H743 debate, the right answer depends on your frame, your firmware, and how far you plan to push tuning. Therefore, this guide compares all three boards using manufacturer specifications only. The comparison covers the D-F405 V3, the D-F722 V2, and the D-H743. Moreover, all three share the same 30.5mm mounting pattern, so the choice comes down to computing power, sensors, and logging. As a result, you can move between them without changing your frame. One Mounting Standard, Three Levels of Computing All three boards use STM32 processors from different performance classes. Specifically, the F405 V3 runs an STM32F405RGT6 (Cortex-M4), the F722 V2 an STM32F722RET6 (Cortex-M7), and the H743 an STM32H743VIH6 (Cortex-M7, the top tier). In other words, the ladder goes value, then performance, then maximum headroom. However, the MCU is only part of the story. Gyro configuration, BlackBox capacity, and power rails differ just as much across the three boards. Spec D-F405 V3 D-F722 V2 D-H743 MCU STM32F405RGT6 (Cortex-M4) STM32F722RET6 (Cortex-M7) STM32H743VIH6 (Cortex-M7) Gyro ICM42688P ICM42688P MPU6000 + optional BMI270×2 Barometer SPL06 BMP280 BMP280 / DPS310 / MS5611 (optional) BlackBox 16MB (microSD) 16MB 128MB Motor outputs 8 8 8 UARTs 5 5 5 BEC output 5V/2.5A, 9V/3A 4.5V/2A, 5V/2.5A, 9V/3A 5V/2A, 5.9V/3A Weight 9.6g 9.4g 8.8g Board size 36×36mm 37×37mm 37×37mm Mounting 30.5×30.5mm 30.5×30.5mm 30.5×30.5mm Firmware name RCF405V3 / RCF405V3SD RCF722V2 RCH7DUAL D-F405 V3: The Lightweight All-Rounder The D-F405 V3 pairs its STM32F405RGT6 with an ICM42688P gyro and an SPL06 barometer. In addition, it carries onboard OSD, a 16MB BlackBox on microSD, and Bluetooth for wireless tuning. Digital FPV pilots get extra convenience here. For instance, the board supports DJI Vista and camera switching directly, plus a Type-C port for quick firmware updates. At 9.6g and 36×36mm, it is a simple route to a clean 3–5 inch freestyle or cinewhoop build. Meanwhile, receiver support spans ELRS, CRSF, S.BUS, FrSky, Futaba, FlySky, TBS Crossfire, and DSMX. D-F722 V2: Built for X8 Racing The D-F722 V2 steps up to an STM32F722RET6 while keeping the same ICM42688P gyro and adding a BMP280 barometer. Meanwhile, it supports both BetaFlight and iNav, which matters if you race and also fly long-range firmware. Connectivity is the strong suit. Specifically, five UARTs, eight motor outputs, and three BEC rails (4.5V/2A, 5V/2.5A, 9V/3A) power a full racing stack with room for peripherals. The board weighs 9.4g at 37×37mm. Therefore, it drops into any standard 30.5mm stack without a weight penalty. D-H743: The Tuning Powerhouse The D-H743 is the flagship of the three. Its STM32H743VIH6 delivers the most processing headroom, and its 128MB BlackBox records far longer tuning sessions than the 16MB chips on the other boards. Sensor configuration is unique here. The standard MPU6000 can be joined by two optional BMI270 gyros, plus a choice of BMP280, DPS310, or MS5611 barometers. As a result, it is the only board of the three set up for gyro redundancy. With 3–6S direct input (12V–25.2V) and 5V/2A plus 5.9V/3A BEC rails, it targets heavier long-range and precision builds. The package also includes two 8PIN SH1.0 signal wires and four M3×8 shock-absorbing balls. F405 vs F722 vs H743: Which Board Fits Your Frame For lightweight 3–5 inch freestyle frames, the D-F405 V3 is the value answer in the F405 vs F722 vs H743 matchup. Its DJI Vista support and Bluetooth tuning make daily flying convenient, and 9.6g suits small builds. For X8 racing frames and pilots who switch between BetaFlight and iNav, the D-F722 V2 fits best. Moreover, its three BEC rails simplify wiring on dense racing stacks. For heavy 7 inch, long-range, or data-heavy builds, choose the D-H743. The Cortex-M7 headroom handles demanding filters, while 128MB logging captures every flight for analysis. 3–5 inch freestyle / cinewhoop, digital FPV convenience → D-F405 V3 X8 racing, BetaFlight + iNav, heavy peripheral loads → D-F722 V2 6S long-range, gyro redundancy, deep BlackBox tuning → D-H743 Quick Checklist Before You Order Confirm the firmware target name: RCF405V3, RCF722V2, or RCH7DUAL. Check your battery: the D-H743 takes 3–6S (12V–25.2V) direct input. Match your receiver: all three support ELRS, CRSF, S.BUS, FrSky, Futaba, FlySky, TBS Crossfire, and DSMX. Plan your logging: 16MB on the F405/F722, 128MB on the H743. Finally, remember that all three boards share 30.5mm mounting and eight motor outputs. In other words, your frame will accept any of them, so let your flying style make the decision. Related links website https://uavauto.com Products D-F405 V3 Flight Control D-F722 V2 Flight Controller D-H743 Flight Controller Phone +86 13602546081 (Mr. Wang) Email kuiwong@hkdada.com  

Introducing the Trac-DA053LE Video Tracking BoardThe Trac-DA053LE video tracking board is a highly compact AI tracking module engineered for embedded applications where space and weight are critical. Weighing only 10 grams and measuring just 36mm in diameter by 12mm in height, this ultra-lightweight board delivers powerful video tracking capabilities. Consequently, it is an ideal choice for miniature UAVs, robotics, and defense systems. The board features a MIPI input interface, allowing seamless integration with modern high-resolution cameras. In addition, it outputs a network RTSP stream for real-time monitoring and analysis. These connectivity options, together with dual Fast Ethernet ports, RS422 serial, and USB 2.0, provide robust data handling. Moreover, the video tracking board includes 8GB of on-board memory, eliminating external storage needs. Therefore, the Trac-DA053LE excels in demanding embedded video tracking scenarios. Its low power consumption, typically below 4W, ensures extended operation without thermal issues. As a dedicated uav tracking board, it integrates easily into drone platforms for covert surveillance and target tracking. Consequently, developers can rely on this ai tracking module as a core component for next-generation embedded video tracking systems.Key Specifications at a Glance: 10g weight, 36mm diameter, 12mm height,

Introducing the DT30DL: A Powerful Laser Rangefinder Gimbal for DronesThe DT30DL is a versatile laser rangefinder gimbal designed for demanding drone surveillance missions. This multi‑sensor payload integrates a 30× optical zoom camera, a thermal imaging payload, and a precise laser rangefinder. Moreover, it offers AI object tracking for autonomous target following. Thanks to AI object tracking, operators can focus on mission objectives while the gimbal automatically follows vehicles or people. Consequently, operators can identify, track, and measure targets both day and night. With its compact design and three‑axis stabilization, the DT30DL provides clear imagery even during high‑speed maneuvers. In addition, the laser rangefinder gimbal supports unlimited 360‑degree yaw rotation for continuous panoramic monitoring. Therefore, it excels in law enforcement, border patrol, and environmental inspection. The laser rangefinder measures distances from 30 to 3000 meters, enabling accurate target positioning. As a result, drone surveillance gimbal performance is significantly enhanced. Designed as a professional drone payload, this laser rangefinder gimbal weighs only 1200 g, ensuring broad UAV compatibility. The gimbal’s dual‑field thermal imaging payload delivers crisp infrared video in total darkness, while the Full HD visible camera captures fine details. Overall, the DT30DL is a comprehensive solution for modern aerial observation.Key Features of the DT30DL Laser Rangefinder GimbalThe DT30DL laser rangefinder gimbal boasts an impressive sensor configuration: a 30× continuous optical zoom EO camera, a fixed wide‑angle camera, and a dual‑field thermal imaging payload. Specifically, the thermal payload combines a 13.5 mm wide lens for area scanning and a 50 mm telephoto lens for long‑range observation. Additionally, the thermal core resolves 640×512 pixels at 60 fps, delivering crisp infrared video. Meanwhile, the visible‑light cameras capture Full HD 1080p at 60 fps. The three‑axis gyro‑stabilized gimbal ensures vibration‑free footage. Furthermore, the integrated laser rangefinder provides accurate distance data up to 3000 meters. Notably, the gimbal supports AI object tracking for vehicles and people, enhancing situational awareness. For convenience, it features picture‑in‑picture display and multiple thermal color palettes. The DT30DL also supports H.264/H.265 video encoding and on‑screen display of critical data. Operators can benefit from the picture‑in‑picture display that overlays visible and thermal feeds for quick comparison. The rich on‑screen display (OSD) presents target coordinates, range data, and platform status. Control is achieved via RS232 or Network TCP, supporting both standalone and integrated UAV systems. As a result, it is a powerful drone surveillance gimbal for professionals.Key Takeaway: The DT30DL’s integrated laser rangefinder measures distances up to 3,000 m with high accuracy, making it a top choice for long‑range drone surveillance and precision target acquisition.30× continuous optical zoom (4.5–135 mm) for wide‑area and detailed inspection.Dual‑field thermal imaging payload with 640×512 resolution at 60 fps.Laser rangefinder: 30–3000 m distance measurement and target‑position calculation.AI object tracking for automatic vehicle and human recognition.Unlimited 360° yaw rotation and three‑axis stabilization for clear imagery in motion.Ideal as a drone surveillance gimbal for long‑range monitoring and border patrol.Advanced Thermal Imaging Payload and AI Tracking for Drone SurveillanceThe DT30DL laser rangefinder gimbal excels in diverse operational scenarios. For instance, in forest fire monitoring, the dual‑field thermal imaging payload quickly detects heat sources over large areas. In law enforcement, the laser rangefinder gimbal enables precise target ranging and evidence collection. Moreover, the AI object tracking feature automatically follows suspects or vehicles, relieving operator workload. During border patrol, the unlimited 360‑degree rotation and 30× zoom allow continuous surveillance without blind spots. Meanwhile, the thermal imaging payload provides clear footage in total darkness, smoke, or fog. Additionally, the drone surveillance gimbal integrates seamlessly with UAV platforms via RS232 or TCP control. Its quick‑release mount simplifies field deployment. Consequently, the DT30DL is an indispensable tool for search and rescue, infrastructure inspection, and public safety. The drone surveillance gimbal’s rugged construction allows reliable operation in temperatures from –20°C to +50°C. This laser rangefinder gimbal also supports target‑position calculation for mission planning. Multiple thermal color palettes, including White Hot and Iron Red, enhance situational interpretation.Shop NowRelated linkswebsitehttps://uavauto.comproduct-linkhttps://uavauto.com/product/dt30dl-multi-sensor-dual-field-eo-ir-laser-rangefinder-gimbal/Phone+86 13602546081 (Mr. Wang)Emailkuiwong@hkdada.com

Multi-Sensor Aerial Vision, RedefinedWhen a mission calls for unblinking observation at any hour, the DS30E triple-sensor EO/IR gimbal steps up as a compact yet powerful thermal drone camera. This UAV payload packs a 30× continuous optical zoom visible camera, a fixed wide‑angle lens, a high‑resolution 1280×1024 infrared thermal imager, and a precise laser rangefinder into a single unit. Designed for public safety, border patrol, infrastructure inspection, and search and rescue, the gimbal delivers clear 1080p video at 60 fps alongside real‑time heat‑signature detection. An integrated AI engine recognises vehicles and people and locks onto them with selectable tracking modes. With three‑axis gyro‑stabilisation achieving an accuracy of 0.1 mrad, images stay rock‑steady even during aggressive manoeuvres. The unlimited 360‑degree yaw rotation ensures no target slips out of sight. Furthermore, the gimbal supports H.264/H.265 encoding, streaming video over IP while storing MP4 recordings on board. Comprehensive on-screen display (OSD) overlays range data, coordinates, and camera status, keeping the operator informed without shifting focus. Input voltage ranges from 12 V to 28 V DC, and average power draw of 16 W minimises battery drain, extending flight times. The laser rangefinder not only reports distance but also calculates the target’s geographic position, a critical asset for evidence‑grade documentation. Whether commanding a public security operation or monitoring critical infrastructure, this thermal drone camera’s triple‑sensor synergy turns raw data into rapid decisions.Why the DS30E EO/IR Gimbal Outperforms Single‑Sensor SystemsTraditional single‑sensor payloads force operators to choose between detailed zoom, wide‑area awareness, or thermal detection. The DS30E laser rangefinder gimbal eliminates that compromise. Its 4.3‑129 mm zoom lens provides 30× optical magnification, letting you inspect a distant object without pixel‑degrading digital zoom. Meanwhile, the separate 2.8 mm fixed EO camera maintains a broad context view. At the thermal end, the 50 mm telephoto infrared lens picks up heat signatures with a tight 17.4°×14° field of view, making it suitable for spotting vehicles or people at long range. In addition, this ai tracking gimbal leverages a deep‑learning algorithm that distinguishes humans from other moving objects, maintaining a reliable lock even when the target temporarily passes behind foliage or structures. The laser rangefinder measures distances from 30 m out to 3 km with ±1 m accuracy, feeding geo‑referenced coordinates to ground control software. A picture‑in‑picture display overlays the visible and thermal feeds side by side, so an operator can correlate a heat signature with the zoomed optical image in real time. Operators can switch between six infrared colour palettes—White Hot, Black Hot, Iron Red, Rainbow, Fusion—and toggle a temperature‑bar overlay to instantly gauge heat intensity. The tracking system maintains a lock at speeds up to 40°/s, enough to follow a car on a highway. Moreover, the gimbal communicates via RS232 or Network TCP, so it integrates into familiar ground‑control applications without extra hardware. Combined with H.264/H.265 network streaming, the DS30E drops right into existing command‑and‑control workflows. Built for the Field: Reliable EO/IR Gimbal in Any ConditionAt roughly 1500 g, the DS30E remains light enough for most medium‑to‑large UAVs yet robust enough for continuous use in temperatures from -20 °C to +50 °C. The quick‑release mounting plate with four M3 screws simplifies swapping between aircraft, minimising downtime during multi‑drone operations. An onboard temperature bar and multiple infrared colour palettes let the operator tailor the thermal drone camera output to the environment. When used in law enforcement or forest fire monitoring, the ai tracking gimbal automatically follows a suspect vehicle or a spreading hot spot, freeing the pilot to focus on the bigger picture. The laser rangefinder gimbal also calculates target position, enabling precise geo‑tagging for subsequent mapping or evidence reports. Power consumption averages only 16 W, with a peak of 30 W, allowing extended flight endurance when paired with a high‑capacity battery. The pitch axis travels from -100° to +100°, enabling full overhead inspection of bridges or tower undersides. Roll correction of ±50° compensates for banking turns. With a maximum angular velocity above 100°/s, the gimbal can slew rapidly to a new target on command. Additionally, the four M3 mounting holes align with popular UAV platforms, and the quick‑release plate lets a single technician swap payloads in seconds. In a search‑and‑rescue scenario, the combination of the 30× zoom EO camera and the 50 mm thermal lens can pick out a person’s heat signature from kilometres away, while the laser rangefinder delivers precise coordinates to rescue teams. From perimeter patrol to pipeline inspection, the DS30E delivers consistent, stabilised imagery that cuts through smoke, haze, and darkness—proving that one well‑designed payload can replace multiple mission‑specific cameras.Related linkswebsitehttps://uavauto.comproduct-linkhttps://uavauto.com/product/ds30e-triple-sensor-eo-ir-laser-rangefinder-gimbal/Phone+86 13602546081 (Mr. Wang)Emailkuiwong@hkdada.com

Unrivaled Precision in a 430g Micro Gimbal PodThe DD360Pro micro gimbal pod is redefining what compact aerial payloads can achieve. Weighing no more than 430 grams, this triple-mode EO/IR system packs a Full HD visible-light camera, a 640×512 thermal imaging gimbal, and laser rangefinder functionality into a rugged three-axis stabilized platform. As a result, operators gain exceptional imagery stability and target awareness across day, night, and challenging weather. Moreover, the device’s 10× continuous optical zoom with a 4.7–47 mm focal range enables rapid transitions from wide-area 61.3°×36.9° fields to narrow 6.8°×3.9° identification views. Consequently, the DD360Pro serves as an ideal drone surveillance pod for public security, environmental monitoring, and infrastructure inspection. Notably, its advanced automatic target recognition tracks vehicles and people in real time, while picture-in-picture display merges thermal and EO video for immediate verification. In addition, H.264/H.265 network streaming and MP4 storage simplify data management. For compact UAV platforms, the quick-release mounting design and 12–28 V power input make integration remarkably straightforward. Overall, this micro gimbal pod delivers precision, versatility, and ruggedness that traditional larger payloads often lack. From law enforcement to forest fire detection, its sensor fusion and stabilization accuracy of 0.1 mrad guarantee mission-ready performance every flight.Key Takeaway: The DD360Pro’s 430g design and triple-mode EO/IR capabilities deliver professional-grade drone surveillance in a compact, easy-to-integrate package perfect for multi-rotor UAVs.Advanced Features and Engineering of the DD360Pro Micro Gimbal PodBeneath its lightweight shell, this thermal imaging gimbal houses a true three axis gimbal with unlimited 360° yaw, −100° to +100° pitch, and ±45° roll leveling. Therefore, even during aggressive UAV banking, footage stays smoothly locked on target. Furthermore, the 640×512 infrared camera runs at 60 fps and supports up to 15 color palettes—including White Hot, Iron Red, and Fusion—letting operators highlight heat signatures in smoke, darkness, or dense foliage. Meanwhile, the visible‑light channel captures full 1920×1080 video at 60 fps, giving crisp detail for evidence gathering and wide-area sweeps. Another standout is the intelligent object tracking, which automatically follows vehicles and humans, freeing pilots for navigation. Additionally, rich OSD overlays display coordinates, platform status, and target data directly on the video feed. With on‑board MP4 recording and dual‑stream H.264/H.265 encoding, the micro gimbal pod ensures both live and archived footage remain sharp and easily shareable. Its RS232 and TCP interfaces, in turn, make integration with existing drone autopilots seamless.Real-World Applications: Drone Surveillance and Inspection MissionsThe DD360Pro drone surveillance pod excels across a spectrum of demanding scenarios. For public safety teams, it streams stabilized visible‑light and thermal video during crowd monitoring and emergency response. Likewise, forestry services rely on its 640×512 thermal resolution to detect hidden hotspots through smoke, enabling early wildfire intervention. In law enforcement and border patrol, the pod’s automatic vehicle–person recognition and pinpoint tracking dramatically improve situational awareness over long distances. Similarly, infrastructure inspectors use the three axis gimbal’s vibration‑compensated Full HD zoom to examine power lines, pipelines, and tower structures without risking crew safety. Search and rescue missions, moreover, benefit from the thermal imaging gimbal’s ability to locate heat signatures at night or in dense terrain—all while the laser rangefinder confirms target distance. Thanks to the low‑power design (≤10 W average) and quick‑release mount, even small quadcopters can carry the DD360Pro for multi‑rotor UAV patrols. This micro gimbal pod, in essence, scales professional-grade overhead intelligence into a payload that almost any drone can lift.Related linkswebsitehttps://uavauto.comproduct-linkShop the DD360Pro Micro Gimbal PodPhone+86 13602546081 (Mr. Wang)Emailkuiwong@hkdada.com

D-C8110UV: A Compact 4K Drone Camera Module for Demanding UAV MissionsThe D-C8110UV is a powerful and lightweight drone camera module engineered for professional UAV applications. Delivering stunning 8MP resolution at 4K (3840×2160) and 10x optical zoom, this 4K drone camera captures crisp, detailed aerial footage even in challenging lighting conditions. Thanks to its starlight low illumination capability—down to 0.001 Lux in color and 0.0005 Lux in B/W—the module excels as a reliable UAV surveillance camera for nighttime and low‑visibility operations. Weighing only 101 grams and measuring a compact 61.5×55×42.4mm, it integrates seamlessly into small drone airframes without sacrificing performance. Its integrated 1T intelligent calculation engine enables deep‑learning algorithms for motion detection, backlight compensation, and preset patrols—turning this optical zoom module into a smart sensor hub for industrial inspection, perimeter security, and smart city monitoring.Why a 10x Optical Zoom Module Is Essential for Drone OperationsWhen operating a UAV at altitude, a fixed wide‑angle lens often falls short when you need to inspect distant objects or track moving targets. That’s where the optical zoom module in the D-C8110UV becomes indispensable. Its 4.8mm–48mm focal length provides 10x optical zoom and a horizontal field of view from 62° down to 7.6°, allowing operators to switch from broad area scanning to close‑up detail with a single command. Combined with 16x digital zoom and an aperture range of F1.7–F3.1, this drone camera module delivers sharp, low‑noise imagery at all magnification levels. Moreover, the camera’s H.265/H.264/MJPEG triple‑stream encoding ensures efficient bandwidth usage while maintaining 4K live output at 30 fps. Whether you’re inspecting power lines, monitoring traffic, or conducting search‑and‑rescue missions, the zoom capability lets you gather critical visual data from a safe distance—reducing drone fly‑bys and extending flight time.Built for Surveillance: Starlight Low Illumination and Intelligent FeaturesA UAV surveillance camera must perform consistently in unpredictable environments, and the D-C8110UV meets that challenge head‑on. Its 1/2.8" Progressive Scan CMOS sensor, coupled with 3D noise reduction and backlight compensation, ensures clear video even when the drone transitions from bright sunlight to deep shadow. The module’s starlight‑class sensitivity (0.001 Lux color, 0.0005 Lux B/W) makes it fully functional under moonlight or urban street lighting, while support for an IR cut filter enables true 0 Lux operation with external IR illuminators. On the intelligence side, motion detection, 255 presets, and 8 patrol routes give operators automated surveillance workflows. The camera stores up to 256 GB of event footage on a Micro SD card and streams over ONVIF‑compliant protocols for seamless integration into existing security ecosystems. At just 2.5W typical power consumption (4W max) and an operating temperature range of −30°C to 60°C, this 4K drone camera is purpose‑built for 24/7 mission readiness.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

Inside the DS403: Precision Engineering Meets AI-Powered IntelligenceThe modern drone industry demands surveillance tools that balance performance with portability. The DS403 miniature electro-optical pod meets this challenge head-on, packing professional-grade imaging and tracking capabilities into an incredibly compact form factor. Unlike traditional payload systems that force operators to choose between image quality and weight, this drone AI pod integrates dual-spectrum cameras, AI-driven intelligence, and laser precision in a unit weighing less than 580 grams. For law enforcement agencies, military units, and emergency responders, the DS403 represents a significant upgrade in aerial awareness. The thermal imaging pod component provides clear heat signatures through smoke, darkness, and camouflage, while the 4K visible light camera captures cinematic detail for evidence gathering and analysis. As a complete UAV surveillance pod, it transforms ordinary drones into sophisticated observation platforms capable of autonomous target locking and real-time tracking. Engineered with a two-axis gyro stabilization system achieving ≤0.2mrad accuracy, the DS403 maintains rock-steady imagery even during aggressive drone maneuvering. Its laser rangefinder extends to 3000 meters with ±2m precision, enabling accurate distance measurements for targeting and situational assessment. The AI engine processes images at 50Hz, automatically detecting, classifying, and tracking objects of interest without manual operator input. Consequently, operators benefit from reduced cognitive load while the DS403 miniature electro-optical pod handles demanding surveillance tasks autonomously.Key Highlights of the DS403 Pod4K visible light and thermal infrared dual cameras for day and night operationsAI-powered automatic target tracking with 50Hz image recognitionLaser rangefinder with 3000m range and ±2m accuracyUltra-low power consumption at just 10W for extended missionsLightweight design under 580g, ideal for diverse drone platformsTwo-axis gyro stabilization with ≤0.2mrad precisionTechnical Specification GridWeight≤580gStabilization≤0.2mradIR Resolution640×512Visible Camera4K Ultra HDLaser Range15m–3000mPower Draw≤10WOperating Temp-20°C to +55°CAngular Velocity≥60°/sDual-Spectrum Camera System: 4K Visible and Thermal InfraredOne of the standout advantages of the DS403 miniature electro-optical pod is its integrated dual-sensor imaging array, which eliminates the need for separate payloads. The high-resolution 4K visible light camera delivers crisp, cinema-quality footage with exceptional detail retrieval, making it invaluable for evidence collection, infrastructure inspection, and threat identification. Furthermore, the lens system offers both wide and narrow field-of-view configurations, ranging from 38.4°×22.2° at 8mm to 12.7°×7.2° at 25mm, giving operators flexible viewing options without hardware swaps. On the thermal side, a 640×512 infrared sensor with a 14.6°×11.7° field of view captures precise heat signatures through complete darkness, fog, smoke, and light foliage. This dual-spectrum capability ensures that the DS403 remains fully operational around the clock. Notably, the transition between visible and thermal imaging is seamless, allowing drone pilots to adapt instantly to changing environmental conditions.For search and rescue teams working in smoke-obscured disaster zones, the thermal imaging pod component of the DS403 can mean the difference between a successful recovery and a missed opportunity. Heat signatures cut through visual obstacles that would blind standard cameras.AI-Powered Target Tracking and Precision Laser RangingAt the heart of the DS403's intelligence capability lies a sophisticated AI engine operating at a 50Hz image recognition frequency. This drone AI pod can automatically detect, classify, and lock onto moving targets, maintaining track even through temporary occlusions and rapid directional changes. As a result, human operators are freed from constant manual gimbal adjustments, allowing them to focus on higher-level mission decisions. The onboard laser rangefinder extends the pod's utility significantly, measuring distances from 15 meters up to 3000 meters for a standard 4m×6m vehicle target with ±2m accuracy. Specifically, this enables precise geolocation of objects, accurate artillery spotting, and safe standoff distances during covert operations. Moreover, the ranging frequency of up to 5Hz provides near-real-time distance updates as the target or drone moves through three-dimensional space. Together, the AI and laser systems form a powerful sensor fusion loop that dramatically simplifies complex surveillance tasks.Gyro Stabilization and Ultra-Low Power EfficiencyHigh-quality imagery demands an equally capable stabilization platform, and the DS403 delivers through its two-axis gyro system with stabilization accuracy ≤0.2mrad. Angular movement is managed effortlessly, with maximum angular velocity ≥60°/s and acceleration ≥100°/s² covering the full ±150° azimuth and -90° to +30° pitch range. Therefore, even during aggressive flight maneuvers, the footage remains silky smooth and tactically useful. In addition, the DS403 operates on a flexible 14VDC to 28VDC power input while consuming no more than 10 watts total. Consequently, smaller drones with limited battery capacity can carry this UAV surveillance pod without sacrificing flight endurance. The wide operating temperature range from -20°C to +55°C further confirms the DS403's suitability for diverse operational theaters, from arctic patrols to desert reconnaissance.Explore the DS403 Pod →Real-World Applications: Tactical Ops and Emergency ResponseThe DS403 miniature electro-optical pod proves its versatility across a broad spectrum of use cases. Military and law enforcement units rely on its long-range laser measurement and AI-driven tracking for covert perimeter surveillance and suspect monitoring. Meanwhile, firefighting agencies deploy the thermal imaging pod capabilities to locate hotspots and trapped individuals within burning structures. Similarly, border patrol and maritime security teams leverage the dual-camera system to track vessels and personnel at extended ranges. For wildlife conservation efforts, this drone AI pod assists in non-invasive animal monitoring and anti-poaching patrols, particularly in low-light conditions. Each of these scenarios benefits from the DS403's unique combination of lightweight construction, crystal-clear imaging, and intelligent automation.Related linkswebsitehttps://uavauto.comproduct-linkhttps://uavauto.com/product/ds403-miniature-electro-optical-pod/Phone+86 13602546081 (Mr. Wang)Emailkuiwong@hkdada.com