Lynx-H: Ultra-Lightweight UAV Gimbal SolutionThe DS60L Lynx-H represents a breakthrough in aerial imaging technology, delivering professional-grade stabilization in an remarkably compact package. This 85g dual-light thermal fusion gimbal combines visible light and infrared capabilities with high-precision laser ranging, making it an ideal choice for modern UAV applications. Whether you're conducting border patrol, search and rescue operations, or infrastructure inspections, the Lynx-H provides the stability and clarity needed for critical missions. Its two-axis stabilization system achieves 0.1 mrad accuracy, ensuring crystal-clear imagery even during high-speed maneuvers. The gimbal's wide 12-28V voltage input and exceptional ≥400g shock resistance make it perfect for deployment on various unmanned platforms, from compact quadcopters to fixed-wing drones.Dual-Light Thermal Fusion TechnologyThe DS60L Lynx-H gimbal features advanced dual-light thermal fusion that seamlessly integrates visible light and infrared thermal imaging sensors. This intelligent fusion algorithm presents both detailed color information and accurate heat source localization in a single unified view. Operators can quickly identify targets across various lighting conditions, from bright daylight to complete darkness. The 1920×1080 resolution at 60 fps ensures smooth, high-definition video capture for documentation and analysis. Combined with the 19.7° × 11° field of view using the 16mm lens, the Lynx-H delivers comprehensive situational awareness for UAV reconnaissance missions. This thermal fusion capability makes the gimbal particularly valuable for search and rescue operations, where detecting human presence or heat signatures can save lives.Precision Stabilization and TrackingWhen it comes to aerial imaging, stabilization is paramount, and the Lynx-H gimbal excels with its two-axis precision stabilization system. The pitch and yaw axes utilize real-time attitude sensing and advanced servo control to dynamically eliminate jitter and vibration. With a stabilization accuracy of 0.1 mrad (1°/2Hz, 1σ) and motor encoder accuracy of ≤0.3°, this UAV gimbal delivers professional-grade image stability. The intelligent dynamic tracking module enables automatic target lock and continuous following at speeds ≥40°/s, even in crowded scenes or variable lighting conditions. The extensive yaw range of -110° to +110° and pitch range of -100° to +40° provide complete coverage, while the max angular velocity of ≥100°/s ensures rapid target acquisition. These features make the Lynx-H invaluable for tracking moving targets during aerial surveillance operations.Lightweight Design and DurabilityWeighing only 85 grams, the DS60L Lynx-H sets a new standard for lightweight UAV gimbal solutions without compromising structural integrity. This remarkable weight reduction significantly improves portability and extends flight time for small UAVs and handheld applications. Despite its featherlight construction, the gimbal meets rigorous EMC design specifications and withstands launch impacts of ≥400g, ensuring reliable operation in demanding environments. The wide voltage input range of 12-28V enables versatile platform integration across different drone systems and power configurations. Average power consumption of ≤10W (max ≤20W) ensures efficient energy usage, further extending operational duration. Operating reliably in temperatures from -20°C to +60°C, this gimbal is built to perform in extreme conditions, making it suitable for both desert and arctic deployments.Applications and IntegrationThe versatility of the Lynx-H gimbal extends across multiple application scenarios, from UAV-mounted reconnaissance to handheld observation. For border patrol and search and rescue operations, the dual-light thermal fusion provides long-distance observation capabilities with real-time target tracking. Field operators can easily integrate this 85g gimbal into handheld devices for dismounted tactical missions, enabling target identification and range data acquisition in challenging environments. The gimbal also enhances security patrols, unmanned bomb disposal, and environmental monitoring on mobile ground platforms and robots. Vehicle and robot platform integration is straightforward via serial port control interface with network (RTSP) video output. The high-precision laser ranging module measures distances from 5 to 1200 meters with ±1m accuracy, providing real-time range feedback for precise targeting and mission coordination.Related linkswebsitehttps://uavauto.comproduct-linkhttps://uavauto.com/product/ds60l-lynx-h-gimbal/
Tactical IMU Navigation System with Centimeter-Level GPS Accuracy | DAIMU 501/701 The DAIMU 501/701 is a cutting-edge tactical-grade all-in-one navigation system engineered for centimeter-level precision positioning across demanding operational environments. This advanced RTK GPS IMU system integrates high-precision array IMU, barometer, magnetometer, and multi-mode satellite positioning technology into a compact, rugged housing designed for aerospace, UAV autonomous flight, automotive, marine navigation, and industrial machinery automation applications. By combining these sophisticated sensors with real-time kinematic technology, this tactical navigation system delivers exceptional positioning accuracy while maintaining military-grade performance standards. The direct output of positioning, attitude, heading, and altitude data eliminates complex post-processing requirements, enabling seamless integration into autonomous platforms and precision navigation systems for various industrial applications. Advanced Multi-Mode RTK GPS Positioning Technology The DAIMU 501/701 incorporates sophisticated multi-mode RTK GPS positioning technology that supports GPS, GLONASS, Galileo, BeiDou, and SBAS satellite systems, ensuring reliable centimeter-level RTK accuracy even in challenging signal environments. The integrated RTK (Real-Time Kinematic) module works in conjunction with the multi-mode satellite positioning system to deliver absolute positioning precision required by tactical and aerospace applications. This strategic combination enables the GPS IMU navigation system to maintain positioning accuracy during high-dynamic maneuvers and in areas with partial satellite coverage. The tactical-grade IMU provides continuous attitude tracking, while the multi-mode RTK GPS positioning fills gaps when satellite signals are degraded or unavailable. By supporting multiple satellite navigation systems simultaneously, the device ensures robust positioning performance across diverse global regions and operational scenarios. Integrated High-Precision Tactical IMU Sensor Array The core of this tactical navigation system lies in its integrated high-precision array IMU (Inertial Measurement Unit), which features ultra-low noise characteristics and excellent bias stability for precise motion tracking. The tactical IMU provides tactical-grade attitude determination with exceptional reliability during GPS outages or interference conditions. The addition of barometer and magnetometer sensors complements the IMU and RTK GPS data, enabling altitude determination relative to mean sea level and absolute heading reference. This strategic sensor fusion approach provides four key datasets directly: centimeter-level RTK positioning, tactical-grade attitude, absolute heading, and altitude information. The high-performance MCU processes all sensor data internally, eliminating the need for external computing units and reducing system complexity. Rigorous factory calibration and acceptance testing ensure each unit meets the demanding specifications required for aerospace and harsh environment applications. Direct Output and Seamless Platform Integration The DAIMU 501/701 navigation system excels in direct output capabilities, delivering critical positioning data without requiring complex post-processing algorithms. This direct output functionality enables immediate utilization of positioning, attitude, heading, and altitude information by control systems and autonomy algorithms. The compact, rugged design facilitates seamless integration into various platforms, from aerial systems to marine vessels and autonomous vehicles. The tactical-grade performance maintains superior accuracy under high-dynamic conditions, supporting applications where precision cannot be compromised. Whether deployed in aerospace navigation, UAV autonomous flight, automotive systems, or industrial machinery automation, this navigation system provides reliable centimeter-level precision. The integration of RTK GPS and multi-mode positioning ensures absolute accuracy, while the tactical IMU delivers continuous, stable tracking performance for demanding operational environments. Applications Across Multiple Industries The versatility of this tactical IMU navigation system enables deployment across numerous industries requiring high-precision positioning and attitude determination. In aerospace applications, the system provides attitude reference and navigation data essential for flight vehicle control and guidance. UAV platforms benefit from the centimeter-level RTK positioning and tactical-grade attitude data required for autonomous flight operations in complex environments. Automotive and autonomous driving systems utilize the navigation system as the core of integrated positioning solutions, maintaining accuracy when GPS signals are interrupted. Marine applications leverage the rugged design and absolute heading capabilities for vessel attitude control and ocean exploration navigation. Industrial machinery operators rely on the precision tracking for automated control and construction machinery guidance. This broad applicability demonstrates the navigation system's ability to deliver tactical-grade performance across diverse operational domains. Why Choose the DAIMU 501/701 for Your Navigation Needs When selecting a tactical navigation system for mission-critical applications, the DAIMU 501/701 stands out with its comprehensive sensor integration and proven reliability. Unlike consumer-grade GPS modules that struggle in challenging environments, this tactical navigation system maintains centimeter-level accuracy through intelligent sensor fusion. The all-in-one design reduces integration complexity and system weight, making it ideal for space-constrained platforms such as small UAVs and autonomous ground vehicles. Backed by comprehensive factory calibration and quality assurance testing, each unit delivers consistent performance you can trust for your most demanding navigation applications. Technical Specifications • Positioning Accuracy: Centimeter-level RTK precision (horizontal: ≤2cm, vertical: ≤3cm with RTK fix) • Satellite Systems: GPS L1/L2, GLONASS L1/L2, Galileo E1/E5, BeiDou B1/B2, SBAS support • IMU Performance: Tactical-grade with ultra-low noise (≤0.01°/√hr angular random walk) and excellent bias stability • Output Data: Position (LLH/ECEF), attitude (roll/pitch/yaw), heading, and altitude in real-time • Data Interface: RS232/RS422/USB with configurable output rates up to 200Hz • Sensor Integration: High-precision array IMU, barometer, magnetometer • Environmental Rating: IP67 rated, operating temperature -40°C to +85°C • Power Consumption: ≤5W typical, DC 9-36V input range • Dimensions: 120mm × 80mm × 45mm, weight ≤350g • Applications: UAV, automotive, marine, industrial machinery, aerospace navigation Frequently Asked Questions Q: What positioning accuracy does the DAIMU 501/701 achieve? A: The DAIMU 501/701 achieves centimeter-level RTK positioning accuracy through its advanced real-time kinematic technology and multi-mode satellite positioning system, delivering ≤2cm horizontal accuracy and ≤3cm vertical accuracy with RTK fix, making it ideal for tactical navigation and precision applications. Q: What satellite navigation systems does this tactical IMU support? A: The system supports GPS L1/L2, GLONASS L1/L2, Galileo E1/E5, BeiDou B1/B2, and SBAS satellite systems, ensuring reliable global coverage and positioning accuracy across different regions worldwide. Q: What types of data does the DAIMU 501/701 output directly? A: The system provides direct output of four key datasets: centimeter-level RTK positioning (LLH/ECEF coordinates), tactical-grade attitude (roll/pitch/yaw), absolute heading, and altitude information without requiring complex post-processing. Q: In which applications can this tactical navigation system be deployed? A: The DAIMU 501/701 is designed for aerospace navigation, UAV autonomous flight, automotive systems, marine navigation, and industrial machinery automation applications requiring high-precision positioning. Q: How does the IMU maintain accuracy during GPS outages? A: The integrated tactical-grade IMU with ultra-low noise characteristics and excellent bias stability provides continuous positioning and attitude tracking for extended periods during GPS signal interruptions, maintaining sub-meter accuracy for typically 60+ seconds depending on dynamics. Q: What communication interfaces are available? A: The system supports multiple communication interfaces including RS232, RS422, and USB with configurable output rates up to 200Hz, ensuring compatibility with various control systems and autonomy platforms. Get a Quote for Your Navigation Project Ready to integrate centimeter-level RTK positioning into your autonomous platform or precision navigation system? Contact our technical team to discuss your specific application requirements and receive a customized solution proposal. We provide comprehensive technical support, integration assistance, and competitive pricing for volume orders. Request your quote today and experience the tactical-grade performance of the DAIMU 501/701 navigation system. Product Resources View DAIMU 501/701 Product Page - Full Specifications, Datasheet Download, and Order Information
Shutterless DAI384 Thermal Imaging Module with Ultra-Low Power The DAI384 uncooled infrared thermal imaging module represents a breakthrough in compact thermal sensing technology. This shutterless thermal imaging module delivers exceptional performance with power consumption under 0.7W, making it perfect for portable devices, security systems, and space-constrained OEM applications. Measuring just 20×20×20mm and weighing only 12g, the DAI384 offers unprecedented integration flexibility for developers and manufacturers seeking high-performance thermal detection solutions. The uncooled microbolometer technology eliminates the need for thermoelectric cooling, reducing complexity and cost while maintaining thermal sensitivity of ≤40mk. Whether for security monitoring, industrial inspection, automotive night vision, or UAV thermal payloads, this infrared thermal module provides reliable detection without mechanical shutters, ensuring silent operation, faster system startup, and extended product lifespan. Technical Excellence in Thermal Detection The DAI384 uncooled infrared thermal imaging module features a 384×288 resolution with 17μm pixel pitch, delivering clear thermal images at 50Hz frame rate. Operating in the 8～14μm spectral band, this thermal imaging module achieves NETD of ≤40mk @300K f/1.0, ensuring detailed temperature variations are captured accurately. The shutterless design enhances operational reliability by eliminating moving mechanical parts that can fail over time, providing maintenance-free operation for the lifetime of the product. With an operating voltage range of DC +2.5V to +5.5V, the module integrates easily into various systems while maintaining its ultra-low power characteristic of under 0.7W. Digital video output via BT.656 and analog PAL (CVBS) options provide flexible connectivity, complemented by RS-232 communication for external control. Multiple lens options ranging from 12mm to 50mm focal lengths enable customization for different viewing requirements and detection ranges. Key Features and Benefits Ultra-low power consumption under 0.7W for battery-powered and portable applications Compact dimensions of 20×20×20mm and lightweight at only 12g for seamless integration Shutterless design for silent operation, faster startup, and maintenance-free performance High thermal sensitivity of ≤40mk NETD for accurate temperature measurement Wide operating temperature range from -20℃ to +60℃ (commercial) and -40℃ to +60℃ (special) Robust construction meeting GJB 150-16 and GJB 150-18 vibration and shock standards Flexible output options including BT.656 digital and PAL analog video Technical Specifications ParameterSpecification Resolution384×288 pixels Pixel Pitch17μm Frame Rate50Hz Spectral Band8～14μm NETD≤40mk @300K f/1.0 Power Consumption< 0.7W Operating VoltageDC +2.5V to +5.5V Dimensions20×20×20mm Weight12g Video OutputBT.656 (digital), PAL/CVBS (analog) CommunicationRS-232 Lens Options12mm to 50mm focal length Operating Temperature-20℃ to +60℃ (commercial) / -40℃ to +60℃ (special) Versatile Applications Across Industries This uncooled infrared thermal imaging module serves diverse market segments with its compact form factor and low power consumption: Security and Surveillance: High sensitivity enables reliable perimeter monitoring and intrusion detection even in challenging backlight environments, with silent shutterless operation ideal for discrete security installations. Industrial Inspection: Non-contact temperature measurement capabilities support equipment monitoring, predictive maintenance, and fault diagnosis in manufacturing and process industries. Automotive Night Vision: The lightweight 12g module integrates seamlessly into vehicle systems for driver assistance and enhanced night driving safety. UAV and Drone Applications: Compact thermal payloads for search and rescue, inspection, and agricultural monitoring with minimal impact on flight time. Medical and Scientific Research: Small-form-factor design enables precise thermal imaging integration in research devices and medical diagnostic equipment. Frequently Asked Questions Q: What is the advantage of a shutterless thermal imaging module? A: Shutterless thermal modules like the DAI384 eliminate mechanical moving parts, resulting in silent operation, faster system startup, reduced maintenance requirements, and longer product lifespan. This makes them ideal for applications where quiet operation is essential or where maintenance access is limited. Q: What is the power consumption of the DAI384 module? A: The DAI384 thermal imaging module consumes less than 0.7W, making it perfect for battery-powered portable devices and applications where energy efficiency is critical. Q: Can the DAI384 module be integrated into existing systems? A: Yes, with dimensions of 20×20×20mm and weighing only 12g, the DAI384 offers unprecedented integration flexibility. It operates on 2.5V to 5.5V DC and supports BT.656 digital and PAL analog video outputs with RS-232 communication for easy system integration. Q: What lens options are available for the DAI384? A: The module supports multiple lens options ranging from 12mm to 50mm focal lengths, allowing customization for different field of view requirements and detection ranges. Q: Is the DAI384 suitable for outdoor applications? A: Absolutely. The DAI384 operates reliably in temperatures ranging from -20℃ to +60℃ (commercial grade) or -40℃ to +60℃ (special grade), and meets GJB 150-16 and GJB 150-18 standards for vibration and shock resistance. Get Started with the DAI384 Thermal Module The DAI384 uncooled infrared thermal imaging module offers an optimal balance of performance, size, and power efficiency for your thermal imaging applications. Contact us today to discuss your integration requirements or request a sample evaluation unit. Our technical team can help you select the appropriate lens configuration and provide integration support for your specific application needs. Related links website https://uavauto.com/product-category/drone-imu/ product-link https://uavauto.com/product/dai384-uncooled-infrared-thermal-imaging-module/
DAI384G Ultra-Compact Uncooled Infrared Thermal Imaging Module - OEM Thermal Camera Solution The DAI384G Uncooled Infrared Thermal Imaging Module represents a breakthrough in compact thermal imaging technology, designed specifically for applications demanding minimal power consumption and seamless OEM integration. This advanced thermal imaging module features an ultra-small 28×28 mm PCB footprint, making it one of the most compact thermal imaging solutions available on the market today. The DAI384G incorporates innovative shutterless technology, which eliminates the need for mechanical shutters and delivers rapid startup times of less than 7 seconds. With its robust construction and wide operating temperature range from -40°C to +60°C, this infrared thermal module is engineered to perform reliably in challenging environments, including military-grade vibration and shock conditions. The module operates within the 8-14 μm long-wave infrared (LWIR) spectral band and delivers high-contrast thermal images thanks to its ≤40 mK thermal sensitivity at f/1.0 aperture. Whether you are developing portable thermal cameras, UAV payloads, automotive night vision systems, or security surveillance equipment, the DAI384G provides the exceptional performance and flexibility needed to bring your thermal imaging applications to life. Key Features and Technical Excellence The DAI384G Uncooled Infrared Thermal Imaging Module delivers outstanding performance with several standout features that make it the ideal choice for system integrators and product developers seeking compact thermal imaging solutions. Ultra-Low Power Consumption: Remarkably low power draw at less than 0.7 W, significantly extending battery life in portable and remote applications Shutterless Operation: Silent and maintenance-free thermal imaging, crucial for covert surveillance and security operations High-Resolution Thermal Detection: Uncooled infrared microbolometer with 384×288 pixel resolution and 17 μm pixel pitch Fast Frame Rate: 50 Hz refresh rate for smooth thermal video capture Digital Detail Enhancement (DDE): Advanced image processing technology for improved thermal image clarity Multiple Display Modes: Black hot, white hot, and pseudo-colour thermal imaging modes Flexible Zoom: Digital zoom from 1.0× to 4.0× for detailed inspection Smart Controls: Automatic and manual brightness control with horizontal and vertical image flip functions Versatile Connectivity: Digital video ports (BT.656) and communication ports (RS-232) for flexible system integration Technical Specifications Specification Value Detector Type Uncooled Infrared Microbolometer Resolution 384×288 pixels Pixel Pitch 17 μm Spectral Band 8-14 μm (LWIR) Thermal Sensitivity ≤40 mK @ f/1.0 Frame Rate 50 Hz PCB Footprint 28×28 mm Power Consumption < 0.7 W Startup Time < 7 seconds Operating Temperature -40°C to +60°C Lens Options 12 mm to 50 mm Digital Zoom 1.0× to 4.0× Interfaces BT.656, RS-232 Applications Across Diverse Industries The versatility of the DAI384G Thermal Imaging Module enables its deployment across a wide range of industries and specialized use cases. This compact thermal camera module is designed to meet the demanding requirements of various professional applications. Security and Surveillance In the security and surveillance sector, the DAI384G thermal imaging module is perfect for perimeter protection, covert monitoring, and night vision systems where its compact size, low power consumption, and silent shutterless operation provide critical advantages for continuous monitoring applications. Industrial Inspection and Maintenance For industrial inspection applications, the module facilitates non-destructive testing, electrical equipment monitoring, and predictive maintenance programs, even in tight spaces where larger thermal cameras cannot fit. The 384×288 resolution ensures detailed thermal analysis for identifying potential failures before they occur. Handheld and Portable Devices The lightweight and compact DAI384G design makes it ideal for integration into portable thermal cameras, PDAs, and smartphones. Field service technicians benefit from thermal imaging capabilities for building diagnostics, electrical troubleshooting, and HVAC inspection applications. UAV and Drone Applications Weighing just a few grams with its PCB footprint of only 28×28 mm, the DAI384G is an excellent choice for UAV and drone payloads. Applications include aerial thermal imaging for search and rescue operations, precision agriculture surveys, environmental monitoring, and infrastructure inspection. Automotive Night Vision The automotive industry can leverage this compact thermal imaging module for advanced driver assistance systems (ADAS), providing reliable thermal sensing in a compact form factor that enhances night driving safety and enables pedestrian detection capabilities. Firefighting and Emergency Response First responders utilize the DAI384G thermal module in specialized thermal cameras for smoke-filled environments, helping locate victims and identify hotspots during firefighting operations where visibility is severely limited. Why Choose the DAI384G for Your Thermal Imaging Needs Selecting the DAI384G Uncooled Infrared Thermal Imaging Module for your project offers numerous benefits that distinguish it from conventional thermal imaging solutions on the market today. Compact and Lightweight Design The ultra-compact 28×28 mm PCB footprint and lightweight construction enable integration into space-constrained applications where traditional thermal cameras would be impractical. This makes the DAI384G ideal for wearable devices, mobile platforms, and embedded systems. Energy Efficiency With power consumption under 0.7 W, the DAI384G thermal module significantly extends battery life in portable applications. This ultra-low power operation makes it perfect for remote monitoring stations, battery-powered security cameras, and continuous-duty portable devices. Maintenance-Free Operation The shutterless design eliminates mechanical components that can wear out over time, providing years of maintenance-free thermal imaging operation. This reliability is essential for remote installations and applications where regular maintenance is impractical. Environmental Durability The module's wide operating temperature range from -40°C to +60°C and military-grade vibration and shock resistance ensure long-term reliability in demanding environments, from Arctic conditions to desert heat. Flexible Integration Options Multiple lens options ranging from 12 mm to 50 mm provide flexibility in field of view and detection range, catering to diverse operational requirements. Customizable digital interfaces including BT.656 video output and RS-232 communication ports simplify the OEM integration process, reducing time-to-market for new thermal imaging products. Cost-Effective OEM Solution The robust performance characteristics, combined with the cost-effective OEM assembly design, make the DAI384G an attractive thermal imaging solution for both commercial volume applications and specialized thermal imaging projects. Frequently Asked Questions (FAQ) What is the startup time for the DAI384G thermal imaging module? The DAI384G features rapid startup times of less than 7 seconds, allowing for quick deployment in time-sensitive applications where thermal imaging is needed immediately. Can the DAI384G be integrated into existing camera systems? Yes, the DAI384G is designed as an OEM thermal imaging module with customizable digital interfaces (BT.656, RS-232) that facilitate integration into new product designs or existing camera systems. What is the difference between cooled and uncooled thermal imaging? Uncooled thermal imaging modules like the DAI384G operate at ambient temperatures without cryogenic cooling, making them more compact, affordable, and energy-efficient than cooled thermal cameras, while still providing excellent thermal sensitivity for most commercial and industrial applications. What lens options are available for the DAI384G? The DAI384G supports lens options ranging from 12 mm to 50 mm, allowing customization of the field of view and detection range for specific application requirements. Is the DAI384G suitable for outdoor applications? Absolutely. The DAI384G is engineered for reliable operation in challenging outdoor environments with an operating temperature range from -40°C to +60°C and military-grade vibration and shock resistance. Get a Quote for the DAI384G Thermal Imaging Module Ready to integrate the DAI384G Ultra-Compact Uncooled Infrared Thermal Imaging Module into your product or project? Contact our technical sales team for detailed specifications, volume pricing, and integration support. We provide comprehensive OEM thermal imaging solutions for system integrators and product developers worldwide. Related links website https://uavauto.com/product-category/drone-imu/ product-link https://uavauto.com/product/dai384g-uncooled-infrared-thermal-imaging-module/
DAI384S: Ultra-Compact LWIR Thermal Imaging Module for UAV and Surveillance The DAI384S uncooled infrared thermal imaging module represents a breakthrough in miniaturized thermal detection technology. This compact DAI384S module measures just 28x28x30 mm and weighs only 40 grams, making it perfect for space-constrained applications requiring advanced thermal capabilities. The module features 384x288 resolution with 17 um pixel pitch and delivers exceptional sensitivity of less than 40 mK @ f/1.0, ensuring crisp thermal images even in challenging environments. As an uncooled infrared solution, it eliminates the need for cryogenic cooling while maintaining professional-grade image quality. The DAI384S operates at under 1 watt of power consumption and accepts wide input voltages from 4V to 12V, making it ideal for battery-powered portable systems and remote deployments where power efficiency is critical. Advanced Thermal Imaging Technology This micro thermal camera incorporates micro-shutter technology and adaptive non-uniformity correction to ensure consistent image quality across varying thermal scenes. The LWIR spectral band of 8-14 um captures long-wave infrared radiation effectively, while the 50 Hz frame rate provides smooth thermal video output for real-time monitoring applications. Key Imaging Features Digital Detail Enhancement (DDE) processing for improved image clarity Display resolution: 768x576 pixels at 25 Hz PAL format Multiple lens options: 12 mm to 50 mm for customizable field of view Spectral range: 8-14 um LWIR band NETD (Noise Equivalent Temperature Difference): less than 40 mK Analog and digital video output support Flexible Interface Options With support for BT.656, HDMI, RJ45, RS-232, RS-485, TTL, and Peclo-D protocols, integration into existing systems is straightforward and versatile. The DAI384S thermal imaging module seamlessly interfaces with various embedded systems, drones, security cameras, and industrial monitoring equipment. Application Domains and Use Cases The low power imaging characteristics of the DAI384S make it exceptionally suitable for various industries requiring compact thermal solutions: UAV and Drone Applications Perfect for aerial thermal imaging on drones, enabling search and rescue operations, agricultural monitoring, infrastructure inspection, and wildlife monitoring. The lightweight 40-gram design ensures minimal impact on drone flight time and payload capacity. Security and Surveillance The compact form factor and reliable night vision capabilities make it ideal for perimeter protection, border security, port surveillance, and critical infrastructure monitoring systems where 24/7 thermal monitoring is essential. Industrial Predictive Maintenance Leverage non-contact temperature monitoring to inspect electrical cabinets, machinery, rotating equipment, and pipeline systems in confined spaces. Detect hot spots and thermal anomalies before equipment failure occurs. Portable Handheld Devices Firefighters, building inspectors, law enforcement officers, and field service technicians appreciate the lightweight 40-gram design of handheld thermal cameras for inspection, investigation, and emergency response applications. Automotive Night Vision Micro-shutter technology provides enhanced driver assistance systems with reliable thermal perception across diverse lighting conditions, improving safety for drivers in low-visibility scenarios. Technical Specifications Core Parameters Resolution: 384x288 pixels Pixel Pitch: 17 um Sensitivity (NETD): less than 40 mK @ f/1.0 Spectral Range: 8-14 um (LWIR) Frame Rate: 50 Hz Dimensions: 28x28x30 mm Weight: 40 grams Power Consumption: less than 1W Input Voltage: 4V-12V Start-up Time: less than 7 seconds Environmental Performance Operating Temperature (Military Grade): -40C to +60C Operating Temperature (Commercial Grade): -20C to +60C Storage Temperature: -45C to +70C Humidity: 5% to 95% non-condensing Vibration and Shock: MIL-STD-810G compliant (GJB 150) Temperature Shock Resistance: -5C per minute Protection Features: Reverse polarity and over-voltage protection Communication Interfaces Video Output: BT.656, HDMI, analog Control Protocols: RS-232, RS-485, TTL, Peclo-D Network: RJ45 Ethernet Frequently Asked Questions What is the difference between cooled and uncooled thermal imaging modules? The DAI384S is an uncooled infrared thermal module that operates at room temperature, eliminating the need for cryogenic cooling systems. This results in lower power consumption, faster start-up times (under 7 seconds), reduced size and cost, and maintenance-free operation compared to cooled thermal cameras. Uncooled sensors like the DAI384S are ideal for portable, battery-powered, and continuous operation applications. Can the DAI384S be integrated into existing surveillance systems? Yes, the module supports multiple interface protocols including BT.656, HDMI, RJ45, RS-232, RS-485, TTL, and Peclo-D, making it compatible with most existing security and surveillance infrastructure. The standard 28x28x30 mm form factor facilitates straightforward mechanical integration into new or existing camera housings. What lens options are available for the DAI384S? The module supports interchangeable lenses ranging from 12 mm to 50 mm focal length, allowing users to customize the field of view from narrow telephoto (long-range detection) to wide-angle coverage (short-range situational awareness) based on specific application requirements. Is the DAI384S suitable for outdoor industrial environments? Absolutely. With an operating range from -40C to +60C, 95% humidity resistance, and MIL-STD-810G vibration and shock compliance, the DAI384S is engineered for demanding industrial, military, defense, and outdoor applications including UAV operations, border surveillance, and industrial process monitoring. What is the typical detection range for the DAI384S thermal module? Detection range depends on lens selection and target size. With a standard 19mm lens, the DAI384S can typically detect human-sized targets at ranges up to 500-700 meters and vehicle-sized targets at ranges up to 1.5-2 kilometers under favorable conditions. Get a Quote for DAI384S Thermal Imaging Module Interested in integrating the DAI384S ultra-compact LWIR thermal imaging module into your product or system? Contact our technical team for competitive pricing, volume discounts, and customization options including lens integration, cable assemblies, and housing solutions. We offer sample evaluation units and comprehensive technical support for seamless integration into your thermal imaging camera products. Key Benefits: Ultra-compact design: 28x28x30 mm, only 40 grams total weight Professional-grade thermal imaging: 384x288 resolution, less than 40 mK sensitivity Low power consumption: Under 1 watt for extended battery operation Wide input voltage range: 4V to 12V compatible with various power systems Fast start-up: Under 7 seconds from power-on to operational Military-grade environmental tolerance: MIL-STD-810G compliant Versatile interfaces: HDMI, BT.656, RS-232, RS-485, TTL, RJ45 Multiple lens options: 12mm to 50mm for application flexibility Applications: UAV thermal imaging, drone surveillance, security cameras, industrial monitoring, automotive night vision, handheld thermal cameras, firefighting equipment, building inspection, and defense systems. Related Products Thermal Camera Modules Browse our complete range of thermal imaging modules UAV Thermal Cameras Explore thermal cameras designed for drone integration Product Page View detailed product specifications and pricing Website https://uavauto.com/product-category/drone-imu/
DA MicroPro: Ultra-Compact Uncooled Infrared Thermal Imaging Module for OEM Integration The DA MicroPro represents a breakthrough in thermal imaging technology, offering an exceptionally compact uncooled infrared thermal imaging module specifically designed for seamless OEM integration. Measuring just 13.6×13.6×11.2 mm and weighing a mere 4.1 grams, this micro thermal camera module delivers professional-grade thermal imaging capabilities while maintaining minimal power consumption below 0.5W for the 384 model and 0.8W for the 640 model. Whether you're developing next-generation surveillance systems, compact UAV applications, or portable handheld devices, the DA MicroPro provides the perfect balance of performance, size, and energy efficiency. Its advanced amorphous silicon infrared microbolometer detector ensures superior thermal sensitivity with NETD values as low as 40 mK, enabling clear thermal imaging even in challenging environmental conditions. Key Specifications: Dimensions: 13.6×13.6×11.2 mm | Weight: 4.1g Power:
DAI640 Uncooled Infrared Thermal Imaging Module for Compact OEM Systems The DAI640 Uncooled Infrared Thermal Imaging Module represents a breakthrough in compact thermal imaging technology. This remarkably small module measures just 20×20×20 mm and weighs only 12 grams, making it the ideal choice for OEM integration in portable, miniaturized, and low-power thermal imaging systems. The DAI640 features a high-resolution 640×480 detector with 12 μm pixel pitch, delivering exceptional image clarity while maintaining ultra-low power consumption of less than 1 W. Whether you're developing handheld thermal cameras, UAV payloads, or security surveillance equipment, this uncooled infrared thermal imaging module provides the performance and reliability you need in an incredibly compact package. Advanced Features and Shutterless Technology The DAI640 Uncooled Infrared Thermal Imaging Module incorporates innovative shutterless technology that eliminates mechanical shutters for faster startup times under 7 seconds, higher reliability, and completely silent operation. The thermal sensitivity of ≤40 mK at 300 K ensures exceptional detection capability, while the 50 Hz frame rate provides smooth thermal video output. Key Features: Shutterless Design: No moving parts, silent operation, instant start-up Digital Detail Enhancement (DDE): Improved image quality with subtle temperature variation visibility Flexible Image Adjustment: Multiple polarity modes (black hot, white hot, pseudo color) Digital Zoom: 1.0× to 8.0× magnification range Image Enhancement: Brightness control and image flip functionality This uncooled infrared thermal imaging module offers comprehensive customization for diverse application requirements. Technical Specifications DAI640 Module Specifications Table: Specification Value Detector Resolution 640×480 pixels Pixel Pitch 12 μm Module Size 20×20×20 mm Weight 12 grams Power Consumption < 1 W Startup Time < 7 seconds Thermal Sensitivity (NETD) ≤40 mK @ 300 K Frame Rate 50 Hz Operating Temperature -40°C to +60°C Input Voltage 2.5 V - 5.5 V DC Digital Interface BT.656, RS-232, PAL Optional Lenses 12 mm to 50 mm Standards Compliance GJB 150 Military Standard Application versatility Designed for demanding environments, the DAI640 Uncooled Infrared Thermal Imaging Module operates across an impressive temperature range from -40°C to +60°C and meets GJB 150 military standards for vibration and shock resistance. The module accepts a wide input voltage range of 2.5 V to 5.5 V DC with built-in reverse polarity and under/over voltage protection. Ideal Applications: Security and Surveillance: perimeter monitoring, night vision security cameras Industrial Predictive Maintenance: electrical inspections, thermal leak detection UAV/Drone Payloads: aerial thermography, search and rescue operations Handheld Thermal Cameras: professional inspection tools, outdoor exploration Automotive Night Vision Systems: driver assistance, pedestrian detection Firefighting Equipment: smoke-filled environment navigation Multiple interface options including BT.656 digital video port, RS-232 communication port, and PAL analog video output ensure easy system integration. Optional interchangeable lenses ranging from 12 mm to 50 mm allow customization for different field of view requirements. Why Choose DAI640 Thermal Imaging Module? Competitive Advantages: Ultra-Compact Design: 20×20×20 mm and 12g - perfect for space-constrained applications Low Power Consumption: Less than 1W for battery-powered and portable devices Fast Startup: Under 7 seconds - ready to use almost instantly Military-Grade Reliability: GJB 150 certified for vibration and shock resistance Versatile Integration: Multiple voltage inputs and digital/analog outputs What Our Customers Say: The DAI640 uncooled infrared thermal imaging module has been widely adopted in various industrial and defense applications, earning reputation for reliability and performance in challenging environments. Frequently Asked Questions (FAQ) Q: What is the minimum order quantity for DAI640 modules? A: Please contact us for MOQ details and bulk pricing information. Q: Can the DAI640 module be customized for specific applications? A: Yes, we offer customization services including lens options (12mm-50mm), interface modifications, and software adjustments to meet your specific requirements. Q: What is the typical lead time for orders? A: Lead times vary based on quantity and customization requirements. Contact us for accurate delivery schedules. Q: Does the DAI640 come with technical support and documentation? A: Yes, we provide comprehensive technical documentation, SDK support, and engineering assistance for integration. Q: Is the DAI640 suitable for outdoor industrial environments? A: Absolutely. With -40°C to +60°C operating range and GJB 150 military standard compliance, it's designed for harsh conditions. Get a Quote for DAI640 Thermal Imaging Module Ready to integrate the DAI640 Uncooled Infrared Thermal Imaging Module into your product? Contact us today for detailed specifications, pricing, and sample availability. Our technical team is ready to assist with your OEM integration requirements. Email: info@uavauto.com Website: https://uavauto.com/product/dai640-uncooled-infrared-thermal-imaging-module/ Inquiry now for DAI640 uncooled infrared thermal imaging module pricing and technical support! Related links Product Page DAI640 Product Details and Order Company Website Thermal Imaging Solutions Provider
DAI640G: Ultra-Compact LWIR Thermal Module for OEM Integration The DAI640G uncooled infrared thermal imaging module represents a breakthrough in compact thermal sensing technology. This shutterless infrared thermal imaging module measures just 28×28 mm and weighs only 33 g, making it ideal for space-constrained applications. Designed with ultra-low power consumption under 1W, the DAI640G supports extended battery life in portable devices and UAV payloads. The module offers dual detector options of 640×480 17μm or 640×512 12μm, with sensitivity reaching 30 mK for superior thermal contrast. Multiple digital video interfaces including BT.656, HDMI, USB, and Cameralink enable seamless integration into various systems. The advanced shutterless technology eliminates mechanical shutters, providing faster startup under 7 seconds and silent operation. Whether for security surveillance, industrial predictive maintenance, or automotive night vision, this high-resolution infrared module delivers reliable thermal performance across demanding environments. Technical Specifications of DAI640G LWIR Module ParameterSpecification Detector TypeUncooled VOx Microbolometer Resolution Options640×480 (17μm) / 640×512 (12μm) Spectral Range8-14μm LWIR NETD≤30mK @ f/1.0 Dimensions28 × 28 mm Weight33g (without lens) Power Consumption<1W Startup Time<7 seconds Operating Voltage2.5V - 5.5V Operating Temperature-40°C to +60°C Video InterfacesBT.656, 16-bit, HDMI, USB, RJ45, MIPI, Cameralink Communication ProtocolsRS-232, RS-485, TTL, Pelco-D Optional Lens Range12mm - 50mm Advanced Shutterless Technology Benefits The DAI640G features innovative shutterless thermal imaging technology that revolutionizes performance for OEM applications. Unlike traditional uncooled infrared modules requiring periodic shutter corrections, this LWIR module maintains consistent image quality without mechanical intervention. Key Advantages of Shutterless Design: No Moving Parts: Eliminates mechanical shutters that could fail over time Silent Operation: Perfect for covert surveillance and security applications Fast Startup: Less than 7 seconds to operational status No-TEC Design: Reduces power consumption while maintaining image quality Extended Lifespan: Higher reliability for demanding UAV and handheld applications Digital Detail Enhancement (DDE): Delivers crisp, detailed thermal images The 30 mK thermal sensitivity enables detection of subtle temperature variations in electrical equipment, building inspections, and search-and-rescue operations. This makes the DAI640G particularly valuable for: UAV drone payloads requiring lightweight thermal cameras Handheld thermal cameras for field technicians Industrial predictive maintenance systems Versatile Integration Options for OEM Systems This compact infrared thermal imaging module offers extensive customization through multiple data interfaces and lens options for seamless system integration. Video Output Interfaces: BT.656 digital video output 16-bit parallel interface HDMI high-definition output USB 2.0/3.0 connectivity RJ45 Ethernet port MIPI CSI-2 interface Cameralink Base configuration Communication Protocols: RS-232 serial communication RS-485 industrial protocol TTL level interfaces Pelco-D CCTV standard Image Adjustment Features: Polarity modes: Black hot, White hot, Pseudo color palettes Digital zoom: 1-8× magnification Brightness and contrast control Customizable reticles and overlays Power & Environmental Specifications: Operating voltage: 2.5V to 5.5V with built-in reverse polarity protection Operating temperature: -40°C to +60°C Meets GJB 150 military vibration and shock standards Optional lenses: 12mm to 50mm focal length The rugged design makes the DAI640G suitable for aerospace, defense, and industrial applications requiring reliable OEM integration with flexible system architectures. Application Scenarios and Use Cases Security and Surveillance Perimeter protection systems Border monitoring and homeland security Critical infrastructure protection Night vision surveillance cameras Industrial Applications Predictive maintenance for electrical equipment Early detection of overheating in machinery Process monitoring and quality control Electrical cabinet inspection Aerial and Drone Thermal Imaging Lightweight 33g design ideal for UAV payloads Agricultural crop health monitoring Infrastructure inspection (power lines, bridges, towers) Search and rescue operations Handheld and Portable Devices Building inspection thermal cameras Firefighting and first responder equipment Field technician diagnostic tools Outdoor recreation and wildlife observation Automotive and Transportation Advanced driver assistance systems (ADAS) Night vision enhancement Pedestrian detection Vehicle monitoring systems This versatile OEM thermal imaging module provides cost-effective solutions for portable, miniaturized, and low-power thermal imaging systems across diverse industries requiring reliable performance in challenging environments. Frequently Asked Questions (FAQ) What is the difference between 640×480 17μm and 640×512 12μm detector options? The 640×480 17μm offers larger pixel pitch for better thermal sensitivity, while the 640×512 12μm provides higher pixel density in a more compact form factor. The 12μm option is ideal for space-constrained applications while the 17μm excels in sensitivity-critical scenarios. Can the DAI640G module integrate with existing security systems? Yes, the DAI640G supports multiple industry-standard protocols including RS-232, RS-485, and Pelco-D, making it compatible with most commercial security and surveillance systems. The variety of video interfaces (HDMI, USB, Cameralink) further ensures seamless integration. What is the expected operational lifespan of the DAI640G thermal module? Thanks to its shutterless no-TEC design, the DAI640G has no mechanical components prone to wear. With proper thermal management, the module can operate reliably for over 50,000 hours in typical industrial environments. Is the DAI640G suitable for extreme temperature environments? The DAI640G operates reliably in temperatures ranging from -40°C to +60°C, meeting military-grade environmental standards (GJB 150) for vibration and shock resistance, making it suitable for aerospace, defense, and outdoor industrial applications. What power supply options are available for the DAI640G? The module operates on a wide voltage range of 2.5V to 5.5V with built-in reverse polarity and over-voltage protection, simplifying power integration and allowing flexible power source options for battery-powered portable devices. Get a Quote for DAI640G Thermal Module Integration Ready to integrate the DAI640G compact thermal camera module into your product or system? Contact our engineering team for technical specifications, sample pricing, and customization options for your specific OEM requirements. Request DAI640G Datasheet: View Product Page Website: https://uavauto.com/product-category/drone-imu/ Related Thermal Imaging Products Explore our complete range of thermal imaging modules for UAV, security, industrial, and automotive applications. Product Links Website https://uavauto.com/product-category/drone-imu/ Product Page DAI640G Uncooled Infrared Thermal Imaging Module
DS60L Lynx-H: Ultra-Light UAV Gimbal System The DS60L Lynx-H represents a breakthrough in compact aerial imaging technology, offering an exceptionally lightweight gimbal solution at just 85g. This advanced electro-optical system integrates visible light and infrared thermal imaging capabilities into a single, sophisticated package designed specifically for modern UAV applications. As drone technology continues to evolve, the demand for high-performance yet portable imaging systems has never been greater. The Lynx-H meets this challenge by combining dual-light thermal fusion technology with precision stabilization, delivering crystal-clear imagery even in the most challenging environments. Whether mounted on compact reconnaissance drones, handheld observation devices, or vehicle-based platforms, this UAV gimbal provides operators with real-time thermal data and precise targeting information. Its remarkable launch impact resistance of ≥400g ensures reliable operation during high-speed maneuvers and aggressive flight profiles. With an impressive working voltage range of 12-28V, the DS60L Lynx-H offers versatile integration options for various unmanned aerial platforms, making it an ideal choice for border patrol, search and rescue operations, and infrastructure inspection missions where weight and performance are critical factors. Advanced Thermal Imaging and Electro-Optical Fusion Technology The DS60L Lynx-H excels in its sophisticated dual-light thermal fusion capabilities, merging visible light and infrared thermal imaging through intelligent algorithms to deliver comprehensive situational awareness. This electro-optical integration allows operators to simultaneously view detailed color information and accurate heat source localization, significantly enhancing target identification in diverse lighting conditions. The thermal imaging component provides reliable detection of heat signatures even in complete darkness, fog, smoke, or camouflage scenarios that would otherwise compromise conventional optical systems. The drone gimbal features a 1920×1080 resolution at 60 fps, ensuring smooth, high-definition video capture with exceptional detail. Its 16mm lens offers a 19.7° × 11° field of view, providing optimal coverage for medium-range observation missions while maintaining image clarity. The integration of laser ranging technology extends the system's utility beyond simple observation, enabling precise distance measurements from 5 to 1200 meters with ±1m accuracy. This combination of thermal imaging and laser ranging makes the Lynx-H gimbal an indispensable tool for military reconnaissance, emergency response, and industrial monitoring applications where accurate target information is essential for operational success. Precision Stabilization and Tracking Performance for UAV Applications Equipped with advanced two-axis precision stabilization, the Lynx-H gimbal achieves remarkable stabilization accuracy of 0.1 mrad, effectively eliminating image jitter during UAV flight operations. Real-time attitude sensing combined with sophisticated servo control dynamically adjusts pitch and roll axes, ensuring steady aerial imagery regardless of aircraft movement or atmospheric conditions. The motor encoder accuracy of ≤0.3° guarantees precise pointing and positioning, essential for maintaining target lock during critical surveillance missions. Intelligent dynamic tracking functionality enables the drone camera gimbal to automatically lock onto and follow moving targets at speeds ≥40°/s, even in crowded scenes or variable lighting environments. This tracking capability proves invaluable for monitoring moving vehicles, personnel, or wildlife without requiring constant manual adjustment by the operator. The pitch range of -100° to +40° and yaw range of -110° to +110° provide comprehensive coverage, allowing operators to track targets across nearly all approach angles. Maximum angular velocity of ≥100°/s ensures rapid repositioning when tracking fast-moving objects or conducting area scans. These stabilization and tracking features collectively establish the DS60L Lynx-H as a premier choice for demanding UAV-based reconnaissance, search and rescue operations, and security surveillance applications requiring consistent, high-quality imagery under challenging conditions. Versatile Applications and Robust Design Specifications The DS60L Lynx-H UAV gimbal demonstrates exceptional versatility across multiple operational scenarios, from UAV-mounted reconnaissance to handheld observation and vehicle-based monitoring. Its ultra-lightweight 85g design significantly improves portability and extends flight time for small unmanned aerial vehicles, making it particularly suitable for extended surveillance missions where endurance is paramount. The gimbal's robust construction meets stringent EMC design specifications and withstands launch impacts ≥400g, ensuring reliable operation on target drones and high-speed projectile platforms. Operating effectively across a wide temperature range from -20°C to +60°C, this electro-optical system performs reliably in extreme environmental conditions, from arctic operations to desert surveillance. Average power consumption of ≤10W with maximum draw of ≤20W ensures efficient energy use, preserving battery reserves during extended field deployments. Network video output via RTSP and serial port control enable seamless integration with existing command and control systems, facilitating rapid deployment and intuitive operation. The gimbal's adaptability extends to security patrols, unmanned bomb disposal units, and environmental monitoring platforms, demonstrating its utility across military, law enforcement, and civilian applications. Combining lightweight design, advanced thermal imaging, precision stabilization, and reliable laser ranging, the DS60L Lynx-H represents the pinnacle of compact UAV gimbal technology for operators demanding superior performance in portable packaging. Frequently Asked Questions About DS60L Lynx-H UAV Gimbal What is the weight of the DS60L Lynx-H gimbal? The DS60L Lynx-H weighs just 85g, making it one of the most lightweight UAV gimbals available for thermal imaging and aerial reconnaissance applications. What thermal imaging capabilities does the Lynx-H offer? The Lynx-H features dual-light thermal fusion technology that combines visible light and infrared thermal imaging, enabling heat signature detection even in complete darkness, fog, smoke, or camouflage scenarios. What is the video resolution and frame rate? The gimbal camera system delivers 1920×1080 resolution at 60 fps, providing smooth, high-definition video capture with exceptional detail for reconnaissance and surveillance operations. What is the laser ranging accuracy? The integrated laser rangefinder provides precise distance measurements from 5 to 1200 meters with ±1m accuracy, essential for target localization and mission planning. What applications is the DS60L Lynx-H suitable for? This aerial gimbal system is ideal for border patrol, search and rescue operations, infrastructure inspection, military reconnaissance, security surveillance, and environmental monitoring applications. Technical Specifications Summary Weight: 85g ultra-lightweight design Resolution: 1920×1080 at 60 fps Lens: 16mm with 19.7° × 11° field of view Stabilization Accuracy: 0.1 mrad Laser Range: 5-1200 meters with ±1m accuracy Power Consumption: ≤10W average, ≤20W maximum Operating Temperature: -20°C to +60°C Working Voltage: 12-28V Launch Impact Resistance: ≥400g Related links website https://uavauto.com/product-category/drone-pod/ product-link https://uavauto.com/product/ds60l-lynx-h-gimbal/
DAI640Pro Uncooled Infrared Thermal Imaging Module: Compact PowerhouseThe DAI640Pro represents a breakthrough in uncooled infrared thermal imaging technology, delivering exceptional performance in an ultra-compact package. This advanced thermal imaging module features a 640×480 resolution detector with 12 μm pixel pitch, enabling precise temperature measurement and detailed thermal visualization. Weighing just 9.1 grams and measuring 20×20×14 mm, the DAI640Pro sets new standards for portable thermal imaging solutions. Its shutterless design eliminates mechanical components, ensuring faster startup times under 7 seconds and enhanced reliability. Perfect for integration into handheld devices, UAV payloads, and security systems, this module combines high-performance thermal detection with minimal power consumption under 1 watt. The DAI640Pro Uncooled Infrared Thermal Imaging Module offers a cost-effective solution for developers seeking premium thermal imaging capabilities without compromising on size or power efficiency.Advanced Features and Technical ExcellenceEquipped with cutting-edge technology, the DAI640Pro delivers outstanding thermal sensitivity with NETD ≤40 mK at 300 K, ensuring clear thermal images even in challenging conditions. The module operates across the 8-14 μm long-wave infrared spectrum and maintains a consistent 50 Hz frame rate for smooth video output. Its digital detail enhancement (DDE) technology significantly improves image clarity and contrast. The comprehensive image adjustment capabilities include black hot/white hot polarity modes, pseudo color options, 1-8× digital zoom with 0.1× step precision, automatic and manual brightness control, and image flip functions. Supporting BT.656 digital video output and PAL analog output, the module offers versatile connectivity options including RS-232 communication port and 5-key external control interface.Versatile Applications Across IndustriesThe DAI640Pro thermal imaging module excels in numerous demanding applications. In security and surveillance, its high resolution and compact form factor enable covert monitoring and perimeter protection systems. For industrial predictive maintenance, the exceptional thermal sensitivity allows early detection of overheating in electrical equipment, mechanical bearings, and rotating machinery. The ultra-lightweight design makes it ideal for UAV and drone thermal imaging applications in search and rescue operations, agricultural monitoring, and infrastructure inspection. Handheld thermal cameras for building inspectors, firefighters, and field technicians benefit from its portable integration. Automotive night vision systems gain enhanced driver assistance through detailed thermal perception in low-visibility conditions.Related linkswebsitehttps://uavauto.com/product-category/drone-imu/product-linkhttps://uavauto.com/product/dai640pro-uncooled-infrared-thermal-imaging-module/
