Radar 5km-manufacture,factory,supplier from China

(Total 24 Products for Radar 5km)
FeatureOperating Frequency: KU-band, adjustable for optimal performance in various environments.Operating System: Employs digital beamforming for enhanced accuracy and flexibility.Beam Scanning Mode: Combines azimuth mechanical scanning with tilt electronic scanning for comprehensive coverage.Operating Distance: Detects targets up to 5 kilometers away with a radar cross-section (RCS) of 0.01 square meters.ApplicationMulti-rotor drones, fixed-wing drones, traversing aircraft, cruise bombs, cruise bombs, swarms, hot air balloons, airships, powered parachutes, etc.Technical pa
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FeatureOperating Frequency: Utilizes the KU-band, adjustable for optimal performance across various operational settings.Operating System: Employs a sophisticated two-dimensional phased array system, enabling rapid and precise beam steering for enhanced target acquisition and tracking.Beam Scanning Mode: Utilizes electronic scanning for both azimuth and elevation, allowing for swift and agile beam direction changes.Operating Distance: Achieves a detection range of 5 kilometers or more, even for targets with a low radar cross-section (RCS) of 0.01 square meters.Covered Airspace: Provides c
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FeatureOperating Frequency: Utilizes adjustable KU-band frequency for optimal performance across various operational environments.Operating System: Leverages digital beamforming technology, enabling precise target discrimination and enhanced flexibility.Beam Scanning Mode: Employs a combination of azimuth mechanical scanning and tilt electronic scanning, ensuring comprehensive 360-degree coverage.Operating Distance: Capable of detecting targets up to 8 kilometers away, even with a low radar cross-section (RCS) of 0.01 square meters.Covered Airspace: Provides full 360-degree azimuth covera
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Observation DistancePer person (1.8×0.5 m)Detection3.5 km( Typical climatic conditions)Recognition1.5kmVehicles (2.3×4.7 m)Detection7.5 km( Typical climatic conditions)Recognition4.5 kmTechnical parameterParameters / ModelJV-MFB675-5005Detector TypeUncool-ed VoXArray Size/Resolution640×512Spectral Band8~12μmDetector Pitch12μmFrame Rate50Hz(PAL)PolarityWhite hot/Black hot(pseudo-color)NETD≤40mK@25℃,F#1.0Contrast/BrightnessAuto/ManualImage ProcessingImage DenoiseDigital filterImage EnhancementDigital Detail EnhancementE-Zoom1~4×Infrared OpticalFocus modeMotorize FocusIR Lensf=75mm, F# 1.0Fi
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Features- Small dimension and mild weight- Class I human eye protection standards- Stable overall performance and handy to use- Provide customization service- Distance measurement for vehicle over 5 km- Developed based on 1535nm Er:Glass laserApplications-Laser Ranging      -Positioning      - Photoelectric reconnaissanceTechnical parameterParameters / ModelJV-LRF1505Wavelength1535nm±5nmMain functiona.
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Feature➢Performance stage Simple but sophisticated:IP67,2m drop resistance,Cope with a complicated condition➢Full insurance of temperature dimension scenes:Stable temperature size and preservation of electric powered power,construction and chemical industry➢Wi-Fi function:Real-time analysis,data upload,collaborative detection➢Brand new UI design:Simple,direct,and promoted experience➢Gravity sensor:Horizontal and vertical freelyTechnical paramaterParameters / ModelTypeVOx FPAResolution256×192Lens6.0mm/F1.0Spatial re
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Feature➢Detection and Recognition of Ground Targets: The system is designed to effectively detect and recognize a variety of ground targets. This feature supports situational awareness and strategic decision-making by accurately identifying and classifying potential targets, thereby enhancing operational effectiveness.➢Advanced Operational Modes: Supporting a comprehensive suite of functionalities, the system includes capabilities for search, tracking, locking, and guiding.
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Feature➢Performance level Simple yet sophisticated:IP67,2m drop resistance,Cope with a complex condition➢Full coverage of temperature measurement scenes:Stable temperature measurement and maintenance of electric power,construction and chemical industry➢Wi-Fi function:Real-time analysis,data upload,collaborative detection➢Brand new UI design:Simple,direct,and promoted experience➢Gravity sensor:Horizontal and vertical freelyTechnical paramaterParameters / ModelTypeA-si FPAResolution160×120Lens3.85mm/F1.0Spatial resolution4.4mradNETD≤0.06℃@30℃Frame rate50HzFocalFocus freeSpectral range8-14um
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ApplicationHandheld / Head-mounted Night VisionGeneral SpecificationC Level:-Spherical Ortho Output Window-Pin electrical interface-Spherical Ortho Output Window-High precision assembly technologyB Level:-Automatic door control power supplyA Level:-Optical reflection reduction technology-Automatic door management power supplyTechnical ParametersLEVEL CLEVEL BLEVEL AQuality factors140016001800Sensitivity (2856K)7008001000μA/lmSignal-to-Noise Ratio232528Resolving power606468lp/mmIntense light resolving power (200lx)-5454lp/mmOperating Voltage2.2-3.42.2-3.42.2-3.4VOperating Current152525mABrightn
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Features➢With the capability of detection and recognition for ground target➢Support search, tracking, lock, guiding, and so forth working ways➢With personality overlay, customized and show functions;➢With self - take a look at and fault prognosis featureTechnical paramaterParameters / Model                                                 JV-GV30AEO SensorWavelength0.4~0.9μmResolution1920*1080Focal length4.3
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FeatureEase of Use: Operators can interact with the LTD intuitively, reducing training time and potential errors.Enhanced Situational Awareness: Critical information is displayed clearly and understandably, facilitating faster decision-making.Global Accessibility: The LTD can be readily deployed and operated by users worldwide, regardless of language barriers.Application-Precision Distance Measurement      -Target Geolocation      -Electro-Optical Target IdentificationTechnical parameterParameters / ModelJV-LTD1504Wavelength1570nm±5nmMain functiona.
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JV-MFB375-5006 is able to work effectively in low-light or even no-light environments by using infrared technology to capture light, including infrared light, which is invisible to the human eye.Feature➢NETD:<50mK@300k F#1.0➢Detector Type:UnCooled VOx FPA➢ Focal Length:f= 75mm F1.0➢FOV:4.9°×3.7°➢ Distance:Detection 1.8km Recognition 0.5km(Human);Detection 7.0km Recognition 2.0km(Vehicle) Technical parameterParameters / ModelJV-MFB375-5006Detector TypeUnCooled VOx FPAResolution384*288@17μmSpectral Range8~14μmFrame Rate50HzNETD<50mK@300k F#1.0Display1024×768 0.39&qu
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JV-MFB650-5006 makes use of infrared technological know-how to seize light, consisting of infrared mild that is invisible to the human eye, so it can work correctly in low-light or even no-light environments.Feature➢NETD:<50mK@300k F#1.0➢Detector Type:UnCooled VOx FPA➢Focal Length:f= 50mm F1.0➢FOV:8.8°×7.0°➢Distance:Detection 1.8km Recognition 0.5km(Human);Detection 6.0km Recognition 1.8km(Vehicle) Technical parameterParameters / ModelJV-MFB650-5006Detector TypeUnCooled VOx FPAResolution640*512@17μmSpectral Range8~14μmF
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The product can be assembled on various types of UAVs and other air carriers, as well as on ships and vehicles to meet the needs of sea and air.
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With light weight and excellent performance, this product can be assembled on all kinds of UAVs and other air carriers, as well as on ships and vehicles, which can meet the needs of dual-use in sea and air.
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Anti-drone equipment encompasses a vary of utilized sciences and buildings designed to detect, intercept, and neutralize unauthorized or opposed drones.Feature➢High Definition Visible and Long Wave Infrared Capabilities: The device accommodates superior imaging applied sciences inclusive of excessive definition visible-light video and imagery, as nicely as lengthy wave infrared capabilities.
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This product has the advantages of small size, light weight, low power consumption, and has functions such as strong light source protection and polarity reversal protection.LEVEL 3:The basic version of this series features high contrast fiber optic inverters and input enhancement technologies, with a FOM 1400, but can achieve superior image quality in low light conditions by improving signal-to-noise ratio and resolution.LEVEL 2:The upgraded product of this series, FOM1600 or above, adopts automatic gate control power technology, which can have a wider dynamic range and adapt to various compl
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This product has the features of robust mild supply safety and polarity reversal protection, etc., and it has the benefits of small size, light weight and low energy consumption.LEVEL C:Series simple model of the product, the use of excessive distinction fiber optic inverters and enter enhancement and different technologies, can furnish greater picture decision and signal-to-noise ratio, the fine component of 1400 or more, in low-light condi
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The JV-MFB375-5006 utilizes infrared technology to capture light, including infrared light that is invisible to the human eye, so it can work effectively in low-light or even no-light environments.Feature➢NETD:<50mK@300k F#1.0➢ Detector Type:UnCooled VOx FPA➢Focal Length:f= 85mm F1.0➢FOV:4.4°×3.3°➢ Distance:Detection 2.0km Recognition 0.6km(Human);Detection 7.0km Recognition 2.0km(Vehicle) Technical parameterParameters / ModelJV-MFB385-5007Detector TypeUnCooled VOx FPAResolution384*288@17μmSpectral Range8~14μmFrame Rate50HzNETD<50mK@300k F#1.0Display1024×768 0.39"
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Feature➢Suitable for various harsh environments,such as smog,darkness and strong light➢Front-end temperature measurement with accurate temperature measurement➢ Rich interface and convenient integrationApplicationIt is appropriate for temperature size purposes in eletric power,rail transit,valve corridor and valve module,power distribution room,etc.Technical paramaterParameters / ModelParameters of infrared movementDetector typeUncooled FPAPixel384*288Pixel spacing17μmThermal sensitivity≤0.06℃@F1,300KSpectral range8-14umCamera lensMotorized lens30mmViewing ang
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Anti-drone equipment encompasses a range of applied sciences and structures designed to detect, intercept, and neutralize unauthorized or antagonistic drones.Feature➢High Definition Visible and Long Wave Infrared Capabilities: The system incorporates advanced imaging technologies including high definition visible-light video and imagery, as well as long wave infrared capabilities.
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JV-MFB675-5007 includes laser rangefinding to be able to measure targets at long distances.
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With silent operation, advanced targeting and image storage, the system is designed to operate in a wide range of battlefield conditions.Features➢NETD:<50mK@300k F#1.0➢Detector Type:UnCooled VOx FPA➢E-Zoom:1X/2X/4X➢Focal Length:f= 50mm F1.0➢FOV:7.5°×5.6°➢Distance:Detection 1.2km Recognition 0.3km(Human);Detection 4.0km Recognition 1.2km(Vehicle) Technical parametersParameters / ModelJV-MFB375-5006LDetector TypeUnCooled VOx FPAResolution384*288@17μmSpectral Range8~14μmFrame Rate50HzNETD<50mK@300k F#1.0Display1024×768 0.39"OLED X2Image ProcessingBoot Time<6sNoise ReductionDig
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Feature➢ This product integrates remote human eye safe laser ranging, GPS and high-precision digital electronic compass, which can help users quickly discover and dispose the target. ➢ The system uses advanced image compression algorithm to record real-time images, which can help users to sample and obtain evidence synchronously.➢ The system has excellent waterproof and dust-proof performance, compact structure, light weight, durable, anti-seismic and anti-interference, and can be used in the whole climate environment.               
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Relate News
Anti-drone can be categorized from a functional point of view into two parts: drone detection and detection and drone countermeasures.The main drone detection technologies are: radio-based drone detection, radar-based drone detection+, and optoelectronic-based drone detection.
To understand the principles of night vision, it is necessary to know something about the principles of light. The amount of energy in a light wave is related to its wavelength: the shorter the wavelength, the higher the energy. In visible light, violet light has the highest energy, while red light has the lowest. Adjacent to the visible light spectrum is the infrared spectrum.
When it comes to night vision devices, most people think of image intensification technology. In fact, image intensification systems are generally referred to as night vision devices (NVDs.) Inside the NVD is an image intensifier tube that can be used to capture and amplify infrared and visible light. Here's how an image intensification system works:A conventional lens called an objective lens captures ambient light and certain near-infrared light.The collected light is transmitted to the image intensifier tube.
On February 4, 2024, the 2024 World Defense Show (WDS) opened in Riyadh, the capital of the Saudi Arabia.
In order to carry out high-quality wildlife monitoring work, recently, the staff of the Forestry Bureau in-depth nature reserves to set up a number of night vision devices, at the same time will be set up in the early night vision devices, and screening of pictures, video data for research and analysis.
UAVs were initially used in the military field, and in recent years, the state has encouraged the use of UAVs in the industrial field, which has promoted the development of industrial-grade UAVs, and UAV optoelectronic pod products have gained rapid development under the policy dividend.The application of optoelectronic pods on drones is becoming more and more extensive, and they can be applied to public security monitoring, danger rescue, electricity, meteorology and agricultural plant protection.
A pod is a short, streamlined nacelle section in which a piece of airborne equipment or a weapon is mounted and suspended from the fuselage or under the wing. They can be fixed (e.g. engine pods) or detachable (e.g. weapon pods). The addition of a pod can provide an aircraft with a function that it does not have on its own, and the addition of a pod usually requires the support of on-board electronics and consideration of the overall aerodynamics of the aircraft.With the development of aviation technology, airborne pod technology has also made great progress.
According to “infrared diagnostic application specification for energized equipment DL/T 664-2016” there are six kinds of infrared defect determination methods:1. surface temperature judgment methodIt is mainly applicable to current-heated and electromagnetic effect-heated equipment.
Depending on their clarity and sensitivity, night vision devices are categorized into four generations - gen0, gen1, gen2, and gen3 (note that there is currently no gen4 for night vision devices).Gen 0 refers to other principles of construction of night vision devices (mainly infrared night vision devices) other than microlight night vision devices, the first time to use in the European theater of operations during the Second World War.
Photoelectric pod technology and its pods are an important part of photoelectric reconnaissance and warning technology and its equipment, but also the core equipment of unmanned aircraft reconnaissance, which will fill the role of tactical reconnaissance of specialized manned aircraft, for which various countries are vigorously developing photoelectric pods for various purposes.
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