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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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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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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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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Feature➢ Front-end temperature measurement with accurate temperature measurement➢ Rich interface and convenient integration➢ Support angle feedback➢ optional athermalized lensApplicationThis product is ideally suited for temperature measurement applications in a variety of industrial settings, including:Electric Power Generation and Distribution: Monitoring the temperature of critical components in power plants, substations, and distribution networks.Rail Transit Systems: Inspecting overhead catenary systems, traction motors, braking systems, and other temperature-sensitive components.Val
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JV-MFB685-5010 utilizes infrared technology to capture light, including infrared rays that are invisible to the human eye, so it can work properly in low-light or even no-light environments.
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The product has the functions of strong light source protection, polarity reversal protection, etc. It also has the advantages of small size, light weight and low power consumption. There are several series to provide different imaging effects, which can perfectly meet your needs!LEVEL C: series of basic version of the product, the use of high-contrast fiber optic inverter and input enhancement and other technologies, can provide higher image resolution and signal-to-noise ratio, quality factor of 1400 or more.
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The resolution of this product is 640* 512@12 μm.
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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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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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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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The system provides silent operation, advanced target positioning, and image storage capabilities, and can work well in various battlefield conditions.
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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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JV-MFB675-5007 includes laser rangefinding to be able to measure targets at long distances.
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FeatureGeneration and Performance: Utilizing a "Super Second Generation" image intensifier tube, it offers exceptional low-light performance with a Figure of Merit (FOM) of ≥1400, indicating high sensitivity and image clarity.Magnification and Field of View: The 4.5x magnification provides a good balance between target identification and situational awareness, while the 9.2° field of view allows for observing a relatively wide area.Long-Range Observation: With a recognition distance of ≥120 meters for a human-sized target, this scope is suitable for surveillance and ta
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This product is designed with low power, compact, rugged, durable, and simple which can be mounted on weapons or held by hand according to different application.
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The unique low power design can be used to last battery operation. This product is designed with low power, compact, rugged, durable, and simple which can be mounted on weapons or held by hand according to different application.
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Feature➢ 1200g shock resistance➢ Display 1024*768 OLED➢ Laser vary finder extra than 1km➢ WIFI extra than 20m➢ Less Power Consumption extra than eight hoursApplicationGame Detection and Tracking: Detect animals based on their heat signatures, even in dense vegetation or complete darkness, increasing hunting success rates and ethical hunting practices.Wildlife Observation and Research: Observe and study animal behavior without disturbing them, providing valuable insights for conservation efforts and ecological research.Technical parame
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Feature➢ 1200g shock resistance➢ Display 1024*768 OLED➢ Laser vary finder greater than 1km➢ WIFI extra than 20m➢ Less Power Consumption greater than eight hoursApplicationMilitary and Law Enforcement: Enhance situational awareness in low-light or no-light conditions, enabling target identification, surveillance, and engagement with greater precision and safety.Search and Rescue: Quickly locate individuals in challenging environments such as dense forests, smoke-filled buildings, or nighttime scenarios, significantly improving rescue e
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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.
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.
Laser rangefinder (Laser rangefinder), is the use of modulation of a certain parameter of the laser to achieve the distance measurement of the target instrument.
From January 16 to 18, 2024, the 25th Middle East (Dubai) International Security Equipment and Technology Exhibition (Intersec Dubai) in Dubai World Trade Center (DWTC) concluded perfectly, 1,000 exhibitors from more than 60 countries and regions to display their latest products and technological achievements in the field of security.Jovstar with “AI + security” as the core, relying on artificial intelligence, cloud computing, big data and other new generation of information technology, to the global customer focus on portable multi-functional thermal imaging camera, gun sights, micro-light ni
Both plants, animals, humans, cars and objects emit heat. The defining characteristic of a thermal sensor is the detection of heat in response to small differences between thermal features in the image. So whether it's raining, sunny or completely dark, thermal imaging cameras provide clear thermal images. For this whole reason, thermal images characterized by high contrast are ideal for video analysis.Today, thermal imaging cameras are the monitoring solution of choice for nuclear power plants, substations, oil refineries and airports.
The most common query among thermal photographers is, “How far can I really measure with a thermal imaging camera?”It's a bit more complicated to explain, but fundamentally measuring distance depends on the resolution and field of view (FOV) of the thermal imaging camera, as follows:A thermal imaging camera with a higher resolution allows you to get more pixels on your measurement target, which improves accuracy even when measuring from a distance. A narrow field of view (e.g.
The differences between infrared thermography and low-light imaging are as follows:1. Imaging Principle:Infrared Thermography:It captures the infrared radiation emitted by objects and converts it into visible images. All objects above absolute zero emit infrared radiation, which can be detected and used to create a temperature distribution map, displaying the thermal image of the object. This technology does not require external light sources and can work in completely dark environments.Low-light Imaging:It relies on amplifying extremely weak ambient light, such as moonlight or starlight.
In industry, the provision of reliable power is critical to equipment safety and personnel safety, and it ensures the smooth operation of motors, transformers, conductors, power cables, and other types of electrical installations.There are often a large number of switches, contacts, wiring, casing clamps and other components in the electrical equipment system, which cause abnormal overheating points due to poor contact, corrosion, internal abnormalities and other reasons, jeopardizing the normal operation of the equipment as well as the safety of the power supply, and leading to electrical fir
As a global leader in optoelectronic equipment, Jovstar is committed to providing customers with cutting-edge products and solutions. Our diverse product portfolio includes multifunctional thermal imagers, handheld thermal imagers, and laser rangefinders, widely employed in security surveillance, outdoor hunting, industrial inspection, and power line inspection, among other fields.Jovstar has earned a stellar reputation worldwide for its exceptional product performance and unwavering reliability.
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.
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