Multi-function Binoculars 6km-manufacture,factory,supplier from China

(Total 24 Products for Multi-function Binoculars 6km)
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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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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Observation DistanceApplications- Reconnaissance and Surveillance- Target Acquisition and Identification- Battlefield Communication- Intelligence Gathering and AnalysisTechnical parameterParameters / ModelJV-MFB675Detector TypeUncooled VoXArray Size/Resolution640×512Spectral Band8~12μmDetector Pitch12μmFrame Rate50Hz(PAL)PolarityWhite hot/Black hot(pseudo-color)NETD≤40mK@25℃,F#1.0Contrast/BrightnessAuto/ManualInfrared OpticalFocus modeMotorize FocusIR Lensf=75mm, F# 1.0Field of view5.9°×4.7°E-zoom1x~4xMicro Display2×1024x768 OLEDEyepiece Magnification15×GPS /GNNSAccuracyCEP< 2mWIFIDist
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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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Multi-functional infrared binoculars are optical devices that combine night vision capabilities with telescopic vision, and are widely used in night observation, navigation, nature observation, and security. Feature➢NETD:<50mK@300k F#1.0➢Detector Type:UnCooled VOx FPA➢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 parameterParameters / ModelJV-MFB350-5004Detector TypeUnCooled VOx FPAResolution384*288@17μmSpectral Range8~14μmFrame Rate50HzNETD<50mK@300k F#1.0Display1024×768 0.39&q
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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.Technical paramaterModelInfrared ImageDetector Type 
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Features➢Provide high-definition visible light and mid wave infrared videos and images for the detection area➢Capable of detecting and identifying ground targets➢Support search, tracking, locking, guidance and other working methods➢With character overlay, customization, and display functions➢Equipped with target positioning function, 6km for people and 15km for vehicles➢Equipped with laser ranging function, 2km for people and 8km for vehicles➢Equipped with self checking and fault diagnosis functionsTechnical paramatersParameters / ModelJV-GTV30GDEO SensorWavelength0.4~0.9μmResolution1920*1080F
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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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JV-MFB675-5007 includes laser rangefinding to be able to measure targets at long distances.
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The resolution of this product is 640* 512@12 μm.
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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 JV-MFB675-FD/JV-MFB675-FDP features a variety of observation modes, such as night vision, thermal imaging, or high-definition daytime observation, to meet the needs of use in different environments.
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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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The system provides silent operation, advanced target positioning, and image storage capabilities, and can work well in various battlefield conditions.
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The resolution of this product is 640* 512@17 μ m. It is equipped with the latest United Nations cooled thermal imaging system, eye safe laser rangefinder, integrated GPS, WIFI, digital magnetic compass (DMC), and visible light camera.
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FeatureCompliance and Certification:Each unit undergoes rigorous testing to ensure compliance with relevant safety standards, providing assurance to users that they are employing a tool that not only enhances operational efficiency but also prioritizes worker safety.Long-lasting Battery Life:Understanding the importance of uninterrupted operation in hazardous areas, these binoculars are powered by high-capacity batteries, ensuring extended usage times between charges.Technical paramaterJV-ETVC4108-2037Thermal imagingTypes of detectorsUncooled  infrared  focal plane  sensorM
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Feature-Rapid Target Acquisition: Significantly reduces the time required for vary measurement, indispensable in dynamic situations.-Enhanced Covertness: Minimizes the laser's "on-target" time, decreasing the probability of detection by means of adversaries.-Improved Accuracy: Reduces the have an impact on of goal or platform motion throughout measurement, main to greater specific distance readings.Application- Pinpoint Ranging (Emphasizes accuracy)- Instant Target A
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Thermal imaging technology is used in both military and civilian applications, originating in the military at the very beginning and gradually being converted to civilian use. In civilian use it is generally called a thermal imaging camera and is mainly used in research and development or industrial testing and equipment maintenance, and is also widely used in fire prevention, night vision and security. In layman's terms, a thermal imaging camera transforms the invisible infrared energy emitted by an object into a visible thermal image.
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FeatureExplosion-Proof Safety:These binoculars are built with one-of-a-kind explosion-proof substances and designs to make sure that no sparks or warmness sources are generated in probably explosive environments,thereby safeguarding each operators and equipment.User-Friendly Interface:Featuring an intuitive user interface and simple operation controls, they allow even non-professionals to quickly become proficient, effectively enhancing work efficiency.Technical paramaterJV-EVC2025Explosion-proof signEx db ⅡC T6 Gb/Ex tb IIIC T80℃ DbProtection levelIP68CameraImage Sensor1/2.8” Progressive
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A laser rangefinder is an instrument that utilizes a certain parameter of a modulated laser to accurately determine the distance to a target.
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This product outfitted with a modern-day UN-cooled thermal imager, eye secure laser vary finder, built-in GPS,WIFI,digital magnetic compass (DMC) and seen mild camera.
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Features- Class I human eye safety standards- Provide customization service- Small size and light weight- Stable performance and easy to use- Distance dimension for car over 5 km- Developed primarily based on1535nm Er:Glass laserApplications-Laser Ranging      -Positioning     - Photoelectric reconnaissanceTechnical parameterParameters / ModelJV-LRF1506Wavelength1535nm±5nmMain functiona. Single Ranging and continuous rangingb.Optional distance imaging, forward and backward targeting instructionsc.
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Feature➢ provide high definition visible and long wave infrared video and images for the inspection area.➢ Possess high precision visual axis stabilization.➢ Possesses the ability to detect and recognize ground targets.➢ Support various working modes such as search, tracking, locking and guiding.➢ With character overlay, customization and display function.➢ With self-test and fault diagnosis function.Technical paramaterParameters / ModelJV-GV30EO SensorWavelength0.4~0.9μmResolution1920*1080Focal length4.3mm~129mm(30x)Horizontal FOV63.7°~2.3°DistancePeople:Detection 6kmRecognition 2kmVehicle:De
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Relate News
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.
The 14th Jordan (Aqaba) International Defense and Uniformed Services Exhibition was held on September 3-5, 2024 at the Aqaba International Exhibition Center. It is the largest and most authoritative military, police and defense exhibition in Jordan.Jovstar focuses on displaying portable multi-functional thermal imaging cameras, gun sights, micro-light night vision devices and other products to global customers.
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
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.
When is it necessary to calculate the distance factor ratio and when is it not?
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.
When purchasing a thermal imaging camera, there are many specifications for thermal imaging cameras. Looking at a single specification does not reflect the overall performance of the camera; the combination of specifications is what determines the performance of the camera. All specifications of a thermal imaging camera are important, but you can focus on some of them to make sure you buy the right equipment.ResolutionThe resolution of a thermal imaging camera is how many pixels are in the camera's detector.
To better ensure the normal operation of society, the installation of surveillance is essential, but the installation of a traditional visible light surveillance without image enhancement can become difficult when forensic review and video analytics performance is required, so it is possible to install a thermal imaging camera with 7 × 24 monitoring in some important occasions.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.
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.
In the technological wave of 2024, infrared camera photography, is quietly changing the way we perceive the natural world. This is not only a technological innovation, but also a profound empowerment in the field of biodiversity conservation and ecological research.