Laser Rangefinder 10km-manufacture,factory,supplier from China

(Total 24 Products for Laser Rangefinder 10km)
Laser rangefinder is widely used in terrain surveying, battlefield surveying, ranging of tanks, aircraft, ships and artillery to the target, measuring the height of clouds, aircraft, missiles and artificial satellites. It is an important technical equipment to improve the accuracy of high tanks, airplanes, ships and artillery.
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JV-LRFM10 is an intelligent portable monocular laser rangefinder. It is equipped with a low-light camera module, a laser ranging module, a digital electronic compass, a GPS positioning module, a display module, and a central information processing unit. It integrates high-precision single measurement, continuous measurement, multi-target relative measurement, and memory storage functions.
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Laser rangefinder is broadly used in terrain surveying, battlefield surveying, ranging of tanks, aircraft, ships and artillery to the target, measuring the top of clouds, aircraft, missiles and synthetic satellites. It is an necessary technical tools to enhance the accuracy of excessive tanks, airplanes, ships and artillery.
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A laser rangefinder is an instrument that makes use of a positive parameter of a modulated laser to precisely decide the distance to a target.
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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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Features- Rapid Measurement Speed- Long Range Capability- High Accuracy- User-Friendly Interface- Distance size for automobile over 10 km- Developed based totally on 1064nm stable country laserApplications- Laser Ranging   -Positioning    - Photoelectric reconnaissance    - Construction and Engineering    -Military and DefenseTechnical parameterParameters / ModelJV-LRF1010Wavelength1064nm±10nmMain functiona.
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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 system provides silent operation, advanced target positioning, and image storage capabilities, and can work well in various battlefield conditions.
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Features- Small dimension and moderate weight- Class I human eye protection standards- Stable general overall performance and basic to use- Provide customization service- Distance measurement for automobile over 10 km- Developed especially primarily based on 1535nm Er:Glass laserApplicationsConstruction and Engineering: - Verifying the accuracy of construction elements, such as walls, floors, and foundationsLand Surveying and Mapping: - Monitoring changes in land features, such as erosion, landslides, and
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FeaturesCertified for use in IIA, IIB, and IIC gas groups, with T1-T6 temperature classesRugged, impact-resistant housing constructed from lightweight, corrosion-resistant materialsHigh-resolution thermal imaging sensor with advanced image processing algorithmsIntuitive user interface and large, high-contrast display for easy operationLong-lasting, rechargeable battery for extended field useIntegrated laser rangefinder and digital zoom for precise distance measurement and target identificationSeamless integration with mobile devices and cloud-based platforms for remote monitoring and data anal
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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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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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Features- Strong directional capability- High reliability of the whole machine- High temperature performance- Various working modes- High degree of modularizationApplications- Target Marking- Positioning- Construction- Geological SurveyTechnical parameterParameters / ModelJV-LIS8001Optical parameterCenter wavelength808±5 nmDivergence angle0.5 mradElectronical parameterPower<1WPower consumption<5WOperating modeContinuous or pulsed operationCommunication modeCAN busOther parameterOperationalTemperature-40 — +70℃Weight<180Dimensions87.5*50*35 mm(optical)42*38*23 mm(drive)Protection
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Handheld rangefinder, is based on the use of electromagnetic wave science, optics, acoustics and other principles and has a small body, for distance measurement instruments.
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Handheld rangefinder, is primarily based on the use of electromagnetic wave science, optics, acoustics and different concepts and has a small body, for distance size instruments.
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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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Features-Rapid Target Acquisition: Significantly reduces the time required for range measurement, crucial in dynamic situations.-Enhanced Covertness: Minimizes the laser's "on-target" time, reducing the likelihood of detection by adversaries.-Improved Accuracy: Reduces the impact of target or platform movement during measurement, leading to more precise distance readings.Applications-Laser Ranging    -Positioning     - Photoelectric reconnaissanceTechnical parameterParameters / ModelJV-LRF1540Wavelength1570nm±5nmMain function
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Features- Based on 905nm laser diode- Measuring range from 5m to 1200m- Small size and light weight (only 10g)- Stable performance, easy to install- Customized service for some parametersApplications- Laser Ranging      - Positioning      - Photoelectric reconnaissanceTechnical parameterParameters / ModelJV-LRF901-2Wavelength905nmOperating range 5-1200mLaser divergence angle4 mradMeasurement frequency3 HzRanging accuracy   ±1mAccurate ranging ratio ≥98 %Range resolution0.1 mVoltage supply3.3±0.3vWeight19/23±5gPower consumption500mwDimensio
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JV-MFB675-5007 includes laser rangefinding to be able to measure targets at long distances.
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Features- High reliability- Impact resistance- Stable general overall performance and handy to use- Provide customization service- Distance size for car over 20 km- Developed primarily based on 1064nm stable kingdom laserApplications- Laser Ranging      -Positioning      - Photoelectric reconnaissanceTechnical parameterParameters / ModelJV-LRF1020Wavelength1064nm±10nmMain functiona.
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Features- Long Range Capability- Impact resistance- Localization- Compactness and Portability- Stable overall performance and convenient to use- Provide customization carrierApplications- Laser Ranging    -Positioning     - Photoelectric reconnaissance    - Geological Surveying    - Forestry and Environmental MonitoringTechnical parameterParameters / ModelJV-LRF1070Wavelength1064nm±5nmMain functiona.
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Feature- Accuracy:This product boasts a high level of precision.- Measurement Speed:It can provide distance readings in an instant.- Multiple Measurement Modes:Capable of offering various types of measurement modes,such as continuous scan,single shot,or angle compensation.- Size and Portability:Designed to be compact and portable,making it easy to carry and use in the field.Applications- Laser Ranging    - Positioning     - Photoelectric reconnaissanceTechnical parameterParameters / Model JV-LRF1503Wavelength1535nm±5nmMain functiona.
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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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FeaturesState-of-the-art uncooled thermal imager: Ensuring eye-safe operation for the user.Eye-safe laser rangefinder: Providing precise distance measurements to targets.Integrated GPS/GNSS: Enabling accurate location determination.Digital magnetic compass (DMC): Offering reliable directional information.Visible light camera: For clear target visualization in daylight conditions.Technical paramaterParameters / ModelResolution1024x768FOV28.7°x21.7°Display5-inch color LCD capacitive touch screenFocalAutomatic/manual focus/electric focus/touch screenFrame rate60HzVisual c
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Relate News
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.
How to buy a good enough night vision device?Now, we start to share with you some dry facts to help people who wish to buy a night vision device to buy one that meets their requirements.Classification of night vision devices:First of all, Night Vision Devices (Night Vision Devices) are categorized into Infrared Night Vision (Infrared Night Vision), Laser Night Vision (Digital Night Vision) and Shimmer Night Vision (Image Intensifier). After testing these three types we can tell you with confidence that the Microlight Night Vision is the only night vision device worth buying.
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.
When is it necessary to calculate the distance factor ratio and when is it not?
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.
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.
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.
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.
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.
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.
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