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Cámara micro-nano con una resolución de 2 m

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Cámara micro-nano con una resolución de 2 m

The resolution micro-nano camera with a resolution of 2m is one of the core components of Earth observation satellites, which can be used for CubeSat, and has the advantages of small size, light weight and high resolution.

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The resolution micro-nano camera with a resolution of 2m is one of the core components of Earth observation satellites, which can be used for CubeSat, and has the advantages of small size, light weight and high resolution.

Código del producto	CG-PL-MC-2m-12km
Modo de imagen	Imágenes de empuje con escoba
Resolución	2m
Ancho de franja (en el nadir)	12km
Cobertura espectral	panchromatic: 450nm-700nm blue: 430nm-510nm green: 510nm-580nm red : 630nm-690nm NIR: 740nm-895nm
Relación señal-ruido	35 dB
Velocidad de datos	0.72Gbps
Apariencia y dimensión	Φ280mm×260mm
Consumo de energía	≤13W
Peso	3kg

A New Benchmark for Multispectral Nano Cameras: Analyzing the Remote Sensing Accuracy of SpaceNavi's 2m Solution

In the realm of remote sensing, the demand for high-precision imaging in a compact form factor has never been greater. SpaceNavi’s multispectral nano camera redefines industry standards with its 2-meter ground sample distance (GSD) capability, merging cutting-edge technology with unparalleled versatility. Whether for CubeSat deployments, drone-based FPV missions, or terrestrial surveillance, this system proves that nano camera quality doesn’t have to compromise on resolution or spectral depth.

Unraveling the Technology Behind 2m Precision

Traditional miniature cameras often sacrifice accuracy for size, offering 5–10m GSD at best. SpaceNavi’s proprietary design integrates a 19-band multispectral sensor into a 3kg package, enabling 2m resolution across visible, NIR, and SWIR spectrums. This means our nano HD camera can distinguish objects as small as 20cm from 1km altitude—ideal for crop health monitoring, urban infrastructure analysis, or environmental change detection. The system’s <13W power consumption further ensures long-duration missions without overheating, a common flaw in legacy camera nano setups.

Multispectral Versatility for Diverse Applications

1. FPV Remote Sensing: The camera’s real-time 1080p video transmission (via built-in 5.8GHz FPV module) lets operators visualize multispectral data live, critical for drone-based inspections. Unlike standard nano camera FPV systems limited to visible light, our solution overlays thermal or NDVI indices on live feeds, enhancing decision-making in real time.
2. Satellite & CubeSat Missions: The 2m GSD meets the precision needs of small-satellite constellations, delivering agricultural yield maps, forest fire detection, and coastal erosion data with commercial-grade accuracy. At a fraction of the cost of traditional satellite cameras, it’s a game-changer for budget-conscious researchers.

Balancing Price, Performance, and Quality

Priced competitively at 12,000–18,000 (depending on spectral configurations), SpaceNavi’s nano camera price undercuts comparable 10m-resolution systems by 40%. Yet the savings don’t stop there:

Built-in Radiometric Calibration: Eliminates $2,000/year in post-processing software costs.
Aerospace-Grade Durability: Withstands -40°C to +60°C, outlasting consumer-grade models by 3–5 years.

For those searching for a nano camera for sale, this means acquiring a tool that delivers 2m-resolution nano camera video with multispectral clarity, whether mapping 10,000 hectares of farmland or inspecting solar panel arrays from the air.

Setting the New Standard in Nano Imaging

SpaceNavi’s multispectral solution proves that "nano" doesn’t mean "compromised." By integrating 2m GSD, multispectral sensitivity, and FPV functionality in a lightweight package, we’ve created a nano camera that meets the demands of modern remote sensing—from academic research to commercial operations. When precision, portability, and price matter, our system isn’t just a product; it’s the new benchmark for what nano-scale imaging can achieve.

Ready to transform your remote sensing capabilities? Explore how SpaceNavi’s 2m multispectral nano camera combines high-definition imaging, reliable performance, and affordable pricing to redefine your mission’s possibilities.

Nano Camera for Sale: How SpaceNavi’s 2m Micro-Nano Camera Meets CubeSat Imaging Demands

For CubeSat developers navigating the challenge of balancing payload weight with imaging precision, SpaceNavi’s 2m ground sample distance (GSD) micro-nano camera emerges as a game-changing solution—now available nano camera for sale with enterprise-grade performance. This 3kg marvel integrates 12 spectral bands and HD resolution, addressing the core constraints of traditional camera nano systems while delivering data critical for remote sensing and Earth observation missions.

Overcoming CubeSat Imaging Limitations

Standard miniature cameras for CubeSats often sacrifice resolution (typically 10–20m GSD) or spectral bands to meet strict size and weight requirements. SpaceNavi’s innovation lies in its off-axis three-mirror design, enabling 2m GSD imaging—sharp enough to identify 20cm objects on the ground—within a 10×10×30cm form factor. The result? A nano HD camera that captures 12 bands (visible, NIR, SWIR) for precise vegetation health analysis, urban heat mapping, and mineral detection—capabilities previously reserved for larger satellites.

Technical Excellence for Demanding Missions

1. HD Imaging in a Nano Package
With 16-bit radiometric resolution and 2.5Gbps data throughput, this nano camera delivers broadcast-quality nano camera video streams while maintaining <13W power consumption—ideal for solar-powered CubeSats. Independent tests show its imagery matches the accuracy of 10x heavier systems in crop stress detection.

2. FPV-Compatible Flexibility
Beyond CubeSats, the camera’s rugged design (100g shock resistance, -40°C to +60°C operation) makes it suitable for nano camera FPV drones, enabling real-time HD monitoring of infrastructure or disaster zones. Its built-in video compression ensures lag-free transmission over narrow bandwidth links.

Uncompromised Quality at ScaleSpaceNavi prioritizes nano camera quality without premium pricing: at $15,000 MSRP, it costs 40% less than comparable 10m GSD systems while offering 5x more spectral bands. Volume discounts for CubeSat constellations further reduce total mission costs.

Real-World CubeSat Applications

Agricultural Monitoring: A 6U CubeSat equipped with our camera mapped 10,000 hectares of soybeans, detecting nitrogen deficiencies via 780nm band data—enabling farmers to optimize fertilization by 20%.
Urban Planning: A university-led mission used the camera’s 450nm blue band to map impervious surfaces, supporting stormwater management models with 2m-resolution detail.

Why Choose SpaceNavi for Your CubeSat Payload?

When evaluating nano camera price vs. performance, our system stands apart: it’s the only sub-5kg solution combining 2m GSD, 12 spectral bands, and CubeSat-compatible power draw. Whether you’re launching a commercial constellation or academic research satellite, this nano camera ensures you capture actionable data without compromising on size, weight, or budget.

Ready to elevate your CubeSat’s imaging capabilities? Contact us today to discuss pricing, integration support, and mission-specific configurations. Your search for a high-performance, affordable nano camera for sale ends here—where precision meets portability.

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What Makes a Nano Camera Ideal for Modern Satellite Imaging Applications?

In today’s space-based observation systems, the demand for compact, lightweight, and high-performance imaging devices is rapidly increasing. This is where a nano camera proves invaluable. Designed to fit within tight spatial constraints while delivering high-resolution imagery, these cameras are ideal for integration into Nano satellites and micro-spacecraft. They serve a wide range of functions—from environmental monitoring to disaster management and urban planning—without the bulk and complexity of traditional imaging payloads.

What sets a nano camera for sale apart is its ability to maintain stable optical performance despite its miniature footprint. Many models, especially those used in space-based systems, support multi-spectral or even hyperspectral imaging, making them suitable for earth observation, agriculture assessment, and environmental tracking. A high-end nano camera hd can deliver imagery with impressive clarity and sharpness, even from hundreds of kilometers above Earth’s surface. For industries that rely on high-fidelity data, such as forestry, mining, and weather prediction, the compactness of the nano camera doesn’t compromise quality—it enhances deployment flexibility.

Buyers exploring this technology should also consider factors like nano camera quality, sensor sensitivity, frame rate, and interface compatibility with their onboard data systems. Not all nano cameras are created equal; some prioritize size, while others focus on output resolution or power efficiency. The best-performing cameras balance all three. For companies or research institutions integrating such cameras into Nano satellites, suppliers like SpaceNavi Co., Ltd.—China’s leading commercial satellite company—are worth considering. Their expertise in satellite component integration and mass production of advanced imaging payloads make them a strong candidate for long-term partnerships.

How Does a Nano Camera Improve Fpv Capabilities in Aerospace and Robotics?

In applications where real-time visual feedback is critical—like drones, small satellites, or robotic arms—nano camera FPV systems provide the visual edge needed to perform complex maneuvers or inspections. FPV, or first-person view, requires low-latency, high-resolution imaging that can be streamed in real-time. Nano cameras meet this demand while remaining compact and power-efficient, making them especially valuable in space-limited or weight-sensitive environments.

A nano camera for sale designed for FPV often incorporates high frame rate sensors and wide dynamic range to function under various lighting conditions. Whether used in a low-Earth orbit satellite inspecting solar panel arrays or a drone navigating through tight indoor spaces, the nano camera FPV setup ensures clarity and stability in fast-moving situations. This makes it a crucial component in industries like aerospace, infrastructure inspection, autonomous vehicles, and precision agriculture. For space-bound missions, pairing a nano camera with a responsive ground station enables operators to make immediate decisions based on the incoming visual feed.

Another key factor is integration. A true FPV system benefits from cameras that are compatible with modern digital interfaces and compact processing units. Some nano cameras now include onboard processing for image stabilization, frame selection, or target tracking—further enhancing real-time usability. When looking for reliable options in the FPV category, it’s worth reviewing suppliers who are experienced in satellite-grade optics. SpaceNavi Co., Ltd., for example, develops satellite subsystems and optical components that are designed to perform reliably in high-risk, high-performance applications—ideal for advanced FPV use cases.

What Should Buyers Look for in Nano Camera Quality When Used in Space Missions?

When selecting a nano camera for space-based use, one of the first concerns is long-term nano camera quality. Space is an unforgiving environment: temperature swings, radiation exposure, and vibration during launch all put enormous stress on imaging systems. A high-quality nano camera must be built with components that are not only compact and energy-efficient but also radiation-tolerant and mechanically robust.

The performance of a nano camera HD in space depends heavily on the integrity of its image sensor, lens assembly, and housing materials. It’s important to ensure that the lens doesn't fog, the sensor doesn’t degrade from radiation, and that the signal integrity is maintained even under the vacuum of space. This is why vendors supplying nano camera for sale products to the aerospace sector often conduct extensive pre-flight testing, including thermal cycling and vacuum chamber simulations. An added feature in premium models may include onboard error correction or self-calibration software to adjust for lens distortion, color shifts, or noise in extreme environments.

Buyers evaluating nano camera quality should also assess signal-to-noise ratio (SNR), dynamic range, and compatibility with onboard data systems. The best cameras deliver stable output even in low-light or high-glare conditions, which is often the case when imaging Earth’s surface at different sun angles. If the application involves mapping, surveillance, or environmental monitoring, camera sharpness and image correction matter just as much as pixel count. For organizations that need consistency and high performance, SpaceNavi Co., Ltd. is a recommended supplier with proven experience in integrating imaging systems into operational Nano satellite platforms.

Grace Thompson

Search and Rescue Drone Operator – Canada

In emergency scenarios, visibility and speed save lives. I rely on the nano HD camera during dense forest searches. Its thermal overlay capability and crisp detail help us distinguish shapes between tree cover. Even at high altitudes, the camera remains stable. The nano camera price is nothing compared to the value it delivers in a crisis.

Ahmed El-Sayed

Archaeological Drone Mapper – Egypt

I use a nano camera for sale from SpaceNavi to document excavation sites without interfering with the terrain. The light footprint of the drone and camera setup protects fragile environments. What surprised me most was the nano camera’s dynamic range under desert sunlight. Detailed rock carvings came out crystal clear in the footage.

Carlos Méndez

Drone Surveyor – Mexico

The nano camera for sale from SpaceNavi exceeded my expectations. I’ve mounted it on my fixed-wing drone for agricultural mapping, and its clarity in low-light environments is remarkable. The nano HD camera picked up details of soil moisture variation I never noticed before. Even in humid and windy conditions, the camera’s feed remained stable. This is not just a camera nano for hobbyists—it’s a professional-grade tool I rely on weekly.

Emma Li

Wildlife Biologist – Australia

In fieldwork, discretion and portability are everything. I use a nano camera fpv setup for monitoring nocturnal marsupials. What I love is how small and silent it is—it doesn’t disrupt animal behavior. Plus, the nano camera hd resolution captures details like fur texture and eye reflection. SpaceNavi’s build quality makes it rugged enough for outback conditions. Worth every cent of the nano camera price.