2m Resolution MicroNano Camera for CubeSat China Suppliers and Factory
2m Resolution MicroNano Camera for CubeSat China Suppliers and Factory
The SpaceNavi Micro-Nano Camera with 2m resolution represents a paradigm shift in Earth observation, specifically engineered for the stringent constraints of CubeSat and small satellite missions. By integrating an off-axis three-mirror design, this compact payload achieves a 2-meter Ground Sample Distance (GSD), delivering high-definition multispectral imaging without the bulk of traditional satellite optics. It is an ideal solution for operators seeking to balance extreme lightweight requirements with commercial-grade precision.
Designed for versatility across aerospace and terrestrial applications, this system supports push-broom imaging across panchromatic, visible, and NIR spectrums. Whether deployed for precision agriculture, urban infrastructure analysis, or real-time FPV drone surveillance, the camera provides actionable intelligence through high-throughput data streams and aerospace-grade durability, ensuring reliable performance in the harsh environment of space.
Detailed Parameters
| Product Code | CG-PL-MC-2m-12km | Imaging Mode | Push-broom imaging |
|---|---|---|---|
| Resolution (GSD) | 2m | Swath Width (Nadir) | 12km |
| Spectral Coverage | Panchromatic, Blue, Green, Red, NIR | Signal-to-Noise Ratio | 35dB |
| Data Rate | 0.72Gbps / 2.5Gbps Peak | Dimensions | Φ280mm × 260mm |
| Power Consumption | ≤13W | Weight | 3kg |
Key Advantages
Aerospace Durability
Built to withstand extreme temperatures from -40°C to +60°C and 100g shock resistance for secure orbital deployment.
Real-time FPV Capability
Integrated 5.8GHz module allows real-time 1080p multispectral video transmission for immediate decision-making.
Ultra-High Precision
2m GSD enables the identification of objects as small as 20cm from 1km altitude, surpassing standard nano-cameras.
Multispectral Depth
Supports up to 12-19 spectral bands, including SWIR and NIR, for advanced vegetation and mineral analysis.
Compact Form Factor
A 3kg package that fits within CubeSat weight limits without compromising optical quality or resolution.
Cost Efficiency
Priced competitively to reduce mission costs by 40% compared to legacy 10m resolution systems.
Product Gallery
Management Platforms
Payload Integration
Seamless integration with CubeSat 6U/12U structures and standard satellite bus interfaces.
Radiometric Calibration
Built-in calibration systems that eliminate the need for expensive external post-processing software.
Data Throughput
High-speed 2.5Gbps data handling for efficient transmission of high-resolution multispectral imagery.
Thermal Management
Advanced passive cooling design keeping power consumption under 13W to preserve satellite battery life.
NDVI Analysis
Specialized spectral bands for Normalized Difference Vegetation Index (NDVI) agricultural mapping.
FPV Link Control
Dedicated low-latency 5.8GHz control link for drone-based remote sensing and monitoring.
Investment Return Comparison
| Metric | Standard Nano Camera | SpaceNavi 2m Solution |
|---|---|---|
| Ground Resolution | 10m - 20m GSD | 2m GSD (High Precision) |
| Spectral Bands | 3 - 5 Bands | 12 - 19 Bands |
| System Cost | Baseline Price | 40% Lower than Comparable 10m Systems |
| Post-Processing | $2,000/year Software | Integrated Calibration (Zero Cost) |
| Operational Life | Consumer Grade | Aerospace Grade (3-5 Years Longer) |
Frequently Asked Questions
A 2m Ground Sample Distance allows for much higher detail, enabling the identification of specific urban infrastructure or crop health issues that are invisible to 10m or 20m resolution cameras.
Yes, thanks to its lightweight 3kg design and built-in 5.8GHz FPV module, it is highly effective for drone-based remote sensing and real-time monitoring.
By capturing bands in the NIR and Red spectrums, the camera can calculate NDVI indices to detect nitrogen deficiencies and crop stress, optimizing fertilization by up to 20%.
The system is designed for extreme efficiency with a power consumption of ≤13W, making it compatible with most CubeSat power subsystems.
No, SpaceNavi integrates built-in radiometric calibration, which significantly reduces operational costs by eliminating the need for annual third-party software licenses.
Absolutely. It features aerospace-grade durability, capable of operating between -40°C and +60°C and resisting shocks up to 100g.
