SpaceNavi NightTime Camera Factory HighPrecision Satellite Imaging Suppliers in China
The SpaceNavi Night-Time Camera is a cutting-edge, space-grade imaging solution specifically engineered for high-precision nocturnal surveillance and satellite-based observation. By leveraging a starlight-level dual-sensor architecture, this upgraded payload eliminates the traditional trade-off between color and clarity, enabling vivid full-color vision even in ultra-low light conditions of 0.001lux. Designed for extreme environments, it provides critical intelligence by capturing visible radiation sources, such as urban illumination and maritime vessel lights, with unmatched precision.
Optimized for aerospace and high-end security applications, the system features a wide swath width and a high-resolution area array imaging mode. Whether deployed for maritime monitoring, wildlife research, or critical infrastructure protection, SpaceNavi's technology transforms pitch-black environments into actionable data. Its rugged IP68 rating and low power consumption make it the ideal choice for UAVs, satellites, and remote installations where reliability and pixel-perfect accuracy are non-negotiable.
| Product Code | CG-PL-MC-50m-200km | Imaging Mode | Area array imaging |
|---|---|---|---|
| Resolution | 50m | Swath Width (at Nadir) | 200km |
| Spectral Coverage | 450nm-750nm | Signal-to-Noise Ratio | 20dB |
| Data Rate | 1.4Gbps | Dimensions | 160mm × 160mm × 300mm |
| Power Consumption | 9W | Weight | 5kg |
Capture vivid full-color images in 0.001lux moonlight, eliminating reliance on monochrome IR footage for critical identification.
Real-time processing of 2 million pixels ensures noise-free HD quality, maintaining sharpness even at 4x digital zoom.
Versatile modes including Starlight Color, Monochrome Enhanced, and optional Thermal Overlay for total situational awareness.
IP68 rated and operational from -40°C to +60°C, ensuring performance in arctic or offshore environments.
A massive 200km swath width combined with 50m resolution for expansive yet detailed nocturnal monitoring.
Plug-and-play compatibility with existing NVR systems, reducing deployment time and system complexity by 50%.
Integrated control for managing data rates and imaging modes of the night-time payload.
Dynamic processing unit that filters visual noise in real-time for crystal clear HD output.
Platform for fusing IR heat maps with RGB color vision for 360° situational awareness.
Automatic switching between Starlight Color and Monochrome Enhanced based on lux levels.
Universal interface for rapid deployment across various security and research networks.
Optimized energy management keeping consumption at a lean 9W for extended missions.
| Feature Metrics | Legacy IR Systems | SpaceNavi Starlight System |
|---|---|---|
| Imaging Quality | Grainy Black & White | Vivid 1080p Full Color |
| Light Sensitivity | Requires IR Illumination | 0.001lux Moonlight Sensing |
| Detection Range | Standard Baseline | 200m (50% Higher Efficiency) |
| Deployment Cost | Multiple Separate Units | Dual-Function (50% Cost Reduction) |
| Environmental Tolerance | Limited Temp Range | -40°C to +60°C (IP68) |
Standard systems rely on infrared (IR) light, producing monochrome images. SpaceNavi's starlight technology uses a high-sensitivity RGB sensor that absorbs light across 400–900nm, enabling true full-color imaging in environments as dark as 0.001lux.
Yes, the camera is designed with plug-and-play integration and a compact form factor (160mm x 160mm x 300mm), making it ideal for UAVs, satellites, and various aerospace equipment manufacturing needs.
The optional thermal overlay fuses heat signatures with color vision. This allows operators to identify targets through fog, foliage, or total darkness while maintaining the contextual detail of a color image.
Absolutely. With an IP68 ruggedness rating, the camera is waterproof and dustproof, operating reliably in temperatures ranging from -40°C to +60°C, suitable for arctic or offshore installations.
A 200km swath width allows for massive area coverage in a single pass, significantly increasing the efficiency of night-time data collection for maritime monitoring and urban light analysis.
By combining full-color night vision and optional thermal imaging into one dual-sensor architecture, users can eliminate the need for separate cameras, cutting equipment and installation costs by up to 50%.