GF Series 0.5m Resolution Satellites China Suppliers and Factory
The GF Series Satellites represent the pinnacle of aerospace engineering, specifically designed for high-precision Earth observation with a remarkable 0.5m resolution. By integrating independent on-satellite mission planning and advanced on-satellite AI, these satellites transition from passive sensors to intelligent orbital assets capable of real-time data processing and rapid transmission.
Engineered for versatility and speed, the GF series utilizes fast maneuvering control to achieve single-orbit multi-point target imaging. This capability, combined with a wide 15km swath width and high-integration architecture, ensures that critical geospatial intelligence is captured and returned with unprecedented efficiency and clarity.
Detailed Parameters
| Product Model | Jilin-1GF 04A | Imaging Mode | Push-broom imaging |
|---|---|---|---|
| Resolution | Full color: 0.5m | Swath Width | 15km (at Nadir) |
| Panchromatic Color | 450nm ～ 700nm | Blue Spectrum | 450nm ～ 510nm |
| Green Spectrum | 510nm ～ 580nm | Red Spectrum | 630nm ～ 690nm |
| Near-infrared | 770nm ～ 895nm | Satellite Weight | ≈ 90kg |
Key Advantages
0.5m Ultra-High Res
Delivers exceptional image clarity and detail, allowing for precise identification of ground targets and infrastructure.
Real-Time Transmission
Equipped with high-speed data links to ensure that critical intelligence reaches the end-user without delay.
On-Satellite AI
Integrated AI capabilities enable autonomous target recognition and efficient data filtering directly in orbit.
Push-Broom Imaging
Advanced scanning technology ensures consistent image quality across a 15km breadth for large-scale monitoring.
Fast Maneuvering
Rapid control systems allow for multi-point target imaging within a single orbit, maximizing efficiency.
High Integration
A compact 90kg design that balances high performance with launch efficiency and reduced cost.
Product Gallery
Management Platforms
Mission Planning
Autonomous on-satellite planning for optimized target acquisition and scheduling.
Maneuver Control
Precision orbital adjustment system for rapid multi-point imaging execution.
Data Return Sys
Optimized downlink protocols for fast and secure information return to ground stations.
AI Analysis Hub
On-board AI processing for real-time feature extraction and event detection.
Spectral Manager
Advanced control of Panchromatic and Multispectral bands for specific environmental analysis.
Telemetry Monitor
Real-time health and status monitoring of the 90kg satellite platform.
Investment Return Comparison
| Feature Metric | Standard Satellites | GF Series Satellites |
|---|---|---|
| Resolution | 1m - 2m | 0.5m Ultra-High |
| Imaging Speed | Single Target/Orbit | Multi-point/Orbit |
| Data Processing | Ground-based only | On-satellite AI |
| Transmission | Scheduled Batch | Real-time Stream |
| Deployment Cost | High (Heavy Mass) | Optimized (≈90kg) |
Frequently Asked Questions
They are primarily used for high-resolution Earth observation, intelligence gathering, and environmental monitoring, providing critical 0.5m resolution imagery for precise analysis.
On-satellite AI allows the satellite to process data in orbit, identifying relevant targets and filtering out useless data (like cloud cover) before transmission, saving bandwidth and time.
It covers Panchromatic (450-700nm), Blue (450-510nm), Green (510-580nm), Red (630-690nm), and Near-infrared (770-895nm) bands.
Push-broom imaging is a scanning technique where a linear array of detectors captures a strip of the Earth's surface as the satellite moves, resulting in high-resolution static images.
Yes, thanks to its fast maneuvering control, the GF series can capture images of multiple distinct targets within a single orbital pass.
A 15km swath width allows the satellite to cover a significant area of the ground per pass while maintaining a high 0.5m resolution, balancing coverage and detail.
