Intelligent Satellites
Advantages：
Built-in digital twin, capable of perceiving its own state, and predicting future states and risks；
Equipped with an autonomous navigation system, capable of possessing the abilities of on-orbit identification, autonomous task generation, and execution；
High control accuracy;
Capable of large-scale (achievable maneuvering within a height range of ≥500Km) and large-angle rapid maneuvering.
Twin delivery to enhance customer utility.
Main Application
Space segment infrastructure for industry constellation operators, as well as various satellites for navigation enhancement networks, satellite remote sensing networks,；
Scientific experiment satellites for academic institutions, research institutes, enterprises and institutions and etc.；
Foreign Customers；
Space Shuttle 50kgclass platform ——capable of carrying various payloads
Overall satellite weight (including payload): ≤ 50kg
Platform weight：30kg
Lifespan：3 year
Stabilization method：Three-axis stabilization
Attitude pointing accuracy：≤0.1°
Attitude stability：≤0.03°/s
R&D cycle: 6 months
Capability of carrying various payloads：
Weight≤20kg
Power≤80W
Envelope≤300mm*300mm*200mm
Space Shuttle 100kgclass platform ——capable of carrying various payloads
Overall satellite weight (including payload)： ≤ 100kg
Platform weight：75kg
Lifespan：5-8 years
Stabilization method：Three-axis stabilization
Attitude pointing accuracy：≤0.01°
Attitude stability：≤0.001°/s
R&D cycle：6 months
Envelope:860mm*680mm*320mm
Capability of carrying various payloads
Weight≤50kg
Power≤250W
Space Shuttle 200kgclass platform ——Example of carrying SAR payload
Overall satellite weight (including payload)： ≤ 150kg
Lifespan：5 years
Stabilization method：Three-axis stabilization
Attitude pointing accuracy：≤0.02°（3σ）
Attitude stability：0.001°/s
R&D cycle：12 months
Capability of carrying SAR payloads：
Spotlight resolution：≤0.5m@width≤5km
swath resolution：≤3m@width≤30km
Scanning resolution：≤15m@width≤100km
Satellite Smart Manufacturing Laboratory
- Based on satellite digital twins, complete satellite assembly process simulation and formulate assembly processes；
- Complete the entire process of assembly and testing for satellites or satellite components；
- Complete automated testing of the entire satellite and its components during the assembly process；
- R&D cycle: 18 months
Application：
Intelligent satellite manufacturing and testing
Research, development, manufacturing, and testing of intelligent core components.
Intelligent Satellite or Constellation Operation and Maintenance Management Center.
