The CubeSat
Discover the technology behind our space mission: a nanosatellite with 10 integrated subsystems working in perfect harmony.
General Specifications
Subsystems
Each component is essential for mission success
Payload
Earth surface image capture system using high-resolution camera and specialized sensors.
- 5MP resolution camera
- Multispectral sensors
- 16GB storage
On-Board Computer (OBC)
The brain of the satellite, responsible for processing data, executing commands, and coordinating all subsystems.
- ARM Cortex-M4 processor
- Real-time operating system
- Hardware redundancy
Communications (COMMS)
Bidirectional link system between the satellite and ground station for data transmission and telecommands.
- UHF/VHF band
- AX.25 protocol
- Deployable antenna
Thermal Control (TCS)
Keeps all components within their operational temperature range using passive and active techniques.
- Passive radiators
- MLI (multilayer insulation)
- Temperature sensors
Attitude Determination and Control (ADCS)
System that determines and controls the satellite's orientation in space to correctly point instruments.
- Magnetometers
- Gyroscopes
- Reaction wheels
Ground Station (GS)
Ground control and monitoring center that receives telemetry and sends commands to the satellite.
- High-gain Yagi antenna
- Tracking software
- Operations center
Mechanical Structure
Chassis that protects all internal components and complies with CubeSat standards for deployment.
- Aluminum 6061-T6
- CubeSat 1U standard
- Deployment rails
Space Manufacturing
Manufacturing and assembly processes following aerospace quality standards.
- Class 100,000 clean room
- Vibration testing
- Quality inspection
Power (EPS)
Electrical power generation, storage, and distribution system for all subsystems.
- Triple-junction solar panels
- Li-ion batteries
- Voltage regulators
Propulsion
Orbital maneuvering system for altitude adjustments and deorbiting at end of mission.
- Electric propulsion
- Attitude control
- Passive deorbiting