Satellite & Space Technology Division
ALfada Aero is actively developing advanced nanosatellite and CubeSat technologies focused on research, communication systems, and experimental aerospace engineering. The satellite division was created to support Bangladesh’s growing interest in space technology and to inspire the next generation of aerospace innovators.
Main Objectives
- Develop low-cost nanosatellite systems
- Research satellite communication technologies
- Build educational and experimental CubeSat platforms
- Create independent aerospace research capability
- Develop future space missions from Bangladesh
🛰️ Hudhud-0.1 — ALfada Aero Nanosatellite Mission
In 2025, we will be sending our nanosatellite, Hudhud-0.1, into space, Insha’Allah. This satellite will provide live data from space and will mark ALfada Aero’s first nanosatellite and Bangladesh’s third satellite. The satellite development is being led by our company’s CEO, Md. Samiur Rahman Khan.
Mission Specifications
- Orbit: LEO (Low Earth Orbit)
- Lifetime: A few months to one year
- Type: Nanosatellite
- Led by: CEO Md. Samiur Rahman Khan
- Status: In Development (Launch: 2025)
Key Features of the Hudhud-0.1 Mission
1. Environmental Monitoring
Temperature and Humidity: The satellite will observe and collect atmospheric data, contributing to weather and climate research. Gas Detection: It will monitor levels of gases such as CO₂ and VOCs (Volatile Organic Compounds), which will support pollution monitoring and environmental health assessments.
2. Earth and Space Observation
The satellite will observe both Earth and space, providing valuable data for scientific exploration and research purposes.
3. Collecting Data on Black Holes, Supernovae, and Clusters
Hudhud-0.1 will collect data by observing black holes, supernovae, and galaxy clusters. This data will support the analysis of the universe’s structure, the Big Bang theory, and other cosmic phenomena.
4. Research on Earth’s Magnetic Field
Hudhud-0.1 will monitor and collect data on Earth’s magnetic field. This data will be useful in studying geomagnetic changes, space weather, and the effects of magnetic field variations, which are important for satellite communication and navigation systems.
5. Monitoring the Ozone Layer Over Bangladesh
The satellite will monitor the ozone layer’s condition over Bangladesh, supporting environmental health and weather analysis. This data will be important for understanding UV protection and the effects of global warming.
6. Light and UV Radiation Monitoring
Light Sensor: Hudhud-0.1 will measure light intensity, aiding solar energy research and studies on plant growth conditions. UV Sensor: It will monitor ultraviolet radiation, essential for studying the effects of UV rays on health and the environment.
7. Geolocation and Navigation
GPS: The satellite will provide accurate positional data, crucial for tracking its location and for Earth-based applications like mapping and geocaching.
8. Pressure and Altitude Measurement
Barometric Pressure Sensor: It will measure atmospheric pressure to analyze altitude and weather patterns, supporting research in weather and aviation studies.
Hudhud-0.1 will serve as a versatile platform for various educational, scientific, and environmental observation projects, making it an excellent tool for learning and experimentation. We are highly optimistic about the potential of Hudhud-0.1, and with the will of Allah, we are looking forward to its successful mission.
We are also preparing for a lunar mission within the next five years. Stay with us on this space journey, and keep an eye out for more updates.
Future Missions
- Earth observation missions
- Communication experiments
- Experimental orbital projects
- Autonomous technology demonstrations
- Scientific payload research
- Lunar Mission (5-Year Plan)