From Piazzale Europa to the Stars
ASTREO – Aerospace Research and Development student Team
31
members
5
departments
1
partners
0
pubblications
Who are we?
ASTREO was founded as a university student team within the Department of Engineering and Architecture at the University of Trieste.
We focus on research, development, and everything that falls within the latest frontier of aerospace!
What do we want to do?
The team is currently focused on developing a cubesat-standard satellite that can host a radar-like detector technology for detecting space debris in low Earth orbit (LEO).
“Do. Or do not. There is no try”
Yoda
Jedi Master
Our project
To accomplish our goal, we aim to use technology that is innovative, efficient, and scalable for sustainable space exploration.
Our CubeSat will be equipped with an Active Electronically Scanned Array (AESA) radar that uses patch modules, delivering high-resolution imaging and extended range capabilities essential for space applications.
Key Features:
• 20 GHz K-band Frequency: This frequency is chosen for its high precision in detecting small objects, making it ideal for identifying and tracking space debris with accuracy.
• AESA Radar System: The AESA technology enables the radar beam to be controlled electronically, which enhances its ability to detect and track objects in space. This allows the CubeSat to capture detailed images and monitor debris positions accurately.
• Patch Modules: Each patch module is a compact radar component responsible for a portion of the radar beam. By controlling the direction and shape of the beam electronically, the system is able to adapt quickly to various operational needs, ensuring flexibility and efficiency in space.
• Pulse Compression: This feature enhances both the temporal and spatial resolution of the radar, allowing precise detection of objects even at extended distances.
Advantages:
• High Resolution: The system can detect objects with centimeter-level precision, which is essential for accurately monitoring space debris.
• Space Debris Tracking: Specifically designed to detect and track debris in Low Earth Orbit (LEO), enhancing the safety of space operations.
This advanced radar technology allows us to provide cutting-edge solutions for space debris monitoring and analysis, contributing to safer orbital environment management.
Our team
To work efficiently and stay organized, our team is structured into specific Working Packages, each focused on distinct objectives and tasks. This setup helps us streamline efforts and maximize productivity.
Design
Electronics
Economico & Legale
Scientific Performance
Software
Outreach
our
Latest News
Collaboration with GAUT
We are pleased to announce our collaboration with the Astronomical Group of the University of Trieste (GAUT) on a series of conferences.
We had the honor of hosting Professor Stefano Seriani, who provided insights into the structure of CubeSats, and Professor Anna Gregorio, who explored their applications in astrophysics.
Welcome Day 24
We had the honor of formally introducing ourselves to the student community at the University of Trieste during the Welcome Day. A heartfelt thank you to the Student Council of the University of Trieste for inviting us to this event.
Related Topics
While we work at a specific project we learn about many other topics
Space Debris
Explore more
Space debris consists of defunct human-made objects, including non-functional satellites, discarded rocket stages, and fragments from collisions. These objects pose a significant threat to active satellites and spacecraft, making debris management crucial for sustainable space operations
Low Earth Orbit
Explore more
Low Earth Orbit is a region of space between 180 and 2,000 kilometers above Earth’s surface. It is commonly used for satellites in communications, Earth observation, and scientific research due to its proximity, which allows for faster data transmission and reduced signal latency
Cubesat standard
Explore more
CubeSats are miniaturized satellites standardized to a compact cubic form factor, typically 10x10x10 cm per unit. These versatile, cost-effective spacecraft are used for scientific research, technology demonstration, and educational purposes, making space more accessible
Partners
We could not do what we do without the precious help of those who belive in us
Powered by:
