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Ikarus 6 Mission

Follow us! Icarus6_cansat

Engineering Excellence

"Six students from Luxembourg designing, building, and launching a CanSat — from 3D-printed chassis to live telemetry and atmospheric CO₂ sensing.

Education and Outreach

By building a real satellite as students, we're proving that meaningful aerospace engineering doesn't require a lab — just curiosity, dedication, and the right team.

Sustainable Space Exploration

We're building something that works, transmits real data, and contributes to atmospheric research — all while learning what it takes to engineer a mission from the ground up.

Community Engagement

We document and share every step of our journey — through social media, school publications, and our website — to inspire others to take on projects like this.

Elevating Atmospheric Research with Innovation

he Ikarus 6 CanSat is a student-built, 3D-printed satellite designed to measure CO₂ levels during atmospheric descent. Combining hands-on engineering with real mission objectives, our project bridges space technology and environmental science.

Innovative Solutions for Tomorrow's Challenges

From CAD design and 3D printing to sensor integration and live telemetry, Ikarus 6 covers the full development cycle of a real satellite mission — built entirely by students.

Our Journey in Numbers

2

Successful Tests

6

Students Engaged

3

Prototypes Developed

4

Social Media Posts

0

Mission to Space

Join Us in Making Space Accessible

Follow our mission, see the data we collect, and watch a student team take a CanSat from idea to launch.

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