Adlerka Space Program

About us

We are a team of high school electrical engineering students, aged 17 to 18, proudly representing Slovakia in the 2024 edition of the CanSat project. With a genuine passion for science and technology, we are excited to embark on our first-ever project in the field of space exploration. Coming together, we aim to contribute to the mission of the CanSat program and make a meaningful impact on the world.

Meet our team

Šimon

Embedded systems

Tibor

3D Design, Parachute design

Michal

Programmer, Team Leader

Samuel

Electronics, Circuit design

Adam

Radio technics

Tomáš

Sponzoring

Our mission

In the vast realm of space exploration, we have chosen a mission that holds immense significance for both human safety and environmental preservation. Our goal is to develop a CanSat that can effectively identify and classify potential forest fires, aiding firefighters and environmental professionals in their crucial work. Additionally, we aim to report any illegal fireplaces we come across, promoting the protection of our natural surroundings.

Achieving the mission

Detecting potential or existing forest fires is no easy task for a machine. To make this possible, we make use of a thermal imaging sensor combined with a visible light sensor (also called a camera) to gather information about what’s happening on the ground. We then process this information and add location data to see where the fire is exactly. Additionally, we make use of the onboard temperature and humidity sensors to calculate the potential risk of fire even before it happens.

The impact

While we may not detect any fires at the day of the competition (we hope we won’t), we aim to develop a technology that will allow for inexpensive surveillance and data gathering across wide regions of forests. When not inside of a CanSat but mounted on a drone for example, data used from the satellite could be used for identifying and locating anything from illegal fireplaces to large-scale forest fires. We believe that our technology can be used all around the world to aid firefighters in the mission of protecting our environment from the dangers of fire.

FAQs

What is CanSat?

CanSat is a European Space Agency program that challenges teams of students to build a satellite-like device, called a CanSat, to perform specific missions. It provides an opportunity for students to gain hands-on experience in space-related projects.

How will your CanSat identify fires?

We will equip our CanSat with a thermal imaging camera and a regular imaging camera. By combining the data from these cameras with satellite position information, we can accurately locate and identify the scale of potential fires.

What other capabilities does your CanSat have?

Our CanSat also includes on-board sensors to measure temperature and humidity. This data will provide valuable insights into fire behavior and the environmental conditions surrounding the fires.

What is the significance of your mission?

Wildfires have devastating effects on communities, ecosystems, and the global climate. By developing a CanSat that can detect fires and provide accurate information, we aim to minimize the damage caused by these disasters and support the efforts of firefighters and environmental experts.

What challenges do you anticipate?

Building and launching a CanSat comes with various challenges, such as ensuring the reliability of the sensors, achieving accurate data transmission, and designing a robust structure to withstand the launch and descent. However, we are prepared to overcome these challenges through careful planning and testing.

How can we stay updated on your progress?

You can follow our journey and stay updated on our progress through our website and social media platforms, where we will share exciting updates, milestones, and insights into our project.

Can we support your team in any way?

Absolutely! Your support means a lot to us. If you are interested in collaborating, providing resources, or offering any form of assistance, please reach out to us through our contact information provided on our website.