Get to know our research mission

Mission Objectives

The mission aims to evaluate the reliability and accuracy of the data collected by the CanSat system. To achieve this, two independent modules perform identical measurements throughout the flight. Comparing their results allows the team to detect discrepancies, assess the stability of the measurement process, and understand the limitations of the sensors under real flight conditions.
The mission also includes additional measurements of air humidity and UV radiation, which broaden the dataset and increase the scientific value of the project.

Primary Mission

Purpose:

To perform and transmit real-time measurements of temperature, pressure, and altitude above ground level.

How it works:

• The probes send data to the ground station every second.
• After the flight, the measurements from both modules are compared and analyzed to identify relationships between the recorded parameters.

The primary mission is considered successfully completed if:

• Temperature and pressure measurements are performed with the required accuracy and without interference.
• The calculated altitude above ground level corresponds to the actual values within the specified tolerance range.
• Data transmission between the CanSat module and the ground station is continuous, stable, and free from interruptions that could affect data integrity.

Secondary Mission

Purpose:

To verify the reliability of the collected data by comparing measurements from two identical probes operating simultaneously.

How it works:

• Two modules record the same parameters during the flight.
• After recovery, their datasets are compared to identify any differences or deviations.
• Final results are processed and presented in the form of graphs to support scientific analysis.

Launch Configuration:

Both modules are launched as a single unit inside the rocket. After deployment, they safely separate into two independent satellites, minimizing the risk of collisions or parachute entanglement.