HU / EN

The team behind the work

Meet the students, whose dedication, teamwork and knowledge makes the satellite come alive!

Nagy Bence

Nagy Bence

Electronics-, and software engineer, PCB-designer

Bence is responsible of designing the electronical system, developing the custom PCB , and does partial work in making the software.

Buda Bálint

Buda Bálint

Software-, PCB-, and electronical designer

Bálint writes the other part of the satellite's software, helps develop the electronic and software solutions, tests the sensors and cameras.

Results

Our milestones

2026-04-04

CanSat Flight Ready

All satellite systems have been integrated and tested; the CanSat is officially in a flight-ready state.

2026-04-04

Live Antenna Tracker Test

We tested the completed antenna tracker operation in the field under real conditions.

2026-03-31

Yagi Antenna Construction

We successfully built and assembled our custom-designed 477 MHz Yagi antenna.

2026-03-25

Yagi Antenna Design

We started the design process for a directional Yagi antenna optimized for the 477 MHz band.

2026-03-22

Antenna Tracker Prototype

The mechanics and basic control of the antenna tracker system are mostly complete.

2026-03-19

Second Battery Pack Assembly

We assembled the second, backup battery pack for the CanSat satellite.

2026-03-19

Passed the CDR Phase

It became official that we successfully passed the CDR phase.

2026-03-19

CDR Evaluation Received

We received the official and detailed evaluation from the jury regarding our submitted CDR documentation.

2026-03-10

Antenna Tracker Design

We started the hardware and software design of the automatic antenna tracker system.

2026-03-07

CDR Results Announcement

We participated in the online Critical Design Review (CDR) results announcement.

2026-03-04

Spectrum Analyzer Measurements

Measuring the frequency shift and power of the radio modules using a spectrum analyzer.

2026-03-03

Educational Presentation

We gave a presentation to the grandparents, introducing our CanSat project and the work done so far.

2026-03-01

Parachute Test with Model Airplane

The parachute successfully passed a test drop from a flying model airplane.

2026-02-21

Live High Altitude Drop Test

We conducted a live test of the CanSat by dropping the satellite from a high altitude.

2026-02-16

CDR Documentation Submitted

We successfully completed and officially submitted the Critical Design Review (CDR) documentation.

2026-02-16

Project Video Completed

We finished editing and finalizing the presentation video of the team and the project.

2026-02-10

Full PCB Operation

All components of the printed circuit board (PCB) have been assembled, and the entire system works flawlessly.

2026-02-09

2.4 GHz Radio Module Startup

We successfully commissioned and started the radio module operating on the 2.4 GHz frequency.

2026-01-28

Radio License Received

The official radio frequency usage license has arrived.

2026-01-28

Successful Radio Reception

First successful data reception via the telemetry radio.

2026-01-27

High Altitude Drop Test

Parachute testing by dropping from a lift at 23 meters height.

2026-01-23

Telemetry Radio Alive

The telemetry radio module showed signs of life for the first time.

2026-01-23

Parachute Test (v2)

Testing the second version of the parachute.

2026-01-21

CDR Writing Started

We started writing the Critical Design Review (CDR) documentation.

2026-01-19

PCB Arrived

The manufactured Printed Circuit Boards have arrived.

2026-01-13

Data Packet Generation

Data packet generation is working based on the structure.

2026-01-12

Thermal Camera Functional

The thermal camera module worked flawlessly for the first time.

2026-01-11

PCB Ordered

Ordered the manufacturing of the Printed Circuit Board (PCB).

2026-01-10

First Sensor Operation

Sensors worked successfully on the breadboard for the first time.

2026-01-09

Breadboard Assembly

Assembling the sensors and electronics on the breadboard.

2026-01-09

First Parachute Test

The very first experimental test with the parachute.

2026-01-08

Components Arrived

The ordered electronic components have arrived successfully.

2026-01-08

Data Packet Design

Designing the data packet layout

2025-12-26

Thermal Camera & Sensor Test

First combined test of the thermal camera and sensors operation.

2025-12-10

PDR Phase Passed

We received notification that we successfully passed the PDR phase.

2025-11-12

PDR Submission

Successfully submitted the Preliminary Design Review (PDR) documentation.

2025-11-11

GitHub Repo Created

We established the version control system for the project.

2025-10-06

Application Submitted

We officially submitted our application for the competition.

2025-07-01

The Beginning: CanSat

This is when we first heard about the CanSat competition and the opportunity to participate.