CanSat Mission

Launch

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About the CanSat

Our CanSat is a small satellite the size of a soda can, designed to collect atmospheric data during its descent from high altitude. Equipped with sensors for temperature, pressure, altitude, and GPS location, it transmits real-time data to our ground station.

The project combines aerospace engineering, electronics, programming, and data analysis to create a complete space mission simulation. Our team has designed every aspect of the satellite, from its protective shell to the custom PCB and communication systems.

Atmospheric Sensors
Radio Transmission
Data Analysis
Aerodynamic Design

Mission Details

Our CanSat mission follows a carefully planned sequence of events, from launch preparation to data analysis. Each phase is critical to the success of the mission.

Launch Preparation

Final checks and integration with the carrier vehicle

Day 1

Ascent Phase

Carried to altitude of 1000m by the launch vehicle

Day 1

Deployment

CanSat is released and deploys its parachute

Day 1

Data Transmission

Sensors activate and begin transmitting atmospheric data

Day 1

Data Analysis

Processing and analyzing the collected data

Day 2-7

The Team

Meet the talented individuals behind our CanSat mission. Each team member brings unique skills and expertise to make this project a success.

David Santos

David Santos

Mentor Teacher

Julia Ballesteros

Julia Ballesteros

Mentor Teacher

Saad Abdullah

Saad Abdullah

Web Developer

Sergio Arija

Sergio Arija

Programmer

Jeremy

Jeremy Jorhe

Designer and Photographer

Lucia

Lucía Gaspar

Sponsorship Management

Lucas Paton

Lucas Patón

Marketing and Communication

Lucia Gonzalez

Lucía González

Marketing and Communication

Karen Gonzalez

Karen González

Marketing and Communication

Luciana

Luciana Vanessa

Marketing and Communication

Victoria

Victoria Morales

Marketing and Communication

Violeta

Violeta del Carmen

Design

Our Sponsors

We are grateful to our sponsors who make this mission possible. Their support enables us to push the boundaries of student aerospace engineering.