Space Teams World Ranking

• Let other teams and students worldwide know about you.

• Showcase your results to potential sponsors.

• Create awareness about your work to potential employers.

• See how your team is doing compared to other teams like yours.

• See how your team is improving over time.

• Use your performance in the ranking as a powerful marketing tool.

• Make your team eligible to participate at the International Space Cooperation.

• Make your team eligible to participate at the Space World Cup.

• Help us build a public database for all the teams in the world.

• Share your results with the world to inspire others.

• We will continue sharing and improving analysis online as we gather more data.

We will make all registered data publicly available and provide the following data analysis:

Macro Insights:

• Teams list per country.

• Teams list per technology.

• Summarized indicators per country over time.

Ranking Views:

• Teams with best overall results per technology.

• Teams with best performances per indicators.

Tools for Teams:

• Individual team indicators over time.

• Interactive 1 x 1 team comparisons.

Tools for Competitions:

• Centralized list with prospect teams.

• See how each competition results compares to others.

Rockets

We consolidate each rocket result with the following algorithm:

Score = k * Target_Apogee * (1/Perc_Error -1)

Perc_Error= |(Target_Apogee - Real_Apogee)| / Target_Apogee

Where:

• k = 4, for successful safe flight in the Space World Cup or the International Space Cooperation

• k = 3, for successful safe flight in international level competition

• k = 2, for successful safe flight in national level competition

• k = 1, for successful safe flight in other scenarios

Cubesats/Cansats

We consolidate each small satellite result with the following algorithm:

Score = k * Apogee (m) * Total_Mass (kg)

Where:

• k = 4, for successful safe flight in the Space World Cup or the International Space Cooperation

• k = 3, for successful safe flight in international level competition

• k = 2, for successful safe flight in national level competition

• k = 1, for successful safe flight in other scenarios

Drones

We consolidate each drone result with the following algorithm:

Score = k* (Max_Speed (m/s) / Total_Mass (kg))*1000

Where:

• k = 4, for successful safe flight in the Space World Cup or the International Space Cooperation

• k = 3, for successful safe flight in international level competition

• k = 2, for successful safe flight in national level competition

• k = 1, for successful safe flight in other scenarios

Space Suits

We consolidate each space suit result with the following algorithm:

Score = k * Max_speed_wearing_pressurized_suit (m/s) / Suit_dry_mass (kg))

Where:

• k = 4, for successful safe operation in the Space World Cup or the International Space Cooperation

• k = 3, for successful safe operation in international level competition

• k = 2, for successful safe operation in national level competition

• k = 1, for successful safe operation in other scenarios