RoverTech Team
[R]overTech is a newborn project with the aim of participating at the ERC (European Rover Challenge) , a competition gathering team of students from all over the world with the passions for space and robotics
DINING ON MARS: When you take Michelin stars literally
What will Martian colonist eat? 3D printed food, bioreactors and hydroponic cultivations will be the key of future food chain on both Earth and Mars. Let’s explore the most advanced technology in the food field.
Revolv Space: A Cool Collaboration for PoliSpace in These Hot Days
Summer has begun, and whether you are working, studying, or planning vacations, you are also struggling with the heat. Everyone has their way of surviving these hot days on Earth, but how do you manage heat dissipation in space? Five PoliSpace Space-Tech division members asked themselves the same question while designing a heat dissipation system for SARA, a satellite component by Revolv Space.
BYE-BYE ISS: How it is going to be replaced
The International Space Station has been around for almost 25 years, but it is not going to last forever. Here the major candidates
Innovation calls, SunCubes answers!
SunCubes, an early-stage start-up, came up with a groundbreaking idea that could possibly revolutionize the space industry!
LEXICON: a new improved technology from the Apollo Mission
Are you curious about lunar exploration and possible lunar human settlements? Well, take a look at the LEXICON project!
Another Great Achievement For 6S Team
Christmas has come early for the 6S team this year! The team received excellent news a few days before the holidays: ESA selected their mission for the “Fly Your Satellite! Design Booster” programme.
A first look into the design of the 6S mission
Which are the main design drivers for an educational project? How do you study the feasibility of a space mission? These are just some of the challenges that the team of 6S, PoliSpace’s first CubeSat mission, faced during Phase A of design.
The dream of going from Paris to Tokyo in just two hours? With FAST Team, it becomes a reality!
Travel the world in a couple of hours: FAST Team members tell us about their project and innovative TRINITY hypersonic engine.
FAST Project
The FAST team conceived and designed a futuristic engine able to take you from Paris to Tokyo in less than two hours!
The TRINITY engine provides unprecedented travel times, flexibility, and reusability being competitive in today’s economy. It also complies with today’s environmental standards thanks to the use of liquid hydrogen as fuel.
