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.
Designing a CubeSat has always been one of the main focus of the association. After creating a team of BSc PoliMi students, the project of the PoliSpace CubeSat started getting shape.
Lexicon design aims to improve the filtering solutions already adopted in the Apollo mission by reducing the required maintenance and increasing the number of possible applications. The system is based on a closed-cycle, involving an inert fluid coupled with a cyclone filter to collect the dust produced inside a dome accommodating the ISRUmachine. The system’s scalability is allowed by 3D printing almost all the components and assembling them in-situ, thus avoiding the transportation of bulky materials.
The experimental payload EPv0 is a project of the italian company Sidereus Space Dynamics developed, designed and built with the contribution of PoliSpace. EPv0 aims to characterize through measurements the payload bay of Sidereus’ launcher EOS.
We are inviting you all to a new activity with prizes for the winners!!! 🏆
It is a sports game team competition. All the games will be played outside and only one team will win the special prize. ⚽
All the games will be based on space games so be prepared to walk on the moon surface or to play galactic laser war! 🚀
Take part in a five-a-side football tournament (football 5 vs 5). The tournament will be held on saturday April the 23rd at 16:15 at Giurati sport village. ⚽
You can either register your own team (5-6-7 people teams) or register by your own (we will randomly select you to make teams with other participants). Subscriptions are very limited so be fast!!🚀
Webinar Details: This presentation will cover the topic of using hydrogen reaction mass derived from the Moon, reaching asteroids in 3 months, and harvesting platinum for another trillion-dollar market. Guest: Dr. Peter Schubert is a Professor of electrical and computer engineering and the Director of the Richard G. Lugar Center for Renewable Energy (LCRE) at …
Webinar Details: This presentation will cover the topic of serving utility energy needs from orbital power-generating satellites, at massive scales, having a near-zero carbon footprint on Earth. Guest: Dr. Peter Schubert is a Professor of electrical and computer engineering and the Director of the Richard G. Lugar Center for Renewable Energy (LCRE) at Indiana University-Purdue …
Webinar Details: This presentation will cover the topic of establishing baseload power using lunar-sourced fissile fuel so that no radioactive materials are launched through Earth’s air. Guest: Dr. Peter Schubert is a Professor of electrical and computer engineering and the Director of the Richard G. Lugar Center for Renewable Energy (LCRE) at Indiana University-Purdue University Indianapolis …
Nuclear Series: Nuclear power generation on the Moon Read More »
This presentation will explain how humans made space law, strengthened it, broke it and are adapting it to existing space missions and programs. In addition to the presentation, students will have the opportunity to engage in hands-on problem-solving activities related to space law. The students will also discover how dual-use objects, operated for both civilian and military purposes, are considered in space law.
