Search

7 results found
Autonomous Medical Monitoring and Diagnostic

Global plans for exploratory missions aim at extending the distances travelled by humans well beyond low Earth orbit and establishing permanent bases on the surface of Moon and Mars [1]. This will inevitably lead to increasing mission duration, radiation intensity, gravity levels and degree of confinement and isolation to which the crews will be exposed. In this extended space mission context, the astronauts should have the means to collect medical/physiological data in order to understand if their physiological conditions are in nominal levels.

Germany

13-046-a

CSEM SA
Small Mars Satellite

The activities carried out in the phase 0 deal with the mission concept and, in particular, with the interplanetary analysis and contributions to the mission requirements. The activities can be summarized as follows:
- study of the state of the art of Mars landers, with focus on issues such as the launcher, the interplanetary trajectory, the type of planetary approach, the design of the spacecraft, the layout, the mass and power budgets, the aerodynamic parameters, the entry, descent & landing strategy;

Italy

15/714

Ali SCARL
Autonomous Medical Monitoring and Diagnostic

The objective of the project was to define, design and validate data mining algorithms that enable advanced or autonomous medical monitoring and diagnostics for astronauts, exploiting standard medical data available from health and sanitary structures.

Italy

13-046-b

SATE
Handling Planetary Ice

The main scope of this activity is to carry out preparatory analysis in order to lay the groundwork for the ESA’s future activities. In view of this, a sampling/handling/analysing chain must be designed and all the critical aspects should be underlined in view of future missions.

Italy

14-089

Leonardo
Mars Hopper Concept Technologies

Proof of Mars Hopper Concept Technologies was an eight-month study funded by ESA’s General Studies Programme from ECSAT in Harwell. The study has focussed on increasing the TRL of key technologies required for the Mars Hopper concept, which were:
- In Situ Resource Utilisation (ISRU) subsystem to collect and store CO2 from the atmosphere and deliver it to the propulsion system. Locally generated propellant doe snot require transportation to Mars providing a huge mass saving

UK

2013-2

Airbus Defence &...
PHASE A STUDY OF EXOMARS MISSION
France

2003-29

Alcatel Alenia Space
PHASE A STUDY OF EXOMARS MISSION
France

2003-28

EADS Astrium SAS

Filter by programme:

Filter by start year:

Filter by end year:

Filter by keywords:

Filter by contractor:

Filter by country:

Filter by application domain: