KABOOM
We study a low-cost interplanetary mission to demonstrate the capability of artificially modifying the orbit of a small (250 ton) binary asteroid body. The targeting spacecraft survives the slow (~1 m/s) impact to carry out the orbit modification measurement afterwards.
Methodology:

A successful test campaign has been performed over the UHF antenna. The UHF ANTENNA has been tested from the RF point of view and all required performances were compliant. The vibration test campaign can be considered successful since: No damage was detected during the overall vibration and shock (qualification levels) test sequence:

The XNAV concept has been analysed in detail. The performances obtained from simulations have been validated successfully using real data from XMM-Newton space telescope.
The performances obtained using real data are not in line with the XNAV performances (100 m for the Crab pulsar) due to limitations in the XMM-Newton instrument operations. We have been forced to use a source much fainter than the Crab pulsar and surrounded by a background much stronger than expected.

BEAST aims to modify the orbital period of the small secondary object of a binary asteroid by kinetic impact. BEAST analyses a commercial LEO platform accommodating as payload the impactor and GNC system with total mission cost below 150 M€.
The objective of the Cobra mission is to use a conventional chemical thruster to modify the orbit of a man-made object through plume impingement. The proposed concept uses a standard satellite platform with a modified payload to suit mission needs.

The OBCP-BB study has performed the following tasks: Assessment of current OBCP implementations for Space systems, considering both Application procedures (OBAPs) and Operation procedures (OBOPs), and providing some statistics figure about the OBCPs used in different ESA missions and projects Assessment of the ECSS-E-ST-70-01C standard particularly in the context of the specification of the OBCP software building block in the FSW Reference Architecture. The analysis has covered both the OBCP concept and the system capabilities defined by the ECSS standard.

The main conclusions of the project are: