1. 09.12.2014. Turin. ALTEC. DESCENT MODULE AND SURFACE PLATFORM ExoMars Science Working Team 09-12-2014

2. 09.12.2014. Turin. ALTEC. Landing Module: LM includes the following main elements: – platform structure; – thermal honeycombs (THC) with mounted house-keeping systems and elements of SEC; – MarsRover assembly; – propulsion system; – landing legs; – solar array panels; – TCS elements;

3. 09.12.2014. Turin. ALTEC.

6. DM mass budget.

7. 09.12.2014. Turin. ALTEC. DM mass budget.

8. 09.12.2014. Turin. ALTEC. Surface Platform Science Priorities: Priority 1 Context imaging. Long term climate monitoring and atmospheric investigations. Priority 2 Studies of subsurface water distribution at the landing site. Atmosphere-surface volatile exchange. Monitoring of radiation environment at the landing site. Study of Internal Mars structure (geophysics). Priority 3 Surface soil sampling at the landing site and sample analysis (also in Rover) Search for traces of organics at the landing site (also in Rover).

9. 09.12.2014. Turin. ALTEC. InstrumentDescriptionMass, kg TSPP Set of cameras to characterise environment 3.4 BIP Interface and memory unit 3.0 METEO Meteorological package 3.4 FAST Fourier spectrometer to study atmosphere 3.5 ADRON-EM Active neutron spectrometer and dosimeter 5.6 M-DLS Multi-channel Diode-Laser Spectrometer for atmospheric studies 2.6 PAT-M Radio thermometer for soil temperatures (50 cm) 0.6 Dust Suite Dust particle size, impacts and atmospheric charges 1.6 SEM Two small seismometers 1.5 MGAP GS-MC for atmospheric analysis 7.0 Russian-led instruments:

10. 09.12.2014. Turin. ALTEC. Announcement of Opportunity A joint Announcement of Opportunity will request: The needed European contributions to Russian-led instruments A modest European-led contribution with instrument(s)/sensor(s) (10% of payload mass)