Network Science Landers - Technology Development Activities
| Table of Technology Development Activities for Network Science Landers Mission |
| Robust autonomous aerobraking strategies |
| Aerobraking flight representative demonstrator |
| Adaptation of aerogel materials for thermal insulation |
| Extremely low power timer board Engineering Model for landers |
| Tailored on-board computer Engineering Model for planetary landers |
| Subsonic parachute trade-off and testing |
| Entry, Descent and Landing system (EDLS) Guidance, Navigation and Control (GNC) optimisation and technology specification for small Mars landers |
| Assessment and breadboarding of a planetary altimeter |
| Lowering system breadboard for Mars landers |
| Airbags for small landers – design |
| Airbags for small landers - breadboard and test |
| Solar power regulator breadboard for Mars surface missions |
| Characterisation of space and terrestrial cells for future Mars lander/rover missions |
| Development of a low temperature Lithium ion battery and survivability tests |
| Lander compact dual UHF/X-band frequency communication package study |
| Compact dual UHF/X-band Proximity-1 Communication Engineering Model |
| Simulation tool for breakup/burnup analysis of Mars orbiters |
Last Update: 1 September 2019