Spacecraft design The lessons learnt from the Mars Express mission
Download scientific diagram | Spacecraft design The lessons learnt from the Mars Express mission, with its Beagle Lander, indicated that a landing mission without an active propulsion system has a high degree of risk in losing the mission. This seems to be the case for the Beagle descent mission. Based on this assumption, ESA decided to investigate two landing philosophies, thus: 1. Solid rocket motor braking manoeuvre, supported by a liquid propulsion system with capsuled airbag solution 2. Soft landing with liquid propulsion and a lower floor airbag damping system. from publication: Propulsion Technologies -Present Status and Future Needs for Exploration | Propulsion is an indispensable element for all future space challenges. European concentration in the last 30 years in this sector was focused mainly on launcher and satellite propulsion applications. Now, Europe's future view for exploration on the Moon and Mars missions | Propulsion, Europe and Robotics | ResearchGate, the professional network for scientists.
Mars Polar Lander Mission & Facts What was the Mars Polar Lander
ESA - Ten years at Mars: new global views plot the Red Planet's
Mars Orbiter Mission – MOM
Mars Express - NASA Science
Mars Express 2019-2004 - eoPortal
ESA - Mars Express successfully powers through eclipse season
Space Science
XPRIZE Gives Moon Express a GO for 2017 Launch to Land First
PDF) On-Board Control Procedures for ESA's Deep Space Missions
Death Planet' gets a bum rap
Mars Express - eoPortal
ISRO's Mars orbiter was made for mission life of six months
M5 — Mars Magnetospheric Multipoint Measurement Mission: A multi
10 Years & Top 10 Discoveries from Marvelous Mars Express