RAMS, Fault Tree Analysis and reliability evidence for launchers, satellites and space missions.
We support space system manufacturers and integrators in developing and verifying mission-critical designs through comprehensive RAMS engineering — applying Fault Tree Analysis and quantitative reliability modelling to assess loss-of-mission and loss-of-vehicle scenarios in line with ECSS-Q-ST-30, ECSS-Q-ST-40 and NASA/SP-2011-3421.
We have provided RAMS and FTA support for a European space capsule program, focusing on loss-of-mission contributors such as power-bus redundancy, pressurisation-system isolation and propulsion-valve reliability — with fault trees built to component level.
Space Mission Assurance →Combining NPRD/EPRD data with ECSS-compliant reliability allocations, we identify critical failure paths and quantify the probability of mission loss.
With structured, transparent RAMS methodologies we help organisations achieve the mission assurance, safety verification and certification evidence needed to meet the rigorous demands of modern spaceflight.
Questions about your program, a certification challenge, or a capability gap? Get in touch.
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