Affordable Space Systems
Made possible through Innovation
Space Mission Engineering
As we define it, mission (and systems) engineering is the process that takes a set of broad objectives and constraints and then proceeds to define an affordable space system to meet them.
Microcosm has an extensive history of launch vehicle design, development, and test programs since 1993, focused on a low-cost, responsive launch capability that truly changes the game in the aerospace industry.
The unibody pressurized composite spacecraft structure acts as one unified structure that integrates the propellant tank and does not require additional support elements of any kind.
Microcosm has provided advanced mission engineering training to over 3000 professional and graduate student participants in the US, Canada, Europe, Asia and South America.
Microcosm has developed a family of low cost, highly agile spacecraft that can support a range of missions in low, medium, and geosynchronous Earth orbits, along with interplanetary missions.
Quantifying the Cost Reduction Potential for Earth Observation Satellites
In the present budget environment, there is a strong need to dramatically drive down the cost of space missions. There is the perception that SmallSats are inherently much lower cost than more traditional larger satellites and can play a central role in reducing overall space mission cost, but this effect has been difficult to quantify. Without quantifiable evidence of their value, SmallSats are under-utilized as a method for reducing space mission cost.
The Scorpius low-cost launch vehicle architecture greatly reduces the cost of space access due to its emphasis on designing specifically for low total life cycle cost. Due to its simplicity, a pressure-fed launch vehicle is low in cost compared with pump-fed and solid rockets. The pressure-fed approach in the Scorpius architecture is enabled by the development of all-composite propellant and pressurization tanks, which have about half the mass of metallic tanks.
Reinventing Disaster Reconnaissance through Space Assets
When a disaster occurs, an aggressive machine of governments, agencies, and volunteers immediately reacts to the event with a lack of information. Currently, agencies rely on unstable communications, perhaps UAV passes (which may be politically limited), or, hours later, space assets.
Microcosm, Inc. is a recognized world leader in space mission engineering and techniques for reducing cost.