Paragon to Develop Aerobot for Exploring Venus, System for Collecting Ice on Moon with NASA Funding

by Douglas Messier
Managing Editor

Paragon Space Development Corporation will continue development of an aerobot for exploring Venus form the air and a system to extract ice from the lunar regolith with the help of a pair of NASA Small Business Innovation Research (SBIR) Phase II awards.

The Mechanical-compression Aerobot for extended Range Venus ExpLoration (MARVEL) would be an autonomous robotic balloon vehicle capable of carrying scientific payloads through the Venusian atmosphere. Paragon has teamed with Thin Red Line Aerospace to develop MARVEL.


NASA Selects Paragon Space Development to Develop Advanced Cryogenic Tank

Paragon Space Development Corp. will continue to develop a new tank designed to better store cryogenic propellants with the help of funding from NASA.

The space agency selected Paragon’s ellipsoidal propellant tank (EPT) for continued funding under the Small Business Innovation Research (SBIR) program.

The phase II award is worth up to $750,000 over two years. NASA funded the project under a smaller phase I award.


NASA Selects Paragon’s In-space Fuel Depot Tech for SBIR Phase I Award

TUCSON, Ariz, May 03, 2016 (Pargon SDC PR) – Paragon Space Development Corporation® (Paragon) and partner Thin Red Line Aerospace (TRLA) received a Phase I Small Business Innovation Research (SBIR) award from NASA to provide a unique solution that will extend the life of cryogenic upper stage rockets.

The useful life of a standard upper stage is no more than a few hours. The thermally isolating structure is a key piece to allowing systems to operate for weeks or months on orbit, giving upper stage platforms additional flexibility for payload maneuvering and deployment timing as well as direct use of upper stages for commercial and scientific use.


Paragon Wins NASA SBIR Phase II Contract for Improved In-Space Transportation

paragonsdcTUCSON, Ariz., March 21, 2016 (Paragon PR) – Paragon Space Development Corporation® (Paragon) and partner Thin Red Line Aerospace (TRLA) received a Phase II Small Business Innovation Research (SBIR) award from NASA to advance their Cryogenic Encapsulating Launch Shroud and Insulated Upper Stage (CELSIUS) technology. The Phase II effort will design and test a novel, high performance, inflatable system to address the agency’s near-term needs as well as provide a resource for future exploration missions to the moon, Mars, and deep space.


NASA Selects Paragon for SBIR Phase I Award to Develop Inflatable Shroud

paragonsdcParagon Space Development Corporation has been selected for a NASA contract to begin development work on an inflatable insulating shroud for large cryogenic fuel tanks.

The work would be done with partner Thin Red Line Aerospace under a NASA Small Business Innovation Research (SBIR) Phase I contract. The award is worth a maximum of  $125,000 for a feasibility study lasting six months.

“Successful development results in a low risk, low mass, shroud solution that can be applied to nearly any mission and is especially useful in support of soft or hard sided habitation modules or propellant tanks, including cryogens, to protect them from the thermal and MMOD environments of space,” according to the proposal.


Paragon SDC to Develop Inflatable Space Habitat with NASA SBIR Award

paragonsdcNASA has selected Paragon Space Development Corporation of Tucson for two Small Business Innovation Research (SBIR) Phase I awards to develop technologies for inflatable space habitats and the regeneration of oxygen for crews on their way to the moon and Mars.

“Paragon Space Development Corp (Paragon) and Thin Red Line Aerospace proposes to explore the utilization of inflatable structures by designing a habitation module as an integrated, all-fabric inflatable structural architecture, rather than modifying rigid space structural designs with an inflatable envelope,” according to the proposal summary. “Paragon and TRLA have developed several concepts with the potential to eliminate the need for hard-material support structure within an inflated habitat.”