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The Flexible Lunar Architecture for Exploration FLARE is a concept to deliver four crew to the lunar surface for a minimum of seven days and then return them safely to Earth FLARE can be implemented whenever the component vehicles are operational FLARE was developed as an alternative to NASA s Human Landing System HLS reference architecture from the Design Analysis Cycle DAC 2 created in 2019 The DAC2 guidelines required utilization of the Gateway vehicle in a Near- Rectilinear Halo Orbit NRHO Instead FLARE chooses a Low Lunar Frozen Polar Orbit LLFPO for lunar rendezvous of components and an optional Gateway vehicle The LLFPO provides a stable orbit that overflies the south pole every 2 h ensuring easy access to the lunar surface for surface aborts with a much lower propellant requirement than NRHO The minimum FLARE concept uses one Space Launch System SLS launch one Orion one European Service Module ESM and one human lander launched on commercial vehicle s FLARE adds the SpaceTug based upon the mature and successful ULA Common Centaur Upper Stage vehicle with modifications to create an Earth-Moon transfer vehicle In the FLARE baseline mission the SpaceTug provides propulsion needed to return the Orion ESM from LLFPO to Earth The SpaceTug also provides propulsion to deliver the separate human lander components - the Descent Element DE and the Ascent Element AE - from Low Earth Orbit LEO to LLFPO The SLS Block 1 then launches the Orion ESM and completes a rendezvous with the mated DE AE components in LLFPO FLARE offers optional phases beyond the baseline mission The SpaceTug can deliver components of the planned Gateway including the Power and Propulsion Element PPE and the Habitable and Logistics Outpost HALO to LLFPO FLARE provides an option to deliver precursor equipment to the lunar surface to enhance and extend the human mission With these components including an inflatable habitation module and airlock individual crew mobility vehicle s an In-Situ Resource Utilization ISRU demonstration and science and technology experiments the crew can explore and conduct science on the lunar surface for up to 14 days 2020 IAA Published by Elsevier Ltd All rights reserved

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A Flexible Lunar Architecture for Exploration (FLARE) supporting NASA's Artemis Program.

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with Lunar All-Terrain vehicle (LATV) as keyword