Mars Base Camp

Mars Base Camp (MBC) is a proposed crewed Mars-orbit laboratory and exploration architecture developed by Lockheed Martin for possible consideration by NASA. It is not an operational spacecraft, an approved NASA mission, or a conventional consumer-facing brand. Instead, the name identifies a reference concept for assembling and operating a human-rated interplanetary vehicle capable of supporting extended science missions around Mars. The concept was publicly presented in 2016 as part of a broader strategy for human exploration beyond the Moon. Its intended role would be to transport astronauts from the vicinity of the Moon to Mars, place them in orbit around the planet, and provide a platform for scientific operations without initially requiring a crewed landing on the Martian surface. The architecture was associated with NASA technology-development efforts of the 2010s, including the Orion spacecraft, solar-electric propulsion, advanced habitation systems, cryogenic propulsion, and the proposed Lunar Gateway. Lockheed Martin presented MBC as a possible evolution of a Deep Space Transport or related lunar-to-Mars transportation system. The proposed vehicle would use Orion as its command, navigation, communications, and crew-support element. Additional systems would include large solar arrays for electrical power and solar-electric propulsion, radiators for thermal control, a cryogenic propulsion stage for major trajectory changes and Mars-orbit operations, a laboratory for scientific work and sample analysis, and a habitat module providing living space, consumables storage, exercise equipment, and radiation protection. Together, these elements were intended to support missions lasting as long as approximately 1,000 days, subject to the final architecture and mission design. MBC's scientific focus would be Mars orbit and the planet's two small moons, Phobos and Deimos. Crew members could remotely operate robots, drones, and rovers on the Martian surface while conducting real-time communications and science from orbit. The architecture was also framed as a stepping stone toward later human surface missions: astronauts could gain experience with long-duration habitation, deep-space navigation, communications delays, planetary operations, and remote exploration before attempting a direct landing on Mars. In a September 2017 update, Lockheed Martin added the concept of a reusable Mars Ascent Descent Vehicle, or MADV. The vehicle was envisioned as an excursion craft connecting the orbiting base with the Martian moons and potentially supporting surface access. A related lunar-lander prototype was proposed as a nearer-term demonstration on or near the Moon. This reflected a staged-development approach in which capabilities for Mars would first be tested through lunar missions and the Lunar Gateway. As of the source material's April 2018 status, Mars Base Camp remained a concept under study. NASA had not formally proposed or funded it as a specific mission through an annual federal budget cycle. Its significance therefore lies primarily in mission architecture and technology advocacy: it illustrated one possible way to use lunar infrastructure, Orion, and future propulsion and habitation systems to begin human exploration of Mars while postponing the greater risks of a crewed planetary landing.

Mars Base Camp emerged from Lockheed Martin's work on human deep-space exploration architectures during the 2010s. The concept was made public in May 2016 as a possible approach to sending astronauts to Mars orbit while building on spacecraft and infrastructure associated with NASA's developing Moon-to-Mars program. Rather than beginning with a crewed landing, the proposal placed the first human expedition around Mars, where astronauts could conduct science, control robotic assets, and prepare technologies and procedures for later surface missions. The architecture was linked to the proposed Deep Space Transport and to the Lunar Gateway, a planned cislunar station intended to support assembly, testing, and staging beyond low Earth orbit. In this framework, Gateway could serve as a location for integrating vehicle elements and demonstrating long-duration operations before a Mars expedition. Orion would provide the core crewed command and control function, while additional modules would supply propulsion, power, habitation, laboratory capability, and thermal management. The proposed Mars vehicle would combine technologies already under development with systems requiring further maturation. Solar arrays would generate power for spacecraft systems and solar-electric propulsion. A cryogenic propulsion stage would perform major burns for departure from the lunar region and would help maneuver the vehicle in Mars orbit. Habitat and laboratory modules would support the crew during missions potentially lasting up to roughly 1,000 days. The laboratory would enable scientific analysis and real-time operation of robotic vehicles on Mars and its moons. A major revision appeared in September 2017, when Lockheed Martin described the Mars Ascent Descent Vehicle. MADV was conceived as a reusable crewed shuttle or excursion module that could carry astronauts from the orbital base to the surfaces of Phobos and Deimos and return them to orbit. The company also discussed demonstrating related lunar-lander capabilities closer to Earth. This addition broadened the concept from a Mars-orbit laboratory into an architecture with a possible pathway to human surface operations on the Martian moons. Mars Base Camp remained a proposal rather than a committed program. The cited status in April 2018 indicated that the Mars transit vehicle was still a concept for study and that NASA had not placed the specific mission into an annual federal budget proposal. Consequently, there is no operational vehicle, launch date, production program, or confirmed customer mission associated with the concept in the supplied references. Its historical importance is as a Lockheed Martin reference architecture showing how Orion, Lunar Gateway, advanced propulsion, orbital laboratories, and reusable excursion vehicles might be combined into a gradual human-exploration campaign extending from the Moon toward Mars.

• 2018

  Concept remains under study

  [1]Mars Base Campen.wikipedia.org

  Mars Base Camp had not become an officially proposed NASA mission in the cited federal budget cycle and remained an architectural concept.

• 2017

  MADV added to the architecture

  [1]Mars Base Campen.wikipedia.org

  The updated plan incorporated the Mars Ascent Descent Vehicle, a proposed reusable crewed excursion craft for operations involving the Martian moons.

• 2016

  Mars Base Camp concept published

  [1]Mars Base Campen.wikipedia.org

  Lockheed Martin introduced Mars Base Camp as a proposed crewed spacecraft and laboratory for human missions in Mars orbit.

A staged, orbit-first architecture for human Mars exploration that uses lunar infrastructure and a combination of existing and prospective NASA technologies.

• Crewed Mars spacecraft

  Mars Base Camp orbital laboratory

  The central proposed vehicle is a crewed Mars-orbit laboratory intended to support extended expeditions, planetary communications, scientific observation, and remote control of surface robots. It would combine Orion with a habitat, laboratory, propulsion, power, and thermal-control systems. The design was intended to serve as an intermediate step between cislunar operations and later human Mars-surface missions.

• Crew vehicle and command module

  Orion MPCV integration

  Orion would act as the command-and-control core of the Mars Base Camp vehicle. In the proposed architecture it would provide navigation, communications, crew support, and key life-support functions while being integrated with additional modules designed for much longer deep-space missions.

• Planetary-moon excursion vehicle · 2017

  Mars Ascent Descent Vehicle (MADV)

  MADV was added in the 2017 update as a reusable crewed shuttle or excursion vehicle associated with Mars Base Camp. It was intended to carry astronauts between the orbital spacecraft and the surfaces of Phobos or Deimos. A related lunar-lander demonstration was suggested as a way to test the approach before a Mars application.

• Spacecraft modules

  Deep-space laboratory and habitat modules

  The proposed laboratory would house scientific instruments, sample-analysis equipment, workstations, and systems for remotely operating drones and rovers. The habitat would add crew living space, consumables storage, radiation protection, and exercise equipment needed for long-duration missions.

• 2017

  Add the Mars Ascent Descent VehicleGeneration change

  Background

  Lockheed Martin's updated architecture expanded the orbital-laboratory concept to include a reusable crewed vehicle for excursions to the Martian moons.

  Action taken

  The proposed MADV was incorporated as an excursion module, with related lunar-lander testing suggested as an interim demonstration.

  Aftermath

  The concept presented a broader staged pathway from lunar demonstrations and cislunar infrastructure to human operations around Mars, but it remained unapproved and unbuilt.

  Source

1. 1Mars Base Campen.wikipedia.org