Lunar Exploration Collection

Apollo control panel. This is the main control panel from the Apollo command modules. Photographed at the National Air and Space Museum, Dulles, Washington DC, USA

Saturn V rocket launch, artwork. The Saturn V was the launch vehicle for NASAs Apollo program of manned missions to the Moon. The Apollo program took place between 1961 and 1975

Apollo 17 sample of lunar basalt. The dark areas visible on the Moon (the lunar maria) are plains of flood basaltic lava flows

Saturn V interstage separation, artwork. The ring falling back to Earth is an interstage that has just separated from the rockets second stage (stage II engines at top)

Apollo astronaut moon boots. These are part of a display at the Science Museum, London, UK

Apollo command module hatch. This hatch was redesigned after the Apollo 1 preflight test fire, to make it easier to open. The fire killed all 3 crew members on board

Lunar liquid mirror telescope, artwork
Lunar liquid mirror telescope. Artwork of a giant liquid mirror telescope (centre left) on the surface of the Moon. The Earth is at upper right

Lunar space elevator moon base, artwork
Lunar space elevator moon base. Artwork of a future lunar space elevator at its base on the near side of the Moon. The support facilities include a loading machine (yellow, with cargo boxes)

Lunar space elevator ascent, artwork
Lunar space elevator ascent. Artwork of a future lunar space elevator ascending from its base on the Moon. It is around 50 metres long, with a central solar-powered climber mechanism (solar panels)

Lunar space elevator and train, artwork
Lunar space elevator and train. Artwork comparing the sizes of a future lunar space elevator (top) and a train locomotive with two box cars. The lunar space elevator is around 50 metres long

Computer artwork of a future lunar base
Lunar base. Computer artwork of a future manned base on the Moon. The tall blue cylinders are habitation areas, and in the foreground a large lunar rover vehicle can be seen

Lunar crater, Apollo 17 photograph
Lunar crater. Apollo 17 orbital photograph showing the large crater Sarabhai (formerly called Bessel A, left), located in the Mare Serenitatis ( sea of serenity ) region of the Moon

Lunar landscape, Apollo 11 photograph
Lunar landscape, Apollo 11 orbital photograph. NASAs Apollo 11 was the first mission to put a man on the Moon, in July 1969

Far side of the Moon, Apollo 11 orbital photograph. NASAs Apollo 11 was the first mission to put a man on the Moon, in July 1969

Models of three Soviet lunar probes

ATV, Apollo and Progress modules

Lunar tug leaving Earth, artwork
Lunar tug leaving Earth. Computer artwork showing a lunar tug with an attached lunar lander propelling itself into a larger Earth orbit that will enable it to intercept the moon in about three days

Water on the moon, artwork
Water on the moon. Computer artwork of water from an encounter with an icy comet that has collected in the perpetual shade of a deep crater on the surface of the moon

Lunar cycler at apogee, artwork
Lunar cycler at apogee. Computer artwork of a Lunar cycler (centre) at its furthest orbital point (apogee) from the Earth (upper right)

Lunar cycler approaching Earth, artwork
Lunar cycler approaching Earth. Computer artwork of a Lunar cycler (centre) rounding the south pole of the Earth near perigee, its closest approach to the Earth

Moon base, artwork
Moon base. Computer artwork of a radio astronomer stationed in a base near the Moons South Pole holding a flower sent as a gift from home. The Earth can be seen through the window

Ares V rocket, artwork
Ares V rocket, computer artwork. This is a depiction of what this cargo launcher will look like when launching from the Kennedy Space Center, Florida, USA

Surveyor lunar lander test model
Surveyor lunar lander. This is a ground test model. Between 1966 and 1968 the surveyor program sent seven robotic probes to the moon in preparation for the manned Apollo program

Apollo 10 command module. The Apollo 10 mission launched on 18th May 1969 and entered lunar orbit on 22nd May. The mission was the fourth manned mission in the Apollo programme

Luna 1 launch vehicle, diagram. Diagram of the upper-stage launch vehicle (rocket) used to place the Luna 1 unmanned probe (round, upper centre) in space

Luna 1 spacecraft model (centre) in the upper-stage launch vehicle (rocket) used to place it in space. Its five antennae are shown here

Luna 2 commemmorative stamp. Soviet postage stamp dedicated to the Luna 2 unmanned space probe, launched on 12 September 1959

Luna 1 commemmorative stamp. Soviet postage stamp dedicated to the Luna 1 unmanned probe, launched on 2 January 1959 (date at upper right)

Luna 3 spacecraft model. This Soviet unmanned probe was launched on 4 October 1959. It was the first spacecraft to return pictures of the previously unseen far side of the Moon

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"Lunar Exploration: Unveiling the Mysteries of Space" As we delve into the captivating world of lunar exploration, we are transported back in time to witness the awe-inspiring moments that shaped our understanding of space. The Apollo control panel stands as a testament to human ingenuity and determination, guiding us through the vastness of the cosmos. The Saturn V rocket launch artwork captures the sheer power and ambition behind these groundbreaking missions. It symbolizes humanity's relentless pursuit of knowledge and our unyielding desire to reach for the stars. Examining an Apollo 17 sample of lunar basalt, we marvel at its extraterrestrial origins. This tangible piece from another celestial body serves as a reminder that humans have indeed walked on the moon's surface, leaving their mark for future generations. The iconic Apollo astronaut moon boots evoke both nostalgia and admiration for those who ventured into uncharted territory. These sturdy yet graceful footwear allowed astronauts to explore lunar landscapes with precision and grace. Opening up the Apollo command module hatch reveals not only a gateway between worlds but also a glimpse into history. Behind this door lies stories of bravery, scientific breakthroughs, and countless hours spent exploring Earth's closest neighbor. Outside a regolith bin at NASA's Kennedy Space Center in Florida, engineers don protective garb as they make adjustments to a lightweight simulator version of NASA's Resource Prospector. Their dedication showcases how meticulous planning is crucial when venturing beyond our planet's boundaries. Witnessing a mobility test within a regolith bin further emphasizes NASA's commitment to innovation. A lightweight simulator version undergoes rigorous examination before embarking on its mission – paving new paths towards uncovering secrets hidden beneath lunar soil. In Cape Canaveral, Florida, we encounter the "gorilla cage, " securely holding multi-mission radioisotope thermoelectric generators (MMRTGs). These powerful devices provide vital energy sources during extended space explorations – ensuring mankind can continue pushing boundaries.