APOL08A.ZIP A view from Apollo 8 command module of the lunar surface sliding past
underneath. Microsoft AVI format video clip requiring media player.
APOL11B.ZIP Apollo 11 view just before the start of the final descent. This AVI video
clip requires media player, video for windows or some equivalent, and
includes soundtrack. ('You are go for final descent'). A historic peice of
film.
APOL16H.ZIP Apollo 16 astronauts caper around a large rock complete with soundtrack
'Look at the size of that rock!'. Microsoft AVI format video clip requiring
media player or equivalent.
APOLSURF.ZIP The Apollo test capsule goes for a surf! AVI format video clip, requires
Windows media player or similar.
A00002ES.JPG The Apollo program used a lunar landing module made by Grumman Corp. Technicians are shown here testing the swing-out landing struts for the lower half of the module.
A00003ES.JPG The astronauts traveled to the Moon in the upper half of the lander, called the ascent stage. This view looks toward the hatch that astronauts used to enter and exit while on the surface.
A00101ES.JPG The first version of the Apollo crew capsule, shown here, was a fire trap. A fire killed three astronauts in this capsule during ground testing.
A00102ES.JPG A fire during ground tests killed Ed White, Roger Chaffee and Gus Grissom. The fire resulted from the use of pure oxygen in their capsule, which made some of the insulating materials highly flammable.
A00103ES.JPG The first astronauts to be killed in the space program, Ed White, Roger Chaffee, Gus Grissom, are shown here as they practice in an Apollo mission simulator.
A00701ES.JPG Apollo 7 was the first manned mission. In this picture, the expended Saturn IB stage floats about 75 feet away and plays the part of the landing module to be used later in Moon missions.
A00702ES.JPG The Saturn 1B rocket, a smaller version of the Saturn V that would carry astronauts to the Moon, sits at Kennedy Space Center prior to launching Apollo 7 into Earth orbit.
A00703ES.JPG After 11 days in space, the Apollo 7 crew sent their capsule back into the atmospherre. This view shows the burn marks on the heat shield, which survived a 3,000-degree re-entry.
A00704ES.JPG To prevent fires like the one that killed 3 astronauts in Apollo 1, NASA redesigned the capsule. The new version used fewer flammable materials, & during launch had an oxygen-nitrogen atmosphere to reduce flammability further.
A00705ES.JPG Shown left to right are the crew of Apollo 7: Walter Cunningham, Walter Schirra Jr., and Donn Eisele.
A00706ES.JPG The Saturn 1B rocket carried the Apollo 7 crew past 35,000 feet altitude. This was the first manned use of the Saturn engines, which never failed during the Apollo program.
A00801ES.JPG Mankind's first voyage to the Moon was Apollo 8. The astronauts were the first humans to see the jagged craters and valleys of the far side.
A00802ES.JPG Apollo 8 changed the way humanity thinks about its home planet. The crew took this photo of the Earth rising above the Moonscape after firing rockets over the far side to enter lunar orbit.
A00803ES.JPG Humanity's first voyage to the Moon started from Kennedy Space Center in Florida, as Apollo 8 was launch on top a Saturn V rocket. The crescent Moon was added by NASA to this photo in a double exposure.
A00804ES.JPG For Apollo 8, NASA used a boomerang orbit called a free-return trajectory. If the spacecraft's engines failed to fire at the Moon to put it into lunar orbit, then the trajectory would return it back to Earth.
A00805ES.JPG From the left, the crew of Apollo 8: Frank Borman, William Anders and James Lovell Jr.
A00806ES.JPG After firing retro-rockets to enter lunar orbit, the astronauts caught sight of the blue marble of Earth as they came around from the far side.
A00901ES.JPG This photo of the Apollo 9 command module was taken by astronauts in the lunar module as they orbited over the Rio Grande River in southern New Mexico.
A00902ES.JPG Apollo 9 was a practice run in which astronauts released the lunar module in Earth orbit. Sticking out to the left of the landing gear foot pads were surface probes to give warning of contact with the Moon.
A00903ES.JPG Apollo 9's David Scott stood in the hatch of the Apollo 9 Command Module and looked toward the lunar module. The crew later test-flew the lunar module in a rehearsal of a lunar landing attempt.
A00904ES.JPG A Saturn rocket was the backdrop for this photo of the crew of Apollo 9. Left to right are James McDivitt, David Scott and Russell Schweickart.
A00905ES.JPG Among the many tests carried out by Apollo 9 was Russell Schweickart's use of the new lunar spacesuit during a spacewalk. This test took place while the Command and Lunar Modules remained docked together.
A00906ES.JPG The Apollo program required astronauts to learn how to dock spaceships together, both in Earth orbit and around the Moon. This drawing shows how the Apollo 9 astronauts practiced rendezvous techniques.
A00907ES.JPG Apollo 9 rode into Earth orbit on a Saturn V rocket on March 3, 1969.
A01001ES.JPG As they departed the Moon, the Apollo 10 astronauts photographed the Moon.
A01002ES.JPG Over the far side of the Moon, the lunar ascent stage rejoined the Command Module after dropping to within 10 miles of the surface. The maneuvers were a rehearsal for the actual landing of Apollo 11.
A01003ES.JPG The night before the Apollo 10 expedition lifted off for the Moon, the Saturn V rocket was being prepared for launch.
A01004ES.JPG The Apollo 10 astronauts, starting at the left, were Eugene A. Cernan, Thomas P. Stafford, and John W. Young.
A01005ES.JPG Gene Cernan, who flew on both Apollo 10 and Apollo 17 missions, adds water and kneads food in a plastic container on his first flight to the Moon.
A01101ES.JPG Apollo 11 aerial landing site, scale 100 km
A01102ES.JPG Apollo 11 aerial landing site, scale 10 km
A01103ES.JPG Apollo 11 aerial landing site, scale 200 m
A01104ES.JPG Apollo 11 rises from launch pad 39A on the morning of July 16, 1969, on its way to the Moon.
A01105ES.JPG President Nixon and the Apollo 11 astronauts joked during their 18-day quarantine. The isolation was required because no one knew yet whether the Moon harbored any dangerous bacteria or viruses.
A01106ES.JPG To guard against infecting the Earth with Moon diseases, the Apollo 11 astronauts donned biological isolation suits after leaving their capsule. A Navy pararescue expert then sprayed the area with disinfectant and resealed the capsule.
A01107ES.JPG Apollo 11's ascent stage rises toward the command module and Michael Collins, who stayed in orbit. The ascent stage had only one motor. The astronauts would have been stranded if it had malfunctioned.
A01110ES.JPG The Apollo 11 astronauts planted the American flag in lunar soil with some difficulty. Moon dust turned out to be very dense and hard to penetrate. Neil Armstrong took this photo of Buzz Aldrin.
A01112ES.JPG From 240,000 miles away, the blue waters of Earth hang in the sky above Apollo 11 and the Moon.
A01113ES.JPG The Apollo 11 capsule landed in the Pacific Ocean, where a Navy rescue team helped the crew exit. The astronauts immediately put on biological isolation suits, in case they'd become infected while exploring the Moon.
A01114ES.JPG The three Apollo 11 crew members, looking like alien creatures in their drab green biological isolation suits, enter a quarantine trailer.
A01115ES.JPG The Apollo 11 crew lifts off for the Moon atop a Saturn V rocket.
A01116ES.JPG After launch, the Apollo 11 crew turned their command module around and connected with the landing module that was carried in the third stage.
A01117ES.JPG On their way to the Moon, the Apollo 11 astronauts photographed the Earth, with west Africa in center view.
A01118ES.JPG Before landing, the Apollo 11 crew photographed the general area of their projected site. Sidewinder rille and Diamondback rille cross the center of the view.
A01119ES.JPG Neil Armstrong made humanity's first footprints on another planet.
A01120ES.JPG The Apollo 11 landing module touched down just 125 yards from a crater that could have ruined their mission. The tilted sides of the crater could have prevented the crew from ever lifting off for home.
A01121ES.JPG One of the first assignments of the Apollo 11 crew was raising the American flag. An automatic camera on the landing module took this photo of Buzz Aldrin and Neil Armstrong, one of the very few showing Armstrong on the surface.
A01122ES.JPG Buzz Aldrin sets up a solar wind experiment next to the landing module.
A01123ES.JPG While Neil Armstrong took photographs, Buzz Aldrin did the work of placing experiment packages on the surface.
A01124ES.JPG Buzz Aldrin easily carries an experiments package designed to measure seismic activity on the Moon.
A01125ES.JPG Neil Armstrong smiles, back in the landing module, after completing a day's photography on the Moon.
A01126ES.JPG This Moonquake monitor would help scientists on Earth in their search for the inner structure of the Moon, by measuring seismic waves.
A01127ES.JPG The first lunar mission did not carry a rover or equipment cart, so Buzz Aldrin did his exploring on foot.
A01128ES.JPG Buzz Aldrin became the second man to walk on the Moon, and the first to have his picture taken on the way down the ladder.
A01129ES.JPG After backing out to the _porch_ of the lunar lander, Buzz Aldrin began inching down the ladder to the surface.
A01130ES.JPG The greatest symbol of the Apollo 11 expedition was the footprint, showing humanity's first steps into a virgin territory.
A01131ES.JPG Neil Armstrong and Buzz Aldrin blasted back toward the waiting Command Module to make the return to Earth. Smith's Sea is the dark patch in the background.
A01132ES.JPG This picture of the Command Module was taken from the Landing Module as it rocketed back to join its mother ship. The two craft were about 60 miles above the surface.
A01133ES.JPG Apollo 11 astronauts _ Micheal Collins, Neil Armstrong and Buzz Aldrin _ addressed a joint session of Congress with the results of their mission.
A01134ES.JPG Neil Armstrong, Michael Collins and Buzz Aldrin remained in quarantine back on Earth for 18 days, to see if they'd picked up dangerous diseases while on the Moon.
A01135ES.JPG Buzz Aldrin is shown inside the lunar lander, after he and Neil Armstrong walked for two hours and 20 minutes on the Moon.
A01136ES.JPG The Postal Service dedicated a 10-cent airmail stamp to the Apollo 11 crew. From the left are Michael Collins, Neil Armstrong, Buzz Aldrin and Postmaster General Winton Blount.
A01137ES.JPG Buzz Aldrin's climb down to the lunar surface was documented by Neil Armstrong, who took all the still photos on the Moon during Apollo 11.
A01138ES.JPG The phases of the Apollo 11 mission included insertion into Earth orbit, blasting off for the Moon, entering lunar orbit, dropping a lander to the surface, docking the lander and command module, and zooming back to Earth.
A01139ES.JPG A primary scientific instrument on Apollo 11 was the seismic monitor, which gave clues to the internal structure of the Moon. In the rear are a laser-ranging reflector and the lunar module.
A01140ES.JPG The city of New York gave the three Apollo 11 astronauts _ Neil Armstrong, Michael Collins and Buzz Aldrin _ a ticker tape parade down Broadway and Park Avenue.
A01141ES.JPG Buzz Aldrin readies an experiment package to be left behind when the lander's ascent stage rockets back toward the command module.
A01142ES.JPG On the Sea of Tranquility, Buzz Aldrin stands for a portrait taken by Neil Armstrong.
A01143ES.JPG Apollo 11 took off for the Moon on July 16, 1969, riding the huge Saturn V rocket.
A01201ES.JPG Apollo 12 aerial landding site, scale 100 km
A01202ES.JPG Apollo 12 aerial landing site, scale 50 km
A01203ES.JPG Apollo 12 aerial landing site, scale 5 km
A01204ES.JPG Apollo 12 aerial landing site, scale 200 m
A01205ES.JPG The colorful crystals in this Apollo 12 rock sample show on examination by a polarizing microscope. The red and blue crystals are pyroxene, with most of the remaining large white, yellow and blue crystals are of olivine.
A01206ES.JPG The Apollo 12 astronauts set out a variety of experiments, including a magnetometer and solar wind collector.
A01207ES.JPG An Apollo 12 astronaut lays out equipment to measure the solar wind and Moon quakes. The Apollo program helped scientists understand the origin and composition of the Moon.
A01208ES.JPG A giant crawling launch tower carried the Saturn V rocket to its launch pad, where it would catapult the Apollo 12 crew to the Moon.
A01209ES.JPG The Apollo 12 astronauts trained for their flight in this mission simulator. From the left are Alan Bean, Richard Gordon and Charles Conrad.
A01210ES.JPG Apollo 12 astronauts Charles Conrad and Alan Bean rehearsed flight procedures in this lunar lander simulator.
A01211ES.JPG Charles Conrad Jr. and Alan Bean carried out two walks on the surface, the second of which took them to the site of Surveyor 3. They brought back pieces of the Surveyor for study on Earth.
A01212ES.JPG The Apollo 12 astronauts, from left to right: Charles Conrad Jr., Richard F. Gordon, and Alan L. Bean.
A01213ES.JPG The Apollo 12 astronauts who landed, Alan Bean and Charles Conrad Jr., came down only a few hundred meters from the Surveyor 3 robotic spacecraft.
A01301ES.JPG An explosion in the service module of Apollo 13 almost caused a catastrophic failure of the mission's life support system. In the lower left is a small round tank, the oxygen tank that blew up on the way to the Moon.
A01302ES.JPG John Swigert Jr., shown on the left, was added to the Apollo 13 crew at the last minute, replacing Thomas Mattingly. The other two crewmen were James A. Lovell, center, and Fred W. Haise Jr.
A01303ES.JPG The almost disastrous Apollo 13 mission almost had this crew. From the left Fred W. Haise Jr., James A. Lovell Jr., and Thomas K. Mattingly II. Mattingly was dropped from the crew because they had been exposed to the measles.
A01304ES.JPG The launch complex 39A had a clean room surrounding the Apollo capsule, where closeout crew members greeted one of the astronauts.
A01305ES.JPG President Nixon called to congratulate the Apollo 13 astronauts for surviving their ill-fated flight. John Swigert Jr., Fred Haise Jr. and James Lovell Jr. spoke with Nixon from aboard the U.S.S. Iwo Jima.
A01306ES.JPG Weak and exhausted, the Apollo 13 astronauts leave the helicopter that lifted them from the South Pacific. From left to right are Fred Haise Jr., James Lovell Jr. and John Swigert Jr.
A01307ES.JPG The Apollo 13 crew moved to the lunar module, but its life support system became overwhelmed. The astronauts lashed together what they called the mail box to use lithium hydroxide from the command module to clean the air.
A01308ES.JPG In mission control, astronaut Thomas Mattingly II monitored the desperate search for ways to save the astronauts' lives.
A01401ES.JPG Apollo 14 aerial landing site, scale 100 km
A01402ES.JPG Apollo 14 aerial landing site, scale 20 km
A01403ES.JPG Apollo 14 aerial landing site, scale 200 m
A01404ES.JPG After an operation cured a problem with his ear, Alan Shepard returned to spaceflight with Apollo 14. He made history ten year earlier as the first American into space in a suborbital Mercury flight.
A01405ES.JPG The first tire tracks on the Moon were not left by lunar rovers, but instead by a two-wheel equipment cart pulled by the Apollo 14 astronauts.
A01406ES.JPG A distant Edgar Mitchell works to lay down a cable to science equipment that Apollo 14 would leave behind.
A01407ES.JPG A distant Edgar Mitchell works to lay down a cable to science equipment that Apollo 14 would leave behind.
A01408ES.JPG Edgar Mitchell struggles with a sample collector during the Apollo 14 expedition.
A01409ES.JPG Edgar Mitchell consults a traverse map as he plans the next step in the expedition.
A01410ES.JPG Apollo 14 took off for the Moon at 4:03 p.m. on January 31, 1971, heading for the Fra Mauro region that had been Apollo 13's target.
A01411ES.JPG From left to right, the crew of Apollo 14: Stuart Roosa, Alan Shepard, and Edgar Mitchell.
A01412ES.JPG The rows of mirrors on this equipment bounce laser rays from Earth back to scientists there. By measuring the time required to receive the reflection, scientists precisely measure the distance between the Earth and Moon.
A01413ES.JPG This photograph of the Apollo 14 landing site at Fra Mauro shows the planned excursion routes of the astronauts. The astronauts got lost on the second traverse and never made it to the Cone Crater.
A01501ES.JPG Apollo 15 aerial landing site, scale 100 km
A01502ES.JPG Apollo 15 aerial landing site, scale 20 km
A01503ES.JPG Apollo 15 aerial landing site, scale 2 km
A01504ES.JPG Apollo 15 aerial landing site, scale 200 m
A01505ES.JPG Apollo 15 was the first to carry a lunar rover, which James Irwin prepares for its first trip. Behind Irwin's head in the distance is St. George Crater.
A01506ES.JPG After Apollo 15 landed safely at the base of the Hadley Detla, David Scott saluted the flag.
A01507ES.JPG As the astronauts drove about the landscape in their rover, they were careful to remain within walking distance of their lander in case the rover broke down.
A01508ES.JPG The descent stage of the lunar lander carried the rover, which had a top speed of eight to ten kilometers an hour.
A01509ES.JPG To pack the lunar rover into the lander, its wheels folded up and over its top. When the crew dragged it out of its stowage locker on the Moon, it weighed only 76 pounds.
A01510ES.JPG The Apollo 15 Saturn rocket launched David Scott, Alfred Worden and James Irwin toward the Moon on July 26, 1971.
A01511ES.JPG To keep their balance, astronauts tended to kneel rather than bend over to pick up tools. David Scott crouches to pick up a lunar drill with Mount Hadley in the background.
A01512ES.JPG The Apollo 15 crew poses with a satellite they will put into lunar orbit. From the left are James Irwin, David Scott and Alfred Worden.
A01513ES.JPG Apollo 15 lifted off from Kennedy Space Center the morning of July 26, carrying David Scott, Alfred Worden and James Irwin.
A01514ES.JPG While David Scott and James Irwin worked on the surface, Alfred Worden orbited above them in the command module.
A01515ES.JPG As the astronauts drove about the landscape in their rover, they were careful to remain within walking distance of their lander in case the rover broke down.
A01516ES.JPG The collage of photographs shows a 120-degree view of Apollo 15's landing site on the Swamp of Decay. Mount Hadley is at the right.
A01517ES.JPG On Apollo 15, astronaut James Irwin prepares the new lunar rover for its first trip. In the distance is St. George Crater.
A01601ES.JPG Apollo 16 aerial landing site, scale 100 km
A01602ES.JPG Apollo 16 aerial landing site, scale 20 km
A01603ES.JPG Apollo 16 aerial landing site, scale 2 km
A01604ES.JPG Apollo 16 aerial landing site, scale 200 m
A01605ES.JPG Standing at the rim of Plum Crater, Charles M. Duke Jr. collected rocks and lunar soil. The crater is about 40 meters wide and 10 meters deep.
A01606ES.JPG Same asA01605CS but from a different source.
A01607ES.JPG With Stone Mountain visible to the left, John Young drives the Moon buggy to its final parking space near the Apollo 16 lander.
A01608ES.JPG At the North Ray crater site, John Young places rocks into a sample bag. A tripod-like gnomon in the foreground was used to document sun angle and color balance in photographs.
A01609ES.JPG A TV camera in the lunar rover transmitted this photograph of Apollo 16's liftoff from the Moon.
A01610ES.JPG One of the surprises of Apollo 16 came from John Young's portable magnetometer. It discovered that the Moon once had a strong magnetic field.
A01611ES.JPG Same asA01605CS andA01606CS but via a different source.
A01612ES.JPG Apollo 16 astronaut Charles Duke loads up the lunar rover.
A01613ES.JPG Astronaut Charles Duke readies the lunar rover for another trip across the surface.
A01614ES.JPG The Apollo 16 lunar lander and Moon rover are seen here with astronaut John Young in the distance.
A01616ES.JPG Apollo 16 astronaut Charles Duke returns to the Moon rover. A gnomon for measuring sun angle is in the foreground.
A01617ES.JPG John Young gave a report on the Apollo 16 expedition to the U.S. House of Representatives.
A01618ES.JPG To test the Moon rover's limits, John Young raced it back and forth near the lander at the end of the mission.
A01701ES.JPG Apollo 17 aerial landing site, scale 100 km
A01702ES.JPG Apollo 17 aerial landing site, scale 20 km
A01703ES.JPG Apollo 17 aerial landing site, scale 2 km
A01704ES.JPG Apollo 17 aerial landing site, scale 200 m
A01705ES.JPG Eugene Cernan checks out the lunar rover, before it is loaded with equipment, on the crew's first visit to the surface. The mountain in the right background is the east end of South Massif.
A01706ES.JPG Harrison Schmitt collects rocks and rock chips with the Lunar Rake, designed to pick up Moon pebbles that are from one half inch to one inch in diameter.
A01707ES.JPG Harrison Schmitt uses the lunar scoop to collect samples, with a gnomon sitting on the boulder in the foreground. Gnomon is the name of the pointer in a sundial used to tell time by the shadows from the sun.
A01708ES.JPG Astronaut-geologist Harrison Schmitt poses next to the U.S. flag, which points up to the Earth above.
A01709ES.JPG Apollo 17 carried the third and final lunar rover to the Moon.
A01710ES.JPG Gene Cernan stands between the lunar rover and the American flag on Apollo 17, the last expedition to the Moon.
A01711ES.JPG Astronauts on Apollo 17 were Harrison Schmitt, left, Ron Evans, center, and Gene Cernan.
A01712ES.JPG Before Apollo 17 took off, technicians carried out a test of its ability to dock the command module with the lunar landing module. The two parts are launched in separate sections of the Saturn V rocket, then join together in orbit.
A01713ES.JPG Apollo 17's Harrison Schmitt investigates a huge, split boulder during the expedition's third trip out on the surface. The lunar rover is visible to the right. This is a composite photo of three images.
A01714ES.JPG Ron Evans, who remained in lunar orbit as the command module pilot, is shown here drinking from a squeeze bottle.
A01715ES.JPG The Apollo 17 lunar lander carried the last men on the Moon back to the command module, where Ron Evans took this photograph.
A01716ES.JPG With the Moon buggy free of antennas and other equipment, Gene Cernan makes a test run.
A01717ES.JPG Gene Cernan salutes the last U.S. flag planted on the Moon.
A01718ES.JPG The blue Earth shines above the U.S. flag left behind by the Apollo 17 crew in the hilly Taurus-Littrow region.
A01719ES.JPG This photograph, taken by Apollo 17, shows a large portion of the Moon's far side and an eastern slice of the near side.
A01720ES.JPG An Apollo 17 astronaut checks on an experiment package during one of three EVAs _ extravehicular activities _ on the Moon.
AP11CREW.JPG 1200x1000 official portrait of the crew if Apollo 11 in front of a Moon poster.
APOLLO11.JPG 925x470x256 Apollo 11 LEM rising from surface, with crescent Earth behind.
APOLMOON.JPG Apollo view of the globe of the Moon, 1000x1000.
ASCENT.JPG 1500x1000 The Apollo 11 lunar module ascends to meet the command module,
with the Earth in the background above the Lunar limb. Classic.
basalt.jpg This igneous rock was collected from one of the darker areas on the moon known as mare.This basalt sample, estimated to be 3.7 billion years old, was collected by Apollo 17 astronauts.
BIGMOON1.JPG VERY large image of the moon from Apollo, (over 1500 pixels square).
BIGMOON2.JPG VERY large image of the moon from Apollo, over 1600 pixels square.
BIGMOON3.JPG Very large image of the moon from Apollo, over 1600 pixels square. Large
parts of the rear of the moon visible.
breccia.jpg This lunar sample is a rock type named breccia. On the moon a breccia is made when meteorites break up the surface and the pieces are welded together by the heat and pressure of impact processes.
BUZZALD.JPG 1000 x1500 Neil Armstrong's classic shot of Buzz Aldrin on the moon, with
Armstrong and LEM reflected in the faceplate.
BYROVER.JPG 640x480 Astronaut Irwin by the Lunar Rover.
capdrift.jpg 800x600 View of the command and service modules, from the Apollo program, floating above the Lunar surface.
CAPOLL2.JPG Clementine image of the Apollo 11 landing area - large JPEG image.
CAPOLLO.GIF Smaller GIF version of the Clementine image of the Apollo 11 landing area.
CERNAN.JPG Cernan on the Lunar Roving Vehicle.
CFLOAT.JPG 800X600 Image of an Apollo capsule floating in the sea with a recovery raft.
DESCEND.JPG NASA Image of astronaut descending to the Lunar surface
DIG.GIF (640*480*256) Astronaut digging on the Moon.
ENGINE.GIF (640*480*256) (6/6) View of Saturn V engines firing.
ERISEMPG.ZIP Mpeg sequence of Earthrise over the Moon.
FOOTPRNT.GIF (531*480*256) 7/9 Neil Armstrongs first footprint on the Moon. Greyscale.
FULLMOON.GIF 511x483x256 Very detailed image of the moon from Apollo 8.
hadley.jpg Molten basaltic lava cut this channel, known as Hadley Rille, through the surface of the moon. The channel winds along the base of the Appenine Front, one of the sites explored by the Apollo 15 astronauts.
HADLYRIL.GIF 640x400 Colour image of Hadley Rille, on the Moon.
IGNEOUS.JPG This 4.4-billion-year-old rock sample is an anorthosite collected from the lunar highlands of the moon by Apollo 16 astronauts.
jpl2_8.jpg Apollo craft before docking
jpl2_9.jpg Apollo 11 liftoff
LEM2.GIF (640*480*256) (8/8) Launch section of Lunar Module approches the command module.
LUNAR.GIF (640*480*256) 7/8 Apollo Lunar module. (On exhibition).
LUNAR2.JPG (633x481x256) Earthrise over the Moon.
LUNARISE.JPG NASA Image - Earthrise over the moon again.
MOON69.GIF (640*479*256) Aldrin on the moon.
MOON69.JPG 800x599x256 Aldrin on the Moon.
MOON69_2.GIF (480*640*256) Aldrin leaving the LEM.
MOON69_2.JPG 601x763x256 Aldrin descends to the lunar surface.
MOONAPOL.JPG 640x480 The Moon from Apollo.
MOONRISE.JPG 640x480 Moon rising over the earths limb.
NASA103.GIF 640x480 Apollo Command Module against a backdrop of the Moon.
NASA104.GIF Astronaut, Lunar Module and instrument package on the surface of the Moon.
PATCH1.GIF 320x200x16 Apollo 11 mission patch.
RELEASE.GIF (640*480*256) Saturn 5 is released from the pad.
ROVER2.GIF (387*480*256) Astronaut with Lunar Rover and experiment.
ROVER2.JPG 387x484x256 Astronaut, Lunar Rover, and experiment.
salute.jpg 1000x700 Astronaut on the lunar surface salutes in front of the lunar module, and roving vehicle.
