by Keith Laney

Many noteworthy anomalies can be found in the huge planetary imaging data bases we've collected over the decades. As the body of satellite data expands and the Apollo & other lunar photographic resources receive the proper attention they deserve, so also does the body of evidence pointing to possible advanced ancient human or extraterrestrial activities. That the ancients did have access to advanced technologies and science is evidenced by the giant structures and records they left all over our world. Many of these ancient records, such as the Sumerian and Indian epics Enuma Elish and Mahabharata, speak of space travels, aircraft, mighty weapons, terrible wars (even on the moon), and "gods".


Some of the ancient megalithic structures survive to this day, and defy our modern ability to recreate them. The Great Pyramids at Giza, Sacsayhuaman, and the terrace of Baalbek are outstandingly good examples of this. In consideration of these evidences, it would seem logically sound thinking to look for similar structures on our planetary neighbors if we wish to find confirmation of the ancient testimonies.

It is my firm conclusion from research that the moon and our other neighboring planetary bodies harbor visual evidence of this type of activity, and this evidence is just as or perhaps more impressive than has been found on Earth. This is not only plausible, but also long documented and reported by many of the individual researchers that have honestly and open mindedly delved into our archived planetary imaging collections. Besides the numerous lunar archives scattered about in the Regional Planetary Image Facilities system, there are literally hundred thousands of digitized planetary images stored in the Planetary Data System, USGS, and Malin Space Science Systems.


Kennedy & Johnson Space Center's online Apollo images are also readily accessible, albeit incomplete, along with many other various NASA digital data resources. I am one of the many that have plunged headlong into all the above, and as a finder of many things anomalous in these planetary image collections, I can personally and positively attest to this fact; all you have to do is look, learn to recognize what you see, and carefully sift the signals from the noise.

The fairly ludicrous first individual attempts at publicly showing possible artificiality on other planetary bodies were from the likes of those such as Fred Steckling (Alien Bases on the Moon), and George Leonard (Somebody Else is on Our Moon) They were met by the lunar and scientific community with harsh refutation, and for self obvious reasons. This derision left the subject a virtual comedy and source of ridicule by the more scientifically minded.


Upon closer examination, most of their reportedly anomalistic lunar oddities were for the most part far too over scale, unresolved, and nonreferentially described to be warranted as convincing evidence for artificiality. Although one must semi-admire them for trying to do something with what limited resources were available at the time, and for drawing the interest of many others more competent to handle the data, it is likely they hurt this cause more than helped.

Due to the meticulously referenced, more scientifically based researches made by several more capable others over the years, a large body of convincing evidence in favor of an artificiality explanation for many conventionally unexplainable planetary features has been compiled. As an associate of this more serious type of study, I have taken the task of insuring that contributions to the best of these photographic evidences are preserved for posterity. This study has not been and must not be allowed to sink into obscurity. As one of the few individual "civilians" with visual access to a copy of the complete lunar imaging archives, and having spent many hours studying the photos in it, I concur with many of their findings. I am proud to be able to further contribute to this research.

It is also my conclusion that despite the objective opinions of many planetary geologists, which group includes lunar selenologists and Martian areologists, some of the anomalous objects as seen in the planetary images seem indicative of intelligent design and construction. The origin of these objects by an improbable yet possible ancient space faring race lost from our histories (or perhaps an extraterrestrial presence) must be considered as a valid and relevant hypothesis in instances where the planetary geology fails or is incomplete. This is especially possible given the body of evidences available here on our own planet that point to the same conclusions. We are left to ponder what degree of activity and influences these ancient astronauts or extraterrestrial entities may have had rather than if they were present at all.

In the following imaging study, I’m presenting a mere "scratch on the surface" of the total data acquired that backs this theory. We will be going over a set of three fairly distinguishable similar anomalous structures found in photographs from three different locations and three different missions, two on the Moon and one on Mars.

All images used below are scanned reproductions of NASA original photographs and digital originals specially gathered and selected for their high quality from the actual photographic archives of NSSDC (National Space and Science Data Center), Johnson & Kennedy Space Centers, and Malin Space Science Systems.



The first manned circumlunar mission of Apollo 8 captured thousands of high resolution photographs of the lunar surface. As with all the Apollo mission images these are referenced by mission, film magazine, and frame.
For example AS8-13-2224 = AS8 (mission) 13 (magazine 13) 2224 (frame number).

Two very interesting and revealing AS8 images are the following oblique photos of crater Goclenius and its immediate vicinity. The image center is near 45 degrees east longitude and 10 degrees south latitude in the Sea of Fertility. On both photos the largest crater seen in the foreground is Goclenius, which is approximately 70km in diameter. There are three other craters above Goclenius, from upper left and under to right they are Columbo A, Magelhaens A, and Magelhaens. The first example of the structure appears in the near center of Magelhaens A, the smaller (approx. 32 km. diameter) rough floored crater under Columbo A. The location coordinates for Magelhaens A are 12.6 south lat, 45.0 east long. Bear in mind here that the scale is very large, and the structure is huge by Earth standards. The lighting in both of these images is coming from the lower left. According to image orientation this would be from the east, as evidenced by the shadows. Evidenced also by the shadows the object itself casts; it is a standing structure, extending upwards. The structure is arrowed.


Now we will take a look at its higher quality sister image, taken moments later and from slightly farther to the right. I have the same object arrowed, and it is fairly visible in both of the size reduced full image examples displayed here. The two photos are very much the same in scale. They were taken by the same camera, with the only differences being the slight angle change between the two frames because of the distance the spacecraft had traveled westward. Note there is only a small position change difference between the two.


To view AS8-13-2225 as officially digitally represented go HERE

It must be realized that these two images as displayed are smaller than actual size of 8x10, and far smaller than they can be enlarged accurately. You may also notice the other curiosities in the area. That there are other items here deserving a closer look is a truism, but we will be concentrating on a specific structural object to be our focus.

AS8-13-2225 is evidently the better of these two images. For this reason I chose it for doing the detailed sectional enlargements shown below. This process is necessary in order to see the smaller and more delicately subtle details that may escape notice due to the overall scale of the object and its surroundings. The bicubic and bilinear resizing method was employed in enlarging these high resolution digital photo examples. This method has long ago proven its accurate effectiveness in increasing image size while remaining true to actual photographic content.

Here is a carefully enlarged sectional taken from AS813-2225 showing the entirety of Magelhaens A. The object in question is the rectangular tiered/stepped structure in the center sitting diagonally opposed to our point of view.

Using the officially stated size of the crater for reference, I estimate the general dimensions of the structure to be nearly four by three km. square at base, and better than one and a half km. tall. Notice the double line leading towards the left and right from the central area the object sits on, which is indicative of walls or perhaps a "causeway". The central complex is surrounded by visibly peculiar rectilinearities on all sides, indicative of additional outlying structure. These are attributes common to most archaeological ruins here on Earth.


There is a bit of damage from a small impact to the structure's far left corner, as evidenced by the little crater seen on its edge. On the right side and partially obscured by the shadow cast by the central structure ruin are two larger overlapping impacts. This would probably account for the further erosional destruction of the general area and collapse of the central structure. Now I'll take us in a little closer. On both this and the above image I've adjusted the contrasting a bit. This adjustment allows only the strongest structural edges to remain evident.

For the next image we'll review, I've used the digitized version of a negative-generated and sectionally enlarged analog photograph. Colleague Steve Troy obtained a negative copy from NSSDC, and had it developed by a professional photo lab.


The high quality and definition achieved from photographic enlargement using actual analog negatives affords us a detailed view of these peculiar features unobtainable by any other means providing the film is fresh. In this version, we are brought in close enough to see the individual structural components of this complex and the destruction that has resulted in its present collapsed appearance.


As in aerial archaeology, the main outlines of a ruined structure are clearly visible when viewed from further away, then fade somewhat as we move in closer. This property has resulted in the discovery of numerous ancient ruins by aerial means that would have otherwise been unrecognizable from the ground. That is what we see happening here, the seemingly sharp structural edges as defined above now show themselves to be dissolved a bit, as we would well expect from a ruined structure of this size.

Now that we are down in the crater with the wreckage, the complexity of the former structure starts to become clear. I've taken what I see as the main outlines of the larger structures and traced their edges. There are several arcologies I've arrowed along the roughly rectangular outer perimeter, also outlined.


Notice that at the lower part of the structure's bottom side are what may be arched openings. There is what could be a called "quonset hut" shape arrowed on the far left edge. In the middle of the large center structure is what could surely be termed a collapse, notice the depressed "window pane" appearance. All in all, I've seen actual verified ruins on Earth from the air that looked less artificial.

In order to check the validity of my claim that this is no common impact cratering structure, I reference a definitive source on lunar cratering morphology:

The Lunar and Planetary Institute's Lunar Impact Crater Geology and Structure:


"Craters on the Moon with diameters larger than about 15 kilometers have more complex forms, including shallow, relatively flat floors, central uplifts, and slump blocks and terraces on the inner wall of the crater rim. In craters on the Moon with diameters between about 20 and 175 kilometers, the central uplift is typically a single peak or small group of peaks."

Here is a visual example they give of both simple and complex craters. Magelhaens A is an example of Nectarian crater. The others around it on this image are Nectarian as well, but it only has a raised, tiered, mare material free inner structure.

"Mare Fecunditatis occupies a pre-Nectarian impact basin (center: 0.7 S, 56.30 E; 690 km diameter) filled by ejecta from younger basins (Nectaris (oldest), Crisium, and Imbrium (youngest)). On this brecciated, highlands- composition, basement were deposited multiple basalt flows ranging from ~3.5-3.75 b.y. to 3.4 b.y .The lavas of Mare Fecunditatis are extensive, but thin."

It is obvious from these images that all the craters in the vicinity both large and small are simple, having flat bottoms and floors that are flooded with thin mare material (Which is typical of Fecunditatis) except Magelhaens A, which has a magnificently tiered, right angled, stepped central structure and no evident mare flooding.

This is a true oddity, for in it lies a deep central depression with a huge structure fitting the description of a ruin looming over it, in fact, right on top of it! By what is known of superposition, this feature does not appear to fit the accepted model.

The stepped structure sitting among the highly geometric shapes spread over this crater bottom does not appear to fit into the pattern of observable impact structures locally or into the models as established in the LPI graphics above. Its sectional appearance and size in relation to the total crater diameter of 32km. does not readily make it a very good candidate for being a central crater peak, or multiple peaks. The shadow it casts and its visible attributes reveal a two, possibly three tier right angled construction not caused by but destroyed from the local impacts around it.

This structure in itself is a fine stand alone candidate for possible artificiality, but there is more. There are others objects much like it in different locations. These will either strengthen the conclusion that this type of structure is artificial in nature or bolster the fact that there is an uncommonly unique type of morphology going on in these examples not readily explained by currently accepted models.


The next structure with similarities to the one as shown above was captured by Apollo 10 on the second ever manned circumlunar mission. It can be found on NASA image AS10-32-4823. This photo is among the best I've seen from the Apollo 10 collection, and can be readily found in the Greatest Images In NASA as GPN2000-001487. If you would like to see it in full size you can find it HERE.

This oblique view of IAU Crater 302 (Keeler) was taken by the AS10 astronauts in May 1969. Its central coordinates are 162 deg. 2 min. east and 10 deg 1 min. south. There are four dominant features in the area. The largest one is Keeler crater, which dominates the image along the upper right horizon. Directly to the left of it is Heaviside (another quite anomalous area). The larger crater covering most of the bottom left portion of the image is Stratton. Between Stratton and Heaviside is the smaller crater Stratton K, located at 7.4S,165.8E. This crater contains the structure and will be the focus here. Again, the scale on this photo is huge. Stratton K, arrowed below, is 41km in diameter.



Unlike the two previous photos, AS8-13-2224 and 25, the lighting on AS10-32-4823 is from the upper right as the picture is oriented, or west. This creates nearly an opposite shadowing effect from what is seen in the previous images. Like the others, this one contains many other oddities we will forego. Although represented much smaller than actual size here, the photograph is still noticeably strong on clarity.


This property makes it very suitable for both enlargement and surface analysis. Apollo oblique frames offer us a great wealth of information about lunar surface detail. The elevations and angles of three dimensional structures combined with the effects of depth and lighting combine to give us a more accurate perception of the shapes and properties of intricate surface features. These features might otherwise be unidentified given higher viewing angle and lighting. The arrow in the full image above points into Stratton K and at the structural object, which is near the crater's center..

A closer look at the object as seen from a sectional enlargement reveals that what we are seeing in the center is in fact
very similar to the tiered angular structure shown on the first set of images.

This object is not as highly elevated, or on a "platform" like the one shown on AS8-13-2225, and of course this one sits in a crater which is larger by 9 km. Nevertheless, the similarity of these features is remarkable. Most strikingly similar about it are the tiered layers.


The object's shadow is cast over a depression and reveals its general shape on the surface behind it, much as the object in Magelhaens A's shadow does the same over the depression in front of it. As with the first structural anomaly, I applied bicubic and bilinear sectional enlargement to bring us in a bit closer for a more detailed look.

I estimate it also to be nearly four by three km. square at the base and close to two km. tall. Damage has been acquired over time on this one also, evident by the couple small impacts around it. The similarities of this structure to the one in Magelhaens A, which include overall estimated size as well as the geometric items lying nearby, strike me as being more than merely fascinating. I see an emerging pattern. I cannot help but to be observantly speculative and state that these do seem to resemble some degree stepped pyramid based complexes with associated surface structures, very much like many of the ancient monumental structures here on Earth.

Image sources credited to NASA, USGS, Malin Space Science Systems, Steve Troy, The Oriental Institute at the University of Chicago.



As if two of these objects on the Moon weren't enough! Click HERE