One of the most obvious details is that the craft is NOT perfectly triangular. The chord of the wing ends is visible just above the topmost light. The port and starboard wings are cut off at the ends.

Note the intricate geometry in the structure of the lenses on the topmost wing light. The port wing light appears to be almost still and clear while the others are indistinct, particularly, the nose light (leftmost light), which appears "fiery" as if spilling flames.

This distinct difference in the lights' appearance could be explained as a rotation of the nose light and the starboard wing light (lowest light in photo), combined with variations in the intensity of the energy (plasma?) being directed by or through the light. The close-up studies above indicate that a variety of light frequencies are being mixed by through different elements of the light.

If this is so, such rotary motion of the light source could be part of the flight control system and a maneuvering "mechanism" of this craft. The Black Triangle may maneuver, change direction, orientation and flight attitude by creating vortices of light plasma to achieve its flight performance and flight characteristics.

Of course, all this is all hypothetical and pure speculation.

But my definition of "speculation" is "What I see (specto) is what I say."

In closing, permit me to speculate further and close this analysis by considering the photo taken over Petit Rechain on April 4th, 1990 by "Mr. P. M."

Rarely have I been more surprised in photo analysis than I was today when I worked on this photo. Immediately after increasing gamma levels to lighten the photo, I sat stunned by what I saw…

"What a dirty lens!" I thought at first glance. But when I enlarged the photo, I exclaimed:

I thought it looked like "dirty lens" too until I looked more closely, in particular, at the upper left corner.

That's when I saw Aladebaran and recognized the Constellation Taurus in the photo. I then noticed to the left of Taurus, 3 of the stars of the Constellation Orion, not the 3 "Belt Stars of Orion" but 3 lesser ones. The topmost one is called "Tabit," in the region of M 3.

Star Chart Taurus:
www.glyphweb.com/esky

"A line pointing through the three stars of the Orion's Belt, out towards Taurus, guides the way to this orange star. Unlike most of Orion's prominent stars, binary Tabit is fairly close to the Sun: just 26 light years away."

Star Chart Orion: www.glyphweb.com

www.chichester.co.uk

The reader may well ask at this point: "So what? Why is this important?"

Well, first, it is possible to determine the exact location of the photographer on the night of April 4th, 1990 (if we can determine the time the photo was taken).

Secondly, it will make it easier for the one to believe that if the photographer could capture the stars of Taurus and Orion that were out that night, one may be more inclined to consider the possibility that the photographer captured 2 other objects that were in the sky that night beside the Belgian Black Triangle...

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