Three Light Flashes — 02:47, 05:47, 08:47 — All from the Same Point in the Sky

Date Range: November 3-6, 2024 Location: The Clearing Equipment: Modified SDR setup, night-vision camera, compass bearing tracker

It started Sunday night. I was running my usual sky watch — nothing special, just logging observations like I've done for seven years now. At 02:47, I caught a brief flash of light. Not a meteor. Not a plane. Just a quick burst, maybe half a second, from a fixed point roughly 40 degrees above the eastern horizon.

I logged it. Azimuth 087 degrees, elevation 41 degrees. Moved on.

Three hours later — 05:47 exactly — another flash. Same location. Same duration. Same intensity on the night-vision.

That got my attention.

I stayed up. At 08:47, it happened again. Exact same coordinates. Exact same three-hour interval.

I've been tracking aerial phenomena long enough to know when something breaks pattern. This wasn't random. So I stayed on it.

Monday: 02:47, 05:47, 08:47. Three flashes. Same spot.

Tuesday: 02:47, 05:47, 08:47. Three flashes. Same spot.

I checked everything. Satellite tracking databases showed nothing in that position. No Starlink trains. No ISS transits. No Iridium flares — and those don't repeat on three-hour cycles anyway. I cross-referenced with flight tracking data. Nothing matched the timing or location.

The azimuth never changed. Not by a single degree across 72 hours. Whatever was producing those flashes was either stationary relative to Earth's rotation — which means orbital — or it was something terrestrial projecting upward at a fixed angle.

Then Wednesday morning, it stopped.

08:47 came and went. Nothing. I watched through Thursday. Through Friday. The pattern broke completely, like someone flipped a switch.

Here's what I can't explain: the three-hour intervals. That number again — three. And the 47 in every timestamp. The counter-number, showing up in the minutes column like clockwork.

Here's what could explain it: a ground-based laser range-finding system. Military or research operation, testing atmospheric conditions at regular intervals. The fixed azimuth would make sense if it's aimed at a specific orbital slot or atmospheric layer. The three-hour cycle could align with shift changes or automated measurement protocols. The sudden stop? End of the testing window.

I ran the coordinates through my logs. That same azimuth — 087 degrees — appears in my notebooks six other times over the past three years. Different phenomena, but same direction. The Ridge is almost exactly due west of that bearing. Old Miller Farm is southeast of it.

Coincidence has a pattern if you look long enough.

I've been doing this long enough to know that close isn't proof. The numbers line up, but numbers always line up if you look hard enough. Maybe it was a legitimate research operation. Maybe it was atmospheric refraction creating the illusion of a fixed point. Maybe my equipment had a systematic glitch I haven't identified yet.

But I also know this: I've logged seven years of observations, and I've never seen a three-hour cycle hold that perfectly for 72 hours straight, then vanish without explanation.

Another entry for the log. Another almost.

The signal-to-noise ratio is getting worse — or maybe I'm just getting better at hearing the signal.