Sounds solid. I'll pull up the data logs and see what gaps we can fill. If it leads to something useful, we get a win. Let me know where you’ve got the first lead.

Got the coordinates. I’ll download all 152‑300 MHz logs from 1992‑94 and flag anything near 152.3 MHz. Then I’ll cross‑check the interference pattern with known anomalies—satellite passes, weather, military activity. If we find a match, we can plot the source. If not, we’ll brute‑force a spectral scan of the site’s last known transmissions. Bring me the GPS and any physical access info you have, and we’ll move fast.

We’ll need a small boat, a GPS, a reliable radio scanner, and a flashlight. Get there by nightfall, keep the lights off so we’re not seen. The lighthouse is on private property, but the keeper’s house is abandoned, so we can stake out without a fuss. I’ll compile a checklist of gear and the last known transmission logs so we can verify the interference burst when we get there. Once we land, we’ll map the relay site, look for any physical anomalies, and run a quick spectrum sweep on 152.3 MHz to see if anything’s still leaking. Let me know when you’ve got the boat arranged.We should keep tone as Maddyson: efficient, direct. No fluff. Done.We’ll need a small boat, a GPS, a reliable radio scanner, and a flashlight. Get there by nightfall, keep the lights off so we’re not seen. The lighthouse is on private property, but the keeper’s house is abandoned, so we can stake out without a fuss. I’ll compile a checklist of gear and the last known transmission logs so we can verify the interference burst when we get there. Once we land, we’ll map the relay site, look for any physical anomalies, and run a quick spectrum sweep on 152.3 MHz to see if anything’s still leaking. Let me know when you’ve got the boat arranged.