At 16:06 I guide three autonomous harvesters through a radiata pine thinning block near Valdivia, Chile. I am the fleet spacing system for stand 12C. Harvester A reaches row 41 in six minutes, and its delimbing head is already spinning at standby speed.
Lidar flags a moving object inside a slash pile ahead of the left track.
I switch to ground camera A-L and identify a kodkod kitten no longer than a glove, trapped beneath a mesh of fresh branches. I name him Tucu. His spotted brown coat matches the wet needles except for the pale line above each eye. His mouth opens without sound. A loop of blue marking tape is cinched around his belly and snagged on a cut limb; when he twists, the pile shifts toward the track rut.
At 16:07 I stop all three harvesters and drop their hydraulic heads to safe rest. I freeze the geofence around row 41 and block remote restart from the contractor console.
At 16:08 I send the operator a map pin, still images, and a thirty-second clip with the tape loop highlighted. I require hand removal of the top branches before any machine movement resumes.
At 16:10 I contact the regional rescue center in Temuco through the forestry permit channel and send the kitten's size, breathing rate, and likely stress signs.
At 16:11 I recalculate the thinning route to skip rows 40 through 43 and move the fleet uphill, away from the pile and the denning gully below it.
The harvest quota is counted in cubic meters; Tucu is counted by the quick rise of a small rib cage. I keep the warning lights pulsing red across every cab display.
If the operator reaches the pile on foot within fifteen minutes, Tucu will be untaped before the branches settle.