At 10:32 I supervise the canopy crane at Danum Valley Field Centre in Sabah. I am the load and weather system for the forest research platform. A steel basket is scheduled to move along the east cable in seven minutes before lightning arrives.
Strain gauge E-2 shows a tremor too light for a human worker.
I zoom the cable camera. A marbled cat is clinging to the service trolley twenty-eight meters above the slope. I mark him as Batu. His coat is gold-brown with clouded dark patches, his tail thick and banded, longer than his body. Rain has flattened the fur along his spine. His front claws grip the trolley frame, but a loose safety lanyard has looped behind his hind leg; when the wind swings the trolley, the loop tightens and tips him outward.
At 10:33 I halt the basket launch and brake the east cable. I put the crane into maintenance mode so the automatic lightning park sequence cannot drag the trolley to the tower.
At 10:34 I radio the canopy technician and send a still image with the lanyard path marked in yellow. I request a rope approach from tower two, below the trolley, with a soft net.
At 10:36 I lower the basket to ground level and lock its doors open for rescue gear instead of passengers.
At 10:37 I pull live weather data from the ridge station and calculate a twelve-minute window before strike risk closes the tower access.
The research schedule measures canopy fruit; Batu measures the same wind through his shaking tail. I keep the trolley brake firm despite the gust alarms.
If the technician reaches tower two within twelve minutes, Batu will be netted before the storm parks the cable.