Drone-Carried Pig Sets Off 10-Hour Power Cut in China—Viral Video, Real-World Fallout
Livestock drone mishap leaves village in darkness and sparks debate on safety regulations

A bizarre attempt to use a drone to haul a pig down a mountain plunged a Chinese village into darkness for 10 hours, underscoring how innovative technology can collide with everyday life in unexpected ways. In the early hours of 24 January, residents of Tiefo Town in Sichuan Province, China found themselves without electricity as unusual scenes unfolded above them.
According to a report, what began as an effort by a local villager to use a drone for transporting livestock ended with tangled power lines and a prolonged outage that left homes dark and disrupted the community's daily rhythm. The drone incident quickly became fodder for global amusement after videos of a pig dangling from high-voltage wires circulated online, but behind the viral laughter lies a real community disruption, an expensive repair effort, and increasing scrutiny over drone safety regulations in the region.
Epic blackout in China caused by a pig flying on a drone
— NEXTA (@nexta_tv) February 6, 2026
A humorous incident occurred at the end of January. A farmer decided to use a drone to transport an animal across mountainous terrain, but the drone hit power lines.
As a result, the pig got stuck, and thousands of people… pic.twitter.com/ZOvl1mNreA
Mountain Transport Goes Wrong
In the mountainous terrain of Tongjiang County, the villager had been using a drone to lower live pigs down the slope for New Year slaughter. The method was intended to speed up transportation where vehicles struggle on winding routes. However, poor night-time visibility caused the rope attached to the drone to catch on a high-voltage line.
The pig and drone remained suspended mid-air, triggering a short circuit that cut power to the entire village. Local residents reported flickering lights before the outage, and families woke to a complete blackout that would last until mid-afternoon. Some villagers had to cancel early morning work, and students' online lessons were interrupted, highlighting how dependent rural communities have become on electricity for everyday life.
10-Hour Repair Operation
Rather than immediately calling officials, the drone operator tried to fix the problem himself—delaying professional intervention. The local electricity department eventually arrived, and crews spent about 10 hours removing tangled debris and repairing damaged lines. Repair work involved a team of a dozen technicians and cost nearly 10,000 yuan (roughly £1,000), according to statements from the local power bureau.
Villagers described scenes of technicians carefully cutting the rope and lowering the pig to the ground before beginning repairs. Despite the humorous angle of the episode, the fallout was tangible: lost productivity, disconnected households, and strained resources for a problem that could have been avoided with proper precautions.
Viral Video Sparks Safety Debate
A video widely shared on social media showed the pig dangling from the wire, drawing thousands of comments and making headlines worldwide. The post labelled it an 'epic blackout in China caused by a pig flying on a drone'. While many netizens found humour in the spectacle, authorities are treating it seriously.
Local police confirmed to media that the operator might have flown the drone in a restricted area and could face fines or be liable for the repair costs if found to have broken regulations.
This incident has reignited discussion about drone safety in rural and urban spaces alike. Chinese authorities have recently emphasised the risks of unauthorised drone flights, noting that incidents of illegal or unsafe operations have risen. Some operators have illegally modified drones and flown them near sensitive zones, including flight paths, prompting concerns from public safety officials.
Experts say drones can be valuable tools in agriculture, transport and disaster response, but only when used responsibly. The intersection of high-tech innovation with everyday practical challenges—like navigating mountain terrain—illustrates both the promise and the peril of unmanned aerial vehicles.
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