The video went viral because it showcases an incredibly precise, repetitive manual task, sparking debate about the future of human labor versus automation in the age of AI. The catchy "21st-century Wing Chun" comparison also contributed to its popularity.
A recent viral video in Korea is sparking a heated debate about the future of manual labor, showcasing workers meticulously bending brake lines for cars. The clip, often shared as a "short-form video" (or *shorts*), has been dubbed "21st Century Wing Chun," highlighting the incredible precision and repetitive dexterity required for the job, drawing comparisons to the famous Chinese martial art known for its efficient hand movements. While some viewers are impressed by the sheer skill and speed of the workers, others are quick to point out that many such clips contain "personal theories" (*noe-pisyul*) or unconfirmed information, questioning why such a repetitive task hasn't been fully automated in an era of advanced robotics and AI. The discussion touches on everything from labor costs to the complex engineering challenges of automating highly variable tasks, making it a hot topic across Korean online communities.
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A lot of those short-form videos are just personal theories or unconfirmed info. Don't believe everything you see!
Honestly, it just seems like humans are cheaper than machines, that's the main reason. Automation itself looks pretty straightforward.
In a 'robot world,' machines replace simple repetitive tasks. But in an 'AI robot world,' robots walk around, work, and even buy chikin with their paycheck when they go home! I think a lot of people don't quite grasp the difference between 'robot' and 'AI robot' yet.
That's 100% going to be replaced by a machine, no doubt.
You *could* make a machine, but you'd need motors and sensors for each moving part, a control unit, and it would differ for every car model. So you'd need a new machine for each model, and machines aren't always cost-effective.
Usually, there are machines that spit out pipes and instantly bend them at the exit. I've never seen an automatic machine that bends a whole pipe like that once it's fully out.
What if the sequence got messed up and they kept making it the wrong way, thinking it was right????
Nah, there's always a 'golden sample' (reference piece), so that wouldn't happen.
They say it's 3x faster than a machine, and labor costs are cheaper too...
Seriously, don't believe everything you hear from those mass-produced short-form videos...