The video effectively illustrates how extreme topography serves as a natural laboratory for stress-testing the limits of autonomous logistics and infrastructure. It offers a polished look at how vertical geography is being transformed from a developmental barrier into a strategic technological advantage.
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Above the Peaks Ep.3 | Sky convenience: connecting remote lives
Added:In the mountains of Southwest China, drones aren't just flying for show.
They're spotting fires, mapping roads, delivering meals, and quickly becoming part of daily life.
>> I'm now at the Pengzhou Smart Governance Center, which collect real-time data on the city's people, vehicles, locations, resources, and events, acting as the city's smart brain.
>> This is an application built for official administration. It shows real-time airspace conditions, tracks equipment numbers and distribution, and monitors task progress.
One case I remember clearly, during a routine patrol, a fire hotspot was detected.
The emergency command center immediately issued an alert. Different departments were activated, coordinated on the ground, and the fire was quickly brought under control.
>> And feeding this brain is a growing fleet of low-altitude aircraft flying across the city and deep into the mountains.
>> This is the latest generation from JOUAV, the Kunlun P200 drone hanger system. It's an all-in-one design with a swappable battery system, allowing 24-hour continuous operation.
In Pengzhou alone, 10 of these units have already been deployed.
>> Onboard equipment is matched to task.
Some drones scan mountains and roads, others monitor disaster risk [music] and inspect remote areas difficult for people to reach. For a mountainous city like Pengzhou, low-altitude operations [music] aren't just faster, they help the city run more smoothly.
But Pengzhou is more than just a smart [music] city. It's also a giant testing ground for the low-altitude industry.
Within the city limits, [music] the elevation wrist from around 400 m to nearly 4,800 m above sea level. This creates [music] ideal conditions for testing aircrafts in complex mountain environments.
But as I was getting excited about trying an aircraft myself, well, it's pouring right now and just a few minutes ago the weather is very hot and sunny. The weather condition is also a big challenge in a mountainous area for the low altitude operation.
>> If it suddenly rains heavily during a flight, the drone can still complete its mission.
But it may not be able to take off again for the return trip. We get a lot of rain here in summer, so it's also a real-world test of how well the drones can handle wet conditions.
>> And maybe that's exactly the point of a testing ground like this. To expose aircraft to every possible challenges and solve those problems before large-scale deployment.
>> Going forward, we're focusing on two main directions.
First, leveraging our national-level testing base to strengthen flight trials, verification, and inspection services. Second, in line with China's growing focus on low-altitude safety, we're working with AMAP to build an integrated low-altitude [music] system, including route planning and flight services. The goal is to develop a comprehensive [music] low-altitude flight service platform, making operations across the region more efficient and safer.
>> From tourism and agriculture to public services and emergency response, low-altitude aviation is steadily becoming part of everyday life. Across the mountains of Southwest China, it's helping people overcome the challenges of distance, terrain, and access. What was once a vision of the future is now taking shape in the skies above us.
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