“Meteomatics' Strato multicopter drone.” (Interesting Engineering)
Swiss company called Meteomatics created a drone. It reaches an altitude of 34,245 feet (10,438 meters). This kind of drone can collect air samples. It can search for pollution. And. The drone can observe things. Like. Thermal leaks from city areas. Those. High-altitude drones. They can use lasers. IR scanners to search for pollution. They can observe things. Like. Volcanoes. Here we must remember. That. The drone itself is only a platform. Sensors and other equipment make those things.
“The drone can withstand sustained winds of up to 80 mph and uses an active de-icing system to prevent ice from building up on its propellers. These features are designed to keep it operating in the cold, windy conditions encountered at high altitudes.” (Interesting engineering)
“Called Strato, the aircraft is designed to measure temperature, humidity, air pressure, and wind speed as it climbs through different layers of the atmosphere. Meteomatics claims it is the first multicopter capable of collecting atmospheric profiles from near the ground to the stratosphere.” (Interesting engineering)
“Weather balloons carrying instruments called radiosondes remain a primary method of measuring conditions high above Earth’s surface. These instruments record atmospheric conditions as the balloons rise, but launches generally follow fixed schedules.” (Interesting engineering)
The drone itself can operate from any platform. The fact is that. These kinds of drones can operate in intelligence, reconnaissance, and strike missions. The problem with those drones is this. They are hard to detect. They can be dropped from ultra-high altitudes. They can carry medicines to mountain climbers. And the same system can also transport guns to prisons.
It can be pushed out from a cargo plane. Or it can be dropped. From. The gearbox of a passenger plane. And it makes it very flexible. The ability to operate at high altitudes makes it suitable. To transport medicines to mountain hikers. Who are in trouble. And maybe they could save the lives of some Mount Everest climbers.
The drone’s ability to operate in the stratosphere.
It makes those drones very high-value systems. The drone can be dropped from high altitudes. Those drones can go into buildings. And do their missions.
It makes those drones very capable. It is an interesting thing. The drone can act as a stratospheric satellite. So. It could hunt drug smugglers. That kind of drone can transport a radar system to very high altitudes. This kind of drone can hover above an area and observe objects on the ground.
And flying objects. And it can deliver that information to the command center.
These drones. They are an example of flexibility. They can use infrared cameras to search for thermal signatures. High-altitude drones. Can conduct surveillance missions over the area. They can search for low-flying objects. That makes them ideal tools for military purposes. This means the high-flying drone can spot targets for other drones or missiles. And those systems. They can also be new dangerous kamikazes. Those drones can be dropped from high-altitude aircraft. Then they can act like all other drones. Those systems can use AI. Or they can be remotely controlled.
https://interestingengineering.com/innovation/weather-drone-34245-feet-strato-meteomatics
