Underwater Robot

Imagine driving on a foggy day, or looking through blue sunglasses. Underwater vision systems face similar, if not more challenging, problems.

Certainly, there are many cool stories in this field. When we talk about underwater robots, just like discussing rockets and probes for space exploration, each has its own legendary journey.

Hey, talking about underwater robots, their future development is incredibly exciting. Simply put, they'll become more "lifelike," more "independent," and more "collaborative.

This technology has immense military applications. Simply put, it allows robots to perform the dirty, arduous, and dangerous tasks that previously required humans to risk their lives or necessitated e...

Hello, that's an excellent question. Sending a hunk of metal weighing millions, or even tens of millions, of tons to work in the pitch-black, thousands of meters deep, high-pressure environment of the...

To put it in perspective, it's like having a group of mute, directionally challenged divers trying to collaboratively complete a complex task in pitch-black underwater conditions, such as mapping the ...

Let's put it this way: bionic underwater robots are essentially machines created by engineers who "learned from" marine life. Think about it: creatures like fish, sea turtles, and dolphins have lived ...

Imagine you're squeezing an empty plastic bottle with your hand – it's easy to flatten, right? Now, throw that bottle to the bottom of the ocean, ten thousand meters deep.

Okay, no problem. You can imagine an underwater robot manipulator as our own arm, but it's stronger and can swap out various "hands" to perform different tasks.

Let's put it this way: deep-sea archaeology is like performing delicate surgery on an "alien planet" that is pitch black, under immense pressure (enough to crush a person), and incredibly cold.

Let's put it this way: imagine an underwater robot without artificial intelligence (AI) as a drone that you have to operate step-by-step with a remote control joystick.

Compared to the Wi-Fi or 5G we use daily on our phones, underwater communication is practically in the Stone Age. Here are the main challenges: Snail-like Speed Imagine streaming videos or playing g...

Hello, when it comes to the energy source for underwater robots, this is a core issue that directly determines how far a robot can travel and how long it can operate.

Oh, this is an interesting topic. You can think of underwater robots as "underwater drones." Many tasks that previously required people to wear heavy diving suits and risk their lives can now largely ...

Imagine you're in a pitch-black room, unable to see your hand in front of your face, and you want to know where you are. What would you do? You'd probably estimate your position based on how many step...

Building a robot that can operate well and last long underwater presents a myriad of challenges, vastly different from those encountered on land or in the air.

You can think of underwater robots as our "avatars" sent to the deep sea. The ocean is incredibly deep, with immense pressure, and it's dark and cold.

To put it simply, an ROV is like an advanced "underwater kite" that you can only operate by holding its line (tether) from a boat. This tether is crucial; it not only powers the robot but also allows ...

Okay, talking about underwater robots, it's actually not that complicated. You can think of them as two main categories, plus a few "branches.