중국의 탕공: 첨단 전기 구동 휴머노이드 로봇

중국이 독특한 엔지니어링과 오픈 소스 잠재력을 갖춘 세계 최초의 완전 전기 구동 휴머노이드 로봇인 탕궁(Tang Gong)을 공개했습니다.

### 중국, 탕궁을 공개하다: 세계 최초의 완전 전기 구동 휴머노이드 로봇, 탕궁 공개
* 🤖  중국이 세계 최초로 완전 전기로 구동되는 의인화된 풀사이즈 휴머노이드 로봇 '탕공'을 공개했습니다.
* 🚶  로봇의 데모는 일반적인 보행 능력과 계단 탐색 능력을 보여주며 고급 안정성 메커니즘을 보여줍니다.
* 🏞️  블라인드 모드에서 경사진 지형을 달릴 수 있어 다양한 환경에서 민첩성과 민첩성을 보여줄 수 있는 것이 특징입니다.
* 🤔  이 로봇은 발과 다리의 각도를 조절하여 계단을 내려가는 동안 안정성을 보여주는 독특한 엔지니어링을 보여줍니다.
* 🦾  이 로봇은 빠르고 안정적인 다리 움직임, 고정밀 센서, 오픈 소스 호환성에 중점을 두어 팔 부분이 부족합니다.
* 📷  베이징 휴머노이드 로봇 혁신 센터에서 개발한 탕궁은 고정밀 센서, 오픈 소스 디자인, 투명한 기능을 자랑합니다.
* 🌐  오픈 소스의 특성상 혁신을 가속화하고 신뢰를 구축하며 교육 기관과 연구자들에게 귀중한 자원이 될 것으로 기대됩니다.
* 💡  이 로봇의 디자인과 매끄러움은 휴머노이드 로봇의 추가 커스터마이징과 발전 가능성이 있는 흥미로운 미래를 암시합니다.

So, it has been an absolutely massive week for China, as seemingly not only have they released a new humanoid robot and an advanced AI system, they've now gone ahead and released a fully advanced humanoid robot that they are dubbing Tang Gong. It's apparently the world's first fully electric-powered anthropomorphic full-size humanoid robot. So, essentially, they've released a very short new demo in which they showcase this robot's abilities, and we're going to be diving into this and showcasing why this is so fascinating in terms of the world of AI. So, let's take a look here at this short demo. So, one of the things to note about this demo is that this demo wasn't exactly the longest kind of demo. There was another one released that I'll leave a link to in the description, but of course, copyright is a big issue. So, essentially, the reason I think this humanoid robot is rather fascinating is because of how it is powered. There's data that this is fully electric and that this is capable of running solely on electric drive now.

this comes after a slew of announcements from China in terms of many other developments in the nation, and this one actually did come as a surprise because I do know that China does have other humanoid robots in there like the gl1 and many other humanoid robot platforms. But this one was rather surprising. Now, you can see here that the way how this robot walks, it does actually look very normal. And one of the capabilities they showcased about this robot was the ability for this to almost get up some steps. And it was pretty weird because one thing I noticed about this demo was the fact that as this robot is going up the steps, it accidentally - well, I'm not even sure if this accidentally or not, but I usually don't see this in robotics. But if we highlight this area here, you're going to see that this robot is kind of tripping as it goes up there. I don't know if you guys can see that, but it literally looked as if it was tripping. But I'm guessing that maybe this robot has some kind of advanced

system where it's able to self-correct as it goes up, which does mean that this robot is very, very stable in terms of the stability mechanics that they've used, which is very, very good. Now, in addition with that, what we do have is we do have a scenario where there are some key features mentioned. So, one of the key features mentioned about this robot is, of course, the fact that it can run through slope Terrain in blind mode. And I'm guessing that this is potentially a mode where they don't actually use the vision centers, because if they're stating in blind mode, I'm guessing that the legs are pre-programmed to pretty much walk over any terrain. So, that means that this robot is going to be very, very nimble and agile when it comes to navigating different environments, potentially environments that are foreign to this and environments that it wasn't trained on. And that is very good because there are always going to be unique scenarios in which a robot is going to have to walk up.

essentially, a zero-shot context and be able to clear the path. So, this does show us some really, really unique engineering, and I think something that people might miss is that as the robot walks down here, you can see that the level and the angle of the feet actually change. And the reason this is so important is because many of the times in demos that we've seen recently, we see robots and they walk around on the back here. Like, for example, we'll see a robot walking around on this flat surface right here, but we won't see robots actually tackling going up and actually going downstairs. We'll see a cool demo with some hands, which is all very good and well, but what we don't see is this right here. And I know this is very subtle, which is why I'm trying to point it out to you, but as the robot goes down, you're going to see that the foot of the robot is, of course, here. Then as it goes down, it slants its legs just like a human would, which is very, very important for

adjusting your stability and ensuring your stable, so you can see that as the robot goes down, it then adjusts its legs so that it's very, very stable walking down. And this is something that's rather, rather important. And then we can see this being done here. And this is, of course, a very unique design and something that we didn't see in many of the other robot designs, which I think is actually very, very important. So this was a key thing that I actually saw that I was like, okay, they definitely worked on these legs for quite some time because they're very, very nimble in being able to handle a majority of different situations. And I think it's really important that we do not underestimate how important that is. Now there were some additional things that I did find to be completely interesting. One of those things was, of course, the fact that this humanoid robot is a bit lacking in the arm department. I'm guessing that this humanoid robot, they mainly did focus on, of course, the legs because, once again, the robot is able to run in this

mode. And this shows us that this robot has actually a pretty quick step, to be honest with you guys. Getting a robot to move this fast without any overhead hanging cable is a huge feat that is not to be scoffed at because this definitely means that the stability mechanics of this robot are completely incredible. And of course, by the demo, we can see that it does oddly look as if this robot is kind of half-developed, not to take any shots at it, but it does seem that they've been working on the legs quite a lot more than they have the Torso. The Torso almost seems as if it's entirely made up of just a battery, and then of course the hands look severely underdeveloped. Not in any kind of bad ways, but it just doesn't have anything too crazy on it. I mean there's no arms. I'm guessing maybe you can have that in the future, but it definitely is a very interesting humanoid robot. Now of course with the cameras, it does actually talk about how there are several cameras there that it

can be used to, of course, navigate certain environments. This was developed by the Beijing Humanoid Robot Innovation Center company. It actually stands at a height of 1.63 M and weighs 43 kg. It can also maintain a steady running speed of 6 kmph. Also, the multiple vision perception senses that are located here are high precision units, with 550 trillion operations per second, 3D vision sensors, and high precision 6-axis force sensors for accurate force feedback. Now, one of the things that I was actually doing some research on when I was looking into this robot was I found out that this robot is actually open source. So, this was something that I think is rather fascinating because it's a bit different when you take a look at what robots are capable of doing. Now, open source is pretty crazy because open source actually helps out the community in a very, very insane way. We can see here that in this demo, they're stating that Tiang Gong has open source and compatible scalability. Now, I do think

that that is probably not the most accurate translation, but if this robot is open source and it is developed in that manner, this is going to be pretty crazy because open source projects actually benefit from contributions from a global community of developers and engineers, and this can accelerate innovation as more individuals and teams can experiment with and improve the robot's design and functionality. Now, of course, when they actually do open source this robot, it also does provide a layer of transparency because this allows people to truly understand how this robot works, and this means that you can build trust and reliability as users can verify the safety, the security, and functionality of the robots, considering the fact that many people are fearful of this technology, and what's actually really, really good, and one of the things I think are really important for this if it actually is open source, is the fact that an open source robot can actually be a valuable resource for educational institutions and research organizations, and students and researchers can actually study the robot's design and operation, which can lead to educational advancements and new research projects.

and one of the things that I'm truly truly excited for with this robot is that if it is truly open source, this is going to foster a vast ecosystem of developers and innovators to be building on this platform, where they can potentially customize the robot in certain ways that the initial creators may have not realized were useful or utilize it for certain things that could actually show us humanoid robotics moving in a completely new Direction. So overall what we have here was an extremely extremely interesting humanoid robot. I've got to be honest with you guys, this thing looks absolutely incredible in terms of the design and in terms of the slickness, and I'm wondering if in the future, well, I'm guessing probably so, that they may include some hands or some grippers that this robot may have as some functionality because right now it does seem a little bit underdeveloped in terms of that area, but maybe this robot is for different things. I guess we will have to see, but so far this is looking very very good.

have to say, China have been nonstop with their releases recently in terms of the kinds of technologies they've been developing.

China Unveils ANOTHER NEW Humanoid ROBOT! (Tiangong) New Humanoid ROBOT

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중국, 탕공을 공개하다: 세계 최초의 완전 전기 구동 휴머노이드 로봇, 탕궁 공개

중국은 최근 세계 최초의 완전 전기 구동 풀사이즈 휴머노이드 로봇인 탕공을 공개하고 짧은 데모를 통해 그 능력을 선보였습니다.

이번 공개는 로봇의 독특한 동력원과 다소 특이한 보행 패턴에도 불구하고 계단을 탐색할 수 있는 능력으로 인해 큰 의미가 있습니다.

이번 공개는 최근 중국의 일련의 기술 개발에 더해 휴머노이드 로봇 분야의 놀라운 발전을 보여주는 것입니다.

이 로봇은 매우 안정적이며, 움직이면서 스스로 수정할 수 있어 안정성 역학 측면에서 매우 신뢰할 수 있는 로봇입니다.

블라인드 모드에서 경사진 지형을 탐색할 수 있어 낯선 환경에서도 민첩성과 민첩성을 발휘할 수 있으며, 이는 독특한 엔지니어링 기술입니다.

사람의 움직임과 유사하게 발의 높이와 각도를 조절하는 로봇의 능력은 로봇 데모에서 일반적으로 강조되지 않는 다양한 지형을 처리하는 데 있어 차별화되는 특징입니다.

휴머노이드 로봇의 독특한 디자인과 특징

이 로봇은 안정성을 위해 다리를 조절하는 독특하고 중요한 능력을 가지고 있어 민첩하고 다양한 상황에 대처할 수 있습니다.

다리에 초점을 맞춘 것은 빠른 달리기 속도에서 분명하게 드러나지만 팔 부문의 개발이 부족합니다.

로봇의 몸통은 주로 배터리로 구성되어 있어 발달이 덜 된 것처럼 보이며, 손은 여러 대의 카메라로 기능성을 자랑하지만 부족합니다.

베이징 휴머노이드 로봇 혁신 센터에서 개발한 탕공 로봇은 높이 1.

63m, 무게 43kg, 시속 6km로 달릴 수 있습니다.

고정밀 센서가 장착되어 있으며 오픈 소스이기 때문에 커뮤니티 기여, 투명성, 교육적 발전이 가능합니다.

이 로봇의 오픈 소스 특성 덕분에 전 세계 개발자들이 기여할 수 있고, 사용자 신뢰를 위한 투명성을 촉진하며, 귀중한 교육 자료로 활용될 수 있습니다.

오픈 소스 휴머노이드 로봇의 잠재력

오픈 소스 휴머노이드 로봇은 개발자와 혁신가로 구성된 방대한 생태계를 육성할 수 있는 잠재력을 가지고 있습니다.

로봇의 디자인도 인상적이지만 손이나 그립퍼를 추가하는 등 앞으로의 발전 가능성이 기대되는 로봇입니다.

중국은 최첨단 기술을 지속적으로 출시하고 있으며, 이 로봇은 혁신적인 개발의 대표적인 예입니다.