The robot is not only capable of movement, but its appearance and colour are also the focus of attention.
The second World Man-made Robot Games, held in Beijing's National Speed Skating Hall, recently concluded, with the theme of the game's inside and outside, saving card robots lightening man-made robots JAKA π (pipipi) gained widespread attention thanks to the smooth appearance and robust performance on the course.
In just two months, the brilliant young fucker is on the international stage of the human race, delivering solid answers in 100m sprinting, martial arts, street dancing, emergency relief and other projects.
As early as July, Pyeong made his debut at the home of the Soviet Union's state championship, completing an outdoor environmentally challenging real-world test using a multi-plane team of dancers to accumulate experience running the field for the event.
During this tournament, JAKA pi pioneered rapid progress, and it is understood that the Northeastern University, Ningbo University, Guangzhou University, Anhui University of Engineering, Shanghai Xinhua University of Professional Technology have organized a team of seven enterprises to participate in the 100m sprint, martial arts, street dancing, commercial services, emergency rescue and other competitions, from technological innovation to the cultivation of talents, the cultivation of scientific creativity, the demonstration of innovative practices in the application of human life in multiple dimensions, to facilitate the development of humanoid robots.
It's the last time I've ever been to the final.
01.
Higher: Not only jumped, but landed forward
In the public eye, the higher pitch of a humanoid robot often refers to the height of the jump, the maximum performance of the movement; in the concept of the game of cards, the higher pitch represents the industry boundaries of the expansion of a humanoid robot's ubiquity.
Pichai's positioning of compact lightweight humanoid robots, the original focus on high school education, business services, entertainment interaction, well-being accompanied by four main civilian application scenarios. Before landing at the Super Soccer Stadium, the team dance exhibition was a complete test of its ability to land on a mass literary scene: complex outdoor lighting, large-scale playground, multi-machine synchronized walking, music precision points, action stability controllability, fully demonstrating the adaptability of the self-developed sports control system in multi-dimensional public space.
It is equipped with a self-developed integrated brain architecture, synchronous with dynamic balance control and life-changing human-machine interaction; the full set of self-developed APEX joint modules achieve the same-source replication of technology, and the course modulates the movement control capabilities to optimize yields, which will directly reverse the real-world industrial landscape.
For more than a decade in the field of deep farming collaborative robotics, the company has always adhered to the R&D idea of artificial intelligence technology that originated in the industry, serving the lives of the masses. For the sake of simplicity, from the Super-Massive Green Casino to world-class humanoid robot competitions, are the testing ground for technology in real complex environments, not the end point of the technological landing. To broaden the frontiers of the popularity of artificial intelligence technology, the enterprise later co-founded the General Laboratory for Intelligent Robotics at Beijing University, a joint team from Shanghai Transport University to win the National Prize for Technological Invention of the Second Scale, opening up a complete chain of advanced scientific research, the development of young talents, and the decentralization of the industry.
The real threshold is higher, not in updating a single athletic record, but in lowering the threshold for using smart technology, so that more young people, ordinary people from all walks of life, can easily use robotic technology to create more robots' thresholds.
High school team
02.
Faster: more than a racetrack, more than a continuous evolution
In the conventional athletics assessment system, faster kicks indicate the instantaneous speed of a straight-line impulse; faster kicks, as interpreted by Paine, are new product landings, algorithmic iterations, and the acceleration of youth teams' growth from scratch.
Training Ground for the University of Ningbo Racing Team
JAKA π was officially released to the public in June 2026, and completed its third stage landing in just two months: the World Conference on Artificial Intelligence held a full-scenes technology demonstration, followed by a crowd-focused ensemble dance show in Seoul, South Korea, in August.
Within sixty days, the integrated system modeling, outdoor multi-machine synchronization algorithm grinding, multi-sport specialty sports algorithm adaptation, and school-based enterprise training teaching system were completed, making this lightweight humanoid product with a rapidly changing terrain pace representative of the industry.
Saving Card Team Training Grounds
The seven teams that participated in the competition included an enterprise self-development team and several high school freshmen teams, and a number of team members participated in a zero-based cross-professional youth academy, such as the Guangzhou University entrance team, which mainly consisted of newly enrolled high school students, and incorporated non-robot professional students such as architecture.
Scenes of high-training jumps by the Cardinals
Within two weeks, he jumped from 6cm to 61cm. On the training ground, he repeatedly encountered unbalanced jumps, landing falls, falling every time, adjusting school parameters, and trying to jump in the air again.
The 100m running track for the Cardinals
03.
You are stronger, and you are stronger.
Many man-made devices rely on high torque, stronger self-explosive power interpretation; the power of saving cards, reflected in the resilience of complex environments, the compatibility of fully self-developed technology systems with man-made robots and the long-term value of social service.
The full body is equipped with 27 degrees of freedom of movement, a multi-joint activity angle of over 180°, combined with an exclusive high-performance steering motor and a limited structure, a small body that combines the flexibility of movement and landing stability. The long continuous exhibition of the Suzuki Super Open Stadium, fully verified its outdoor environment resistance to interference, stable durability of the hardware. The core hardware of the whole machine is self-developed APEX joints module, no over-the-counter integrated short boards, inheritance of collaboration robots ±0.02 mm super-repeat precision, experienced the production of tens of thousands of devices worldwide, with excellent falling autonomous recovery capability.
This strength extends further to the field of emergency life. The Guangzhou University participating team focuses on the emergency fire rescue runway, and during the competition, the team relies on flexible dynamic balancing algorithms, adaptation to life-threatening scenarios, and the related research and development results, which are expected to be included in the super-high-level building fire rescue exercise research topic.
The power of humanoid robots should not be limited to running and jumping, but should be able to dive deep into high-risk scenarios and replace humans with dangerous operational tasks. From football stadiums, international science and technology events to the first line of emergency rescue, the power of science and technology is ultimately based on the social value of protecting the safety of the masses.
04.
More unity: building an industrial ecosystem
On a higher, faster, and stronger basis, the International Olympic Committee's new, more cohesive hydrogen as the Olympic motto is also at the heart of the industry at the World Human Robot Games.
The international competition is both a battlefield for artificial intelligence technology and a platform for the exchange of domestic creative forces. The event emphasizes the openness of open research and development, goodwill competition, the full opening of underlying development tools for cooperative universities, a database of sports controls and customized training lessons. Five of the seven entries in the team come from universities and are a living practice for domestic enterprises to cultivate native robot youth talent.
The team is preparing for the competition
From leading universities' cutting-edge laboratories to vocational schools' industrial academies, from urban football stadiums to international top-tier humanoid competitions, soldiers, domestic robotics companies, university research teams, young developers continue to share technology, share practical experience, and work together to build the foundations for the development of the Chinese humanoid robot industry.
Athletic achievements have a history, and technological innovation is never-ending. Racecourse victory is only a moment, continuous technological exploration, deep cultivation of civic land, adherence to the cultivation of talent, is the core mission of the long-term development of the humanoid robot industry.
Cards interacting with citizens on the streets
05.
Link to the Future
From multi-instrumental dancing at the Super Arena to record-breaking jumps from 6 cm to 61 cm, to multisport trials at the World Robotics Championships, Faye completed a two-month practice of growing faster and faster.
In the future, Save Card will continue to transform the congested motion control and human-to-human interaction capabilities of the racecourse into solutions in real-world scenarios such as education, business, and emergencies, driving universal AI into society, serving people, and allowing robots not only to run and jump, but also to stabilize where people need them.