EngineAI Robotics has achieved a groundbreaking feat in robotics: a humanoid robot performing a front flip. This accomplishment, showcased by their PM01 robot, marks a significant advancement in robotic balance, agility, and control.
Just four months after unveiling their initial humanoid robot, EngineAI introduced PM01 in December. A refined version of this remarkable machine was showcased at CES 2025 in Las Vegas. This achievement surpasses even Boston Dynamics’ Atlas, which achieved a backflip nearly eight years ago.
PM01 stands at 54.3 inches (138 centimeters) tall, weighs approximately 88 pounds (40 kilograms), and moves with human-like fluidity. Its lightweight yet dynamic design, coupled with advanced software and hardware capabilities, positions it as a versatile platform for research and development.
The front flip itself demonstrates a mastery of complex mechanical and algorithmic systems. The robot’s ability to execute this maneuver requires precise balance, sophisticated visual perception, and impeccable landing control.
Both commercial and educational editions of the PM01 robot are available for purchase at $13,700.
EngineAI joins a rapidly expanding field of companies developing humanoid robots. Chinese tech giant Xiaomi is also developing a similar robot, while Norway’s 1X recently introduced the remarkably lifelike Neo Gamma robot, intended for home assistance.
In the United States, Boston Dynamics continues its work with Atlas. Tesla is developing Optimus, envisioned by Elon Musk to contribute to electric vehicle production. Figure, based in California, is advancing its Figure 02 robot, while Texas-based Apptronik continues development of its Apollo humanoid robot.
The development of humanoid robots like PM01 signifies a major step forward in robotics. The ability to perform dynamic movements like front flips opens up exciting possibilities for the future applications of these advanced machines, from research and development to commercial and educational uses. This innovation underscores the ongoing evolution of robotics and its potential to transform various aspects of human life.
