- Protoclone is the first bipedal musculoskeletal robot with advanced AI.
- It has 200 degrees of freedom, 1.000 myofibers and 500 sensors.
- Its mobility system uses electricity and water to simulate human fluidity.
- Direct competition with Tesla's Optimus, although more focused on anatomical precision.
The development of humanoid robotics has reached a new milestone with the introduction of Protoclone, a bipedal android that not only mimics human anatomy, but also accurately reproduces muscle movements. This innovative creation of Clone Robotics It has surprised the technology community and has sparked great interest due to its capacity for interaction and functionality.
Thanks to your musculoskeletal system, Protoclone is positioned as one of the most advanced robots today, challenging even Optimus, the automaton developed by Tesla. The combination of advanced artificial intelligence y materials that imitate human behavior making it a key reference in the future of robotics.
What is Protoclone and why is it so innovative?
Protoclone is a next generation humanoid robot which has an internal structure designed to faithfully replicate the movements and functionalities of a human body. Its development has been based on the integration of advanced components which give it exceptional mobility.
Among its most outstanding features are:
- More than 200 degrees of freedom, allowing it to perform complex movements.
- 1.000 artificial myofibers, which simulate human muscles.
- 500 sensors distributed throughout your body, improving your perception capacity.
- Natural mobility thanks to a system based on electricity and water.
Functioning of the musculoskeletal system
One of the most striking features of Protoclone is its musculoskeletal structureUnlike other robots that use rigid motors and gears, this android employs artificial myofibers that function similarly to human muscles.
El fluid and natural movement Protoclone's hydraulic system is based on electricity and water, which allows for a more precise response to movement commands. This feature gives it a significant advantage over other humanoids, as it allows it to perform more realistic and coordinated movements.
Integration of artificial intelligence and interaction capabilities
One of the keys to Protoclone's success is its artificial intelligence, powered by GPU acceleratorsThanks to this technology, the robot is able to interpret commands and respond naturally in English.
His pre-configured skills include:
- Memorizing the environment, such as home design and kitchen inventory.
- Ability to engage in dialogue with witty and coherent answers.
- Domestic functions: serves drinks, does laundry, vacuums the floor, sets the table and loads the dishwasher.
Protoclone vs. Optimus: Which is better?
The rise of robotics has led to competition between companies specializing in humanoids. In this case, Protoclone confronts Optimus, Tesla's robot intended for work in domestic and industrial environments. Although both share similar characteristics, they present key differences.
While Optimus focuses on performing practical tasks and is now on sale for $30.000, Protoclone bet on anatomical realism and superior mobility. Its design brings it closer to androids of the future, with a detailed structure that replicates synthetic muscles, veins and bones.
When will it be available and how much will it cost?
Clone Robotics has announced that Protoclone will be available for pre-order in 2025However, its launch will be quite exclusive, as only a few will be produced 279 units in an edition called Alpha Edition.
The price of these units has not yet been revealed, but it is expected to be considerably high due to the advanced technology that the android incorporates. Its initial sale It will be aimed at sectors specializing in research, health and industrial robotics..
Clone Robotics seeks to redefine the concept of a humanoid android with Protoclone, developing a robot that is not only efficient in its functions, but also accurately replicates human anatomy and movement. The arrival of Protoclone marks an era of innovation in humanoid robotics. Its ability to mimic human biomechanics with a impressive precision makes it a benchmark in the industry.
Although it is still in the testing phase, Its launch as an exclusive product in 2025 predicts a promising future in interaction with advanced androids. Without a doubt, we are facing an advance that brings us a little closer to living with robots in our daily lives.
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