Apptronic, a Texan company specializing in robotics, has unveiled Apollo, its first commercial humanoid robot. Designed to support the industrial workforce (just support?), Apollo is capable of performing repetitive tasks, integrating seamlessly with humans even in the most challenging environments. With its advanced specifications and interaction-oriented design, it profiles as a serious rival for Optimus, Tesla's humanoid robot.
Apollo: the evolution of industrial robotics
Robotics has always represented a fascinating frontier, a territory in which innovation merges with functionality to create solutions that simplify life and optimize work processes. And in this ever-changing landscape, Apollo stands out as a true revolution.
Although Apptronic may seem like a newcomer to the world of robotics, its roots are deeply rooted in research and development. Born in 2016 as a spin-off of Human Centered Robotics Lab at the 'University of Texas at Austin, the group has over a decade of experience building humanoid robots. And we're not talking about small projects: they were protagonists in the realization of Valkyrie, the first biped humanoid robot of the NASA.
Technical characteristics: a gentle giant
With a height of 172 cm and a weight of 72,5 kg, Apollo is the size of an average human. But don't be fooled by appearances: it can lift loads of up to 25 kg and, unlike traditional industrial robots, it is equipped with a force control architecture that makes it a collaborative robot. This means it can work closely with humans without risk, ensuring safety and efficiency.
Apollo isn't just a set of circuitry and metal. Apptronic equipped the humanoid robot with digital panels on its face and chest, allowing clear and direct communication. This attention to detail is also reflected in Apollo's ability to make fine hand movements or walk on two legs. And for those who don't need a bipedal robot? Don't worry: Apollo is also available in variants with the torso mounted on wheels or in a stationary position.
An accessible and widespread humanoid robot
One of the main obstacles to the development of a “mass” humanoid robot has always been cost. Apptronik relies on a mass-production design and sourcing of core components from multiple suppliers, and ensures that manufacturing Apollo at its Austin, US facility will keep costs low.
And the battery? At the moment, Apollo guarantees four hours of battery life. Exhausted batteries can simply be replaced, allowing the humanoid robot to get back to work immediately.
Jeff Cardenas, co-founder and CEO of Apptronik, underlined the importance of these advances, stating that their creation is not just a response to current challenges, but a real necessity. The initial version of Apollo is designed for logistics and production, in the future it should serve many other applications in the most disparate sectors: oil and gas extraction (again?), construction, electronic component production and retail. “Even care for the elderly,” ventures Cardenas.
“With the help of our development partners, Apollo could truly become the iPhone of the humanoid robot industry.” We'll see.
