Just when you thought the humanoid robot market couldn’t get any more crowded, a new contender has stepped into the ring. But this isn’t just another shiny chassis; it’s a machine with a manifesto. Meet the RoboParty RP1, a humanoid that aims to dismantle the industry’s walled gardens with a promise so audacious it feels like a dare: “full-stack open-source.”
In an era where the most advanced robots are often impenetrable black boxes, Shanghai-based startup RoboParty is betting that the future of embodied AI shouldn’t be dictated by a select few. The RP1, also known as ROBOTO 01, isn’t just a product; it’s an invitation for every researcher and developer to peer under the bonnet, tinker with the engine, and perhaps even redesign the transmission. The company’s goal, in its own words, is to become the “Android of robotics”—a completely open platform designed to accelerate progress for everyone.
No Black Boxes Allowed
The term “open source” is often bandied about as a marketing buzzword, usually amounting to little more than a public-facing API. RoboParty, however, is taking the concept to its logical extreme. They are opening up the entire development stack: from mechanical CAD files, electronics schematics, and bills of materials, right through to the firmware, motor controllers, simulation tools, and their bespoke PartyOS embodied AI system.
This means researchers aren’t just buying a robot; they’re getting the blueprints. If a motion error occurs, they can trace the fault from the high-level AI policy all the way down to the voltage on a specific actuator. This level of transparency is a direct response to a major bugbear in the research community: being locked out of the core systems of the very machines they are trying to evolve.
The hardware is built for the rigours of the lab. The standard version stands 4ft 3in tall with 24 degrees of freedom (DoF), tailored for locomotion and balance research. A “Pro” version bumps that to 30 DoF for more complex manipulation and human-robot interaction studies. It boasts a 2-3 hour battery life with hot-swappable cells, 240W USB-C fast charging, and the ability to operate while tethered to mains power—small details that are absolute godsends for anyone running marathon experiments.
Under the Bonnet: More Than Just Parts
Diving deeper, the RP1’s design philosophy is rooted in modularity and real-world utility. The robot utilises in-house developed ROMOMO high-torque joint modules, and RoboParty grants developers low-level access to control them directly. This is a critical feature for anyone working on novel locomotion or manipulation algorithms, as they aren’t forced to wrestle with a manufacturer’s pre-baked control schemes.
The robot features interchangeable heads for different sensor payloads and swappable hands, allowing a single platform to be adapted for a vast range of use cases. This isn’t just a walking chassis; it’s a configurable scientific instrument. Out of the box, it’s already capable of foundational motor skills like continuous walking, recovering from a shove (as seen in their rather plucky “Kick Me” demo at IROS), and righting itself after a fall, providing a stable foundation for developers to build upon.
A Party Favour for the Open-Source Community
RoboParty isn’t the first to arrive at the open-source humanoid block party. Academic projects like UCLA’s soccer-playing ARTEMIS have been championing the cause for years. Translation not available (en-gb) More recently, we’ve seen a rise in more accessible kits aimed at the maker community, like the impressively affordable Asimov-1—the so-called “IKEA humanoid.” Asimov 1: The $20,000 IKEA Humanoid for Robot Builders
The RP1, however, carves out its own niche. It’s not a DIY kit for hobbyists, but a high-performance, research-grade platform that happens to be completely transparent. The company has already garnered a significant following, with its earlier RPO project racking up over 2,600 stars on GitHub. The complete plans and code for the RP1 are also being published on the company’s GitHub.
While RoboParty hasn’t yet slapped a price tag on the unit, the focus on providing a foundational tool for labs and universities suggests they are looking to empower the next wave of robotics innovation rather than just shifting units. By providing a common, transparent hardware and software platform, they are inviting the global research community to collaborate, build on each other’s work, and accelerate the arrival of truly intelligent machines. The party is just getting started, and everyone’s on the guest list.
