Humanoid robots have spent years as laboratory curiosities, impressive in demo videos but rarely available outside a handful of research institutions. Astribot’s T1 aims to change that, arriving in North America as a humanoid platform that developers and researchers can actually order, not just watch from a distance.
What distinguishes the T1 from many humanoid projects is Astribot’s insistence on building the AI, the control software and the physical hardware together as one system from the start, rather than bolting an AI model onto an existing robot body. That design-for-AI approach shows up in how fluidly the T1 handles manipulation tasks, including the kind of soft, deformable objects that have historically tripped up robotic hands. Its North American debut at IROS 2026 in Pittsburgh gave attendees a direct look at those capabilities in person, rather than through a curated highlight reel, which matters in a field where polished demo videos often outpace what a robot can actually do live.
What is the Astribot T1?
The Astribot T1 is a cable-driven humanoid robot standing roughly 1.55 meters tall and weighing about 66 kilograms, built as an integrated Physical AI platform rather than a standalone mechanical arm or a software-only AI product. It combines Astribot’s Lumo-2 base model for reasoning and action, an embodied operating system that connects that intelligence to the physical body, and cable-driven robotic hardware engineered for dexterous, compliant movement. The result is a robot designed to be genuinely useful in real-world environments rather than confined to a single scripted demo. Astribot also builds in automatic charging and quick battery replacement, two unglamorous but essential details that determine whether a humanoid robot can realistically stay in operation for extended stretches rather than needing constant supervision.
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Key features / What stands out
23 degrees of freedom
Excluding end effectors, the T1 offers 23 degrees of freedom, giving it a wide range of humanlike motion well beyond what simpler industrial arms or fixed-task robots can achieve.
5kg payload per arm
Each arm can handle up to 5 kilograms, enough for a meaningful range of real-world lifting and manipulation tasks rather than only lightweight demonstration objects, from moving packaged goods on a shelf to assisting with light assembly work.
Cable-driven, compliant architecture
The cable-driven design allows for more natural, compliant interaction with objects and surroundings, which is part of what enables the T1 to handle deformable items like fabric or packaging without crushing or dropping them.
Continuous learning via Lumo-2
The onboard Lumo-2 model is trained on data gathered during teleoperation and real deployment, with improvements distributed through over-the-air updates so the robot’s capabilities keep expanding after purchase.
Developer-ready controls
VR-based teleoperation combined with full SDK and API access gives developers both a direct hands-on way to operate the robot and the tools to build custom applications on top of it. That dual mode of control, hands-on when precision or novel tasks demand it and autonomous once a behavior has been learned, is central to how Astribot expects the T1 to be deployed in practice.
Who it’s for
The T1 is aimed at researchers, robotics developers and organizations exploring real-world applications of embodied AI, from automation research labs to companies prototyping physical AI deployments. Its developer-accessible design, with SDK access and teleoperation built in from the start, makes it approachable for technical teams that want to build and test their own applications rather than working with a closed black-box system. Pricing starts at $18,000 with immediate delivery available, positioning it as an accessible entry point into humanoid robotics for organizations that previously would have needed a custom research partnership to access comparable hardware. University labs, robotics startups and manufacturers piloting automation projects are all realistic early buyers, since the platform is built to be integrated into an existing research or development pipeline rather than requiring a ground-up robotics program to put to use.
What makes it worth considering
The humanoid robotics space is crowded with impressive concept demonstrations that never reach a price list, let alone a shipping date. Astribot’s decision to make the T1 directly orderable, with a stated price and immediate delivery, sets it apart from platforms that remain perpetually in development. The integrated approach to AI, software and hardware also means buyers aren’t left stitching together a robot body and a separate AI stack themselves, a common pain point in robotics research. Automatic charging and quick battery swaps further point to a platform built with sustained, practical use in mind rather than short demo sessions. The continuous improvement model is also worth highlighting: because Lumo-2 keeps learning from teleoperation and deployment data across the fleet, an early T1 purchase isn’t a snapshot of today’s capabilities so much as a starting point that keeps gaining new skills through software updates, without requiring new hardware.
Verdict
The Astribot T1 stands out as one of the more genuinely accessible humanoid robots on the market today, combining real dexterity, a continuously improving AI foundation and a developer-friendly toolkit that together make physical AI a practical option rather than a distant research goal. It’s a serious, shippable step toward robots that can work alongside people.
Frequently asked questions
It is a cable-driven humanoid robot that combines an AI reasoning model, an embodied operating system and robotic hardware into one integrated Physical AI platform.
It is designed for researchers, developers and organizations building real-world robotic applications, with direct ordering available rather than being limited to lab-only prototypes.
It offers 23 degrees of freedom and a 5kg payload capacity per arm, enabling fine manipulation tasks such as handling deformable or irregularly shaped objects.
Yes, it ships with SDK and API access along with VR-based teleoperation, giving developers both high-level programming control and hands-on direct operation when needed.
Astribot's Lumo family of AI models is continuously trained on data collected during teleoperation and deployment, with improvements pushed to the robot through over-the-air updates.
Pricing starts at $18,000, with the company offering immediate delivery to qualifying buyers.
