Jupiter
Zeroth Jupiter is a full-size bipedal humanoid robot engineered for real-world task execution in dynamic human environments. Standing at 1.65 meters, it combines autonomous navigation with teleoperation capabilities, enabling seamless transitions between independent operation and remote control for precision tasks. Key features include advanced motion control for natural bipedal walking, stair climbing, and obstacle avoidance; multimodal perception for environmental understanding; and dexterous manipulation for household chores like fetching items, surface wiping, and light assembly. Its integrated safety stack ensures collaborative human-robot interaction with collision detection and emergency stops. Powered by a unified AI stack with dynamic learning in 'Zeroth World' simulation, Jupiter adapts to cluttered indoor spaces, supports voice interaction, and scales via software updates. Designed for homes, research, and light commercial use, it prioritizes reliability, balance recovery, and modular end-effectors for versatile applications from companionship to logistics assistance.
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Latest News About Jupiter
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Zeroth's Jupiter Humanoid Debuts Amid M1 Launch Buzz
Zeroth Robotics grabbed headlines at CES 2026 by emerging from stealth with a diverse robot lineup, spotlighting the full-size Jupiter humanoid alongside the compact M1 companion. While the M1 steals initial attention as a $2,899 home helper ready for Q1 preorders, Jupiter represents Zeroth's bold push into advanced humanoid territory for real-world tasks. Unveiled for training, simulation, and service roles, this bipedal machine blends autonomous navigation with teleoperation, signaling a scalable future across consumer and commercial spaces. Industry watchers note the timing aligns with surging demand for human-like assistants in dynamic environments.
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Frequently Asked Questions
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Q1. What is Jupiter, and what problem is it designed to solve?
Jupiter is a full-size humanoid robot developed by Zeroth for versatile real-world applications, including logistics, service, and security roles. According to the manufacturer, it addresses needs in task execution through combined autonomous navigation and remote operation.
Q2. What are the main capabilities and key features of Jupiter?
Jupiter supports teleoperation and autonomous modes for adapting to various environments. It is built on Zeroth's shared technology stack, which includes motion control software, user-adaptive interaction models, and in-house actuators.
Q3. Who is Jupiter built for, and which industries can benefit from it?
Jupiter targets industrial and commercial users in sectors such as logistics, service, and security. The company positions it for organizations requiring humanoid robots for real-world task execution beyond consumer applications.
Q4. Is Jupiter a commercial product or still a research prototype?
As of 2026, Jupiter is presented as a commercial humanoid robot in Zeroth's product lineup, distinct from research-focused models like the A1 quadruped. It debuted alongside other models at CES 2026.
Q5. Is Jupiter currently available for purchase, and when is it expected to ship?
Jupiter was unveiled at CES 2026 with a reported price tag of around $89,999. Shipping details remain unspecified by the manufacturer, with focus on initial market entry following the announcement.
Q6. How does Jupiter actually work in real-world environments?
Jupiter operates via a combination of autonomous navigation for independent movement and teleoperation for remote control. According to Zeroth, it leverages a core stack for smoother motion and environmental adaptation in practical settings.
Q7. When was Jupiter announced or officially launched?
Jupiter was unveiled by Zeroth at CES 2026 as part of its emergence from stealth mode and U.S. market entry. The company debuted it alongside models like M1 and W1 in early 2026.
Q8. How is Jupiter different from other robots in the same category?
Unlike Zeroth's compact M1 for home companionship or wheeled W1 for cargo, Jupiter is a full-size humanoid intended for industrial tasks. It shares the company's technology stack but scales for larger form factors and heavier-duty applications.
Q9. Does Jupiter require additional development or customization after purchase?
Zeroth indicates that Jupiter builds on a common motion control and interaction stack, with potential for software updates similar to other models. Customization aligns with its design for real-world task execution.
Q10. What is the future roadmap or planned upgrades for Jupiter?
Zeroth has announced plans to scale capabilities across its robot lineup, including Jupiter, through 2026 via shared technology enhancements in motion, interaction, and actuators. The company aims for broader deployment in targeted sectors.
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