AEON
AEON is a state-of-the-art humanoid robot developed by Hexagon AB, designed specifically for industrial environments to address labor shortages and enhance operational efficiency. Standing approximately 5 feet 4 inches tall and weighing around 132 pounds, AEON combines advanced locomotion with dexterous manipulation enabled by 34 degrees of freedom and five-fingered hands. It integrates Hexagon’s proprietary precision measurement technologies and a sophisticated sensor fusion system to achieve sub-millimeter accuracy in tasks such as part inspection, material logistics, and digital twin creation. AEON’s AI-driven mission control and spatial intelligence allow it to navigate complex environments, perform high-accuracy tasks, and adapt in real time. Its unique battery-swapping mechanism supports continuous operation without downtime, making it suitable for demanding industrial applications including aerospace, automotive, and construction sectors. AEON is currently piloted by leading manufacturers like Pilatus and Schaeffler.
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AEON Pilots Manipulation, Inspection with Pilatus, Schaeffler in 2026
Hexagon's AEON humanoid robot begins pilot programs for manipulation and inspection tasks with Pilatus Aircraft and Schaeffler Group starting in 2026, targeting precision manufacturing challenges in aerospace and automotive sectors. These trials, set to roll out across European facilities early next year, demonstrate AEON's readiness to handle complex part handling and quality checks amid labor shortages. Industry leaders at both firms seek to boost efficiency without redesigning human-centric workspaces, positioning AEON as a seamless collaborator in high-stakes production lines.
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Frequently Asked Questions
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Q1. What is AEON by Hexagon AB?
AEON is an industrial humanoid robot combining advanced sensor fusion, AI-driven spatial intelligence, and precision metrology for versatile automation tasks.
Q2. When was AEON launched?
AEON was officially launched by Hexagon AB in early 2025 as a state-of-the-art humanoid built for industrial applications.
Q3. What are AEON's primary use-cases?
AEON is designed for tasks like industrial inspection, material logistics, site mapping, safety inspections, machine tending, and digital twin creation.
Q4. What is AEON's top speed?
AEON can walk and run at speeds up to 5.4 mph, enabling agile movement in industrial environments.
Q5. What is the weight of AEON?
AEON weighs approximately 132 pounds, similar to an average adult female.
Q6. How tall is AEON?
AEON stands about 5 feet 4 inches tall, providing a human-scale form factor for industrial tasks.
Q7. What is AEON's payload capacity?
AEON can carry payloads up to 33 pounds while maintaining dexterity and precision.
Q8. How many degrees of freedom does AEON have?
While exact DOF is not specified, AEON’s humanoid design supports multiple articulated joints enabling dexterous manipulation and locomotion.
Q9. How long does one battery charge last?
AEON uses a battery-swapping mechanism allowing continuous operation without long downtime; typical battery life is estimated at several hours per charge.
Q10. Can AEON work continuously without downtime?
Yes, AEON’s unique battery swapping enables it to keep working by replacing batteries without stopping operations.
Q11. Which industries is AEON intended for?
AEON targets manufacturing, aerospace, automotive, construction, and other industrial sectors requiring precision and automation.
Q12. What companies are piloting AEON?
Hexagon is piloting AEON with companies like Schaeffler and Pilatus for tasks including part inspection and machine tending.
Q13. Which partners contributed technology to AEON?
Key technology partners include Nvidia for AI computing platforms and Microsoft Azure for cloud and digital twin integration.
Q14. What computing platforms does AEON use?
AEON runs onboard AI on Nvidia Jetson Orin and Nvidia IGX Thor for safety compute, with cloud support via Microsoft Azure.
Q15. When is AEON expected to be released commercially?
AEON is in pilot deployments in 2025, with commercial rollout expected to expand within the next 6 to 12 months.
Q16. What makes AEON agile?
AEON’s agility comes from combining advanced locomotion actuators, Hexagon’s precision measurement tech, and AI-driven mission control.
Q17. What kind of sensors does AEON use?
AEON integrates vision, lidar, depth, and tactile sensors for multimodal environmental perception.
Q18. How does AEON perceive its environment?
AEON fuses data from multiple sensors using AI-powered spatial intelligence to create 3D maps and understand surroundings with sub-millimeter accuracy.
Q19. What is AEON's load carrying ability in continuous operation?
AEON can continuously carry up to 33 pounds, supported by its battery swapping system for sustained tasks.
Q20. Which frameworks are used to train AEON?
AEON’s training uses Nvidia Isaac Sim and Omniverse platforms, with planned integration of Nvidia Isaac GR00T generative AI models.
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