Legacy / Retired

Honda ASIMO

Pioneering humanoid robot platform with advanced bipedal locomotion
by Honda

Quick Facts

Manufacturer: Honda
Type: Humanoid Robot
Unveiled: 2000
Status: Retired (March 2022)

Honda ASIMO (Advanced Step in Innovative MObility) is a legendary humanoid robot programme that spanned 36 years, from its conceptual origins in 1986 through its official conclusion in March 2022. More than any other robotics platform, ASIMO pioneered the field of bipedal humanoid locomotion and established many of the foundational techniques that modern humanoid robots today build upon.

Standing 130 cm tall and weighing roughly 54 kg in its final 2011 revision, ASIMO achieved remarkable capabilities for its era: walking at 9 km/h (faster than competitors' early humanoid platforms), running, climbing stairs, and performing basic autonomous navigation using cameras, ultrasonic sensors, and laser range finders. The 2011 ASIMO featured 57 degrees of freedom — a substantial articulation count that enabled complex movement and manipulation tasks.

The programme was not commercialised as a product for sale; instead, Honda deployed ASIMO units as ambassadors, museum pieces, and research platforms. The robot appeared at expos, corporate events, and Honda museums worldwide, educating the public about robotics and inspiring a generation of engineers. Though no longer in active development, ASIMO's legacy endures — its design principles, locomotion algorithms, and sensor fusion strategies remain cited in academic robotics literature.

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Explore Honda ASIMO

Specifications
Technical details: dimensions, weight, degrees of freedom, sensors, and AI capabilities.
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Timeline
Every milestone, announcement, and upgrade in chronological order (1986–2022).
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History
The full story: origins, breakthroughs, and the journey that shaped modern robotics.

Compare With Other Robots

Please note: Honda ASIMO was retired in March 2022. Information reflects the final 2011 generation and historical data throughout the programme. For other active robot programmes and current humanoid platforms, consult individual manufacturer websites.

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