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JAKA π

About

About JAKA π

JAKA π distributes 27 active axes across its head, waist, arms and legs to support bipedal movement, gestures and upper-body interaction. EtherCAT links the joint-control system, while an Intel Core Ultra processor and 64 GB of memory provide local computing for perception, dialogue and application software. Voice hardware, a handheld controller and mobile application provide several operating interfaces.

The robot is aimed at university teaching, commercial reception, entertainment and companion-care development. JAKA supports secondary development so customers can build motion routines, interaction software and application-specific behaviours on the platform. The compact body and three-kilogram carrying capacity suit demonstrations and indoor service workflows that do not require industrial-scale manipulation loads.

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Supply / Components

  • JAKA π

    Intel Core Ultra 7 For Jaka Pi - Compute & Control - Intel - JAKA π integrates an Intel Core Ultra 7 255H processor - source: jaka.com

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Timeline

  • JAKA introduces compact JAKA π humanoid

    2026-06-26 - Product Launch - JAKA π stands 1.2 metres tall with 27 active joints and arms rated to lift objects up to 3 kg. Its Intel-powered computing platform provides 96 TOPS and links real-time control over EtherCAT. An open SDK supports research customisation, while teleoperation and motion capture support industrial data collection.

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Context

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