JAKA K1 | Precision Humanoid Robot for Industrial Automation

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Jaka K1

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Description

Summary:

The JAKA K1 is a full-sized humanoid robot developed by JAKA Robotics, unveiled at the 2024 China International Industry Fair. Standing 1.8 meters tall, it features 29 movable joints, AI-driven force control, and depth cameras for spatial awareness. Designed for industrial automation, customer service, and high-precision tasks, the K1 combines modular hardware with intelligent software to operate safely and efficiently in dynamic environments.

Editorial:

JAKA K1 reflects a shift toward human-safe, intelligent automation in industrial robotics. Its modular design supports long-term deployment and easy maintenance, while its AI-powered control system enables real-time adaptation to changing environments. The robot’s force sensors, touch feedback, and depth cameras allow it to perform delicate tasks such as electronics assembly, surgical assistance, and customer-facing roles.

Unlike rigid industrial bots, the K1 is built for fluid motion, expressive interaction, and collaborative workspaces. Its closed-source software integrates machine learning, sensor fusion, and motion planning, making it suitable for both structured and semi-structured environments. JAKA Robotics positions the K1 as a bridge between automation and human-centered design, with a focus on productivity, safety, and adaptability.

Specifications:

| Feature | Details |

|--------------------------|-------------------------------------------------------------------------|

| Manufacturer | JAKA Robotics Co., Ltd. (China) |

| Height / Weight | 1.8 m / ~50–60 kg |

| Degrees of Freedom | 29 joints (14 per arm) |

| Sensors | Depth cameras, touch sensors, six-axis force sensors |

| AI System | Onboard processors with real-time decision-making and force control |

| Software | Closed-source with machine learning and motion planning |

| Mobility | Bipedal locomotion with dynamic balance |

| Use Cases | Manufacturing, logistics, customer service, surgical assistance |

| Notable Features | Modular design, expressive motion, human-safe interaction |