Image/s credit: JAKA Robotics.

JAKA Kargo Wheeled Humanoid Robot

company logo for JAKA Robotics JAKA Robotics

Country: China

Year: 2026

Summary

JAKA Kargo is a wheeled humanoid robot designed for flexible factory logistics, combining dual seven-axis robot arms, a lifting waist, vision cameras, and a mobile platform.

Status: Commercially available

Operation: Semi-autonomous, Collaborative, Other

Robot Type / Domain: Multi/General-Purpose, Industrial

Tasks: Handling, sorting, loading and unloading, mobile material transport, grasp

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What Is JAKA Kargo Embodied Intelligent Robot

JAKA Kargo is a wheeled humanoid robot from JAKA Robotics, designed for practical mobile manipulation in industrial environments. Unlike a standard cobot arm that is mounted to a table, floor, wall, or machine, Kargo combines a mobile base, two seven-axis robot arms, a lifting waist, neck movement, vision cameras, and onboard computing into one integrated robot platform. This makes it closer to a mobile dual-arm worker than a traditional robot arm or a bipedal humanoid.

The important thing about Kargo is that it is not trying to be a walking humanoid. Its wheeled design makes more sense for many factory and warehouse settings, where flat floors, production lines, shelves, carts, and stations are already common. By using wheels instead of legs, Kargo can focus more on useful industrial tasks such as moving through work areas, reaching different heights, and handling objects with two arms. JAKA officially describes Kargo as part of its Embodied Intelligent Robot family, which shows that the company sees it as part of a broader move from fixed robot arms toward more flexible physical AI systems.

Applications of JAKA Kargo Wheeled Humanoid

JAKA Kargo is best understood as a robot for factory logistics and mobile manipulation. Its likely use cases include material handling, parts logistics, sorting, loading and unloading, and moving between workstations in structured industrial environments. JAKA describes Kargo as a flexible solution for intelligent sorting, handling, loading, and unloading mobile work scenarios.

This makes Kargo especially relevant for factories that need more flexibility than a fixed robotic arm can provide, but may not need a fully bipedal humanoid. For example, a robot like this could move between storage areas, conveyors, workbenches, carts, or machine-side stations, depending on the final deployment setup. Its two-arm design also gives it an advantage over single-arm mobile robots for tasks that benefit from holding, stabilising, transferring, or coordinating objects with both arms.

What Makes This Robot Special

The most interesting thing about JAKA Kargo is that it shows how humanoid robotics is splitting into different practical forms. Not every humanoid needs legs. For many industrial environments, wheels may be more useful, safer, cheaper, and easier to deploy. Kargo keeps the useful humanoid-like parts, i.e., dual arms, vertical body structure, sensor-supported operation, and flexible manipulation, but removes the complexity of bipedal walking.

It also fits JAKA’s broader move from cobots into embodied intelligent robots. In January 2026, JAKA announced an Intel China partnership focused on commercialising embodied AI, and specifically named JAKA Kargo Wheeled Humanoid Robot as part of its Embodied AI family. This makes Kargo strategically important because it is not just another robot arm; it represents JAKA’s push into mobile, perception-enabled, general intelligent robotic systems for real-world industrial use.

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Top 5+ Qualities (by addoobot)

What we find to be the top qualities of JAKA Kargo Wheeled Humanoid Robot:

Dual-Arm Mobile Manipulation: Kargo combines two seven-axis robot arms with a wheeled mobile base, making it more flexible than a fixed robot arm for handling and logistics tasks.
Wheeled Humanoid Layout: Instead of walking on legs, Kargo uses a mobile platform, which makes it better suited to smooth indoor industrial floors, warehouses, and factory environments.
Lifting and Tilting Waist: The 0–780 mm waist lift and 0°–90° waist pitch help the robot reach different working heights and approach objects from more useful angles.
Multimodal Sensing: JAKA highlights multimodal sensing as one of Kargo’s product features, supporting safer and more practical operation around industrial workspaces.
Fast Internal Communication: JAKA lists a 1 ms communication frequency, which supports responsive coordination across the robot’s arms, body, sensing, and mobile platform.
Industrial Integration Ready: With EtherCAT communication, Gigabit Ethernet ports, I/O support, Wi-Fi 6, and an Intel Core i5 processor, Kargo is designed to fit into more technical industrial automation environments.
Practical Alternative to Bipedal Humanoids: Kargo does not try to solve the hardest walking problem. It uses wheels instead, which makes it more practical for factories, logistics areas, and indoor material movement where floors are already structured.

Technical Specifications

Max. Size: 841L 641W 1750H (mm)

Max. Size: 33.110L 25.236W 68.898H (in)

Max. Payload: 5 kg (per arm)

Max. Payload: 11.023 lbs (per arm)

Weight: 250 kg

Weight: 551.156 lbs

Max. Locomotion Speed: N/A

Max. Slope: N/A

Battery Operated? Yes

Average Runtime: N/A

Max. Runtime: N/A

Battery Recharge Time: N/A

Locomotion Type: Wheels/Tracks

DOFs per Arm: 7

DOFs per Leg: N/A

DOFs (total): 20

IP Rating: N/A

Operating Temperature: N/A

Open-source? N/A

Price: N/A

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Waist Lift Range: 0–780 mm

Waist Pitch Range: 0°–90°

Neck Range: Rotation: ±90° | Pitch: -20° to 45°

Controller & Computing: Cabinet: 2 kg | IP20 | Intel® Core™ i5 12th Gen processor |

Power Consumption: 1600 W

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References

Find out more about Embodied Intelligent Robots by JAKA

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