Wheeled lifting base
The K3W is described as a wheeled humanoid with a lifting mechanism and two arms, designed for industrial work. [1][2][3][4]
Price & availability
Prototype
Current dataset status: Prototype.
Product overview
K3W is the wheeled member of Kepler's K3 family. Kepler launched it at the World Artificial Intelligence Conference (WAIC) in Shanghai in July 2026, alongside the biped K3 Bumblebee. It combines a four-wheel omnidirectional chassis, a lifting column and two arms. Kepler describes the design as separating locomotion from manipulation so the base can move efficiently while the upper body works across a larger vertical range.
The official World Robot Conference exhibitor listing gives a body weight of 120 kg and 43 degrees of freedom. It also attributes a 30 kg combined dual-arm payload, eight hours of runtime and a one-hour charge to K3W. That resolves an earlier ambiguity in launch coverage, which described those endurance and payload figures near the biped K3 without explicitly assigning them to the wheeled model.
Kepler positions K3W for production, warehouse transfer, inspection, maintenance and research or education. No height, maximum speed, battery capacity or price has been published, and no public order page was found. It remains classified as a prototype because public demonstrations are documented but customer deployment or general availability is not.
Capabilities
The K3W is described as a wheeled humanoid with a lifting mechanism and two arms, designed for industrial work. [1][2][3][4]
Kepler says the K3W separates movement from task execution in its design, so the base and the manipulation work are handled as separate functions. [1][2][4]
Kepler introduced the K3W at WAIC 2026 in July 2026, alongside the biped K3 Bumblebee. [1][2][4]
The World Robot Conference lists 120 kg, 43 degrees of freedom, a 30 kg combined dual-arm payload and eight hours of runtime after a one-hour charge. [3]
Hardware profile
Quick answers
No general order page is verified. Kepler K3W is currently classified as prototype. [4]
The stated runtime is 8 hours per charge; Runtime per charge in the World Robot Conference exhibitor listing. [3]
The listed payload is 30 kg; Both arms combined, according to the World Robot Conference exhibitor listing. [3]
Kepler K3W has 43 listed degrees of freedom; Whole-machine figure in the World Robot Conference exhibitor listing. [3]
Kepler K3W is made by Kepler Robotics, based in China. [4]
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Evaluation footprint
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Evidence