Dexterous Robot Hand Market to Reach $6 Billion by 2030
As humanoid robot sales scale to 2 million units, manufacturers are racing to modularize complex tactile hardware.
Updated on Oct. 22, 2026 in Robotics
Live Poll
Would you welcome the widespread use of human-like robots to perform tasks in your workplace?
The global market for dexterous robotic hands is forecast to reach US$6 billion by 2030, driven by the need for advanced fine motor capabilities in humanoid robots. Manufacturers are currently racing to optimize the complex components required for human-like manipulation.
Why it matters
A robot's hand dictates its ability to perform precise tasks like pinching or tool use, effectively determining its commercial utility. These modules are projected to account for up to 30% of a humanoid robot's total hardware cost, making them a primary focus for industrial investment.
Dexterous hands typically integrate tactile sensors, coreless motors, reduction gears, and lead screws. These components currently constitute 20% to 30% of total hardware costs for a humanoid unit.
The players
Tesla
An automotive and energy company developing humanoid robots and associated hardware components.
LinkerBot
A developer of robotic modules that secured significant capital for hardware component research.
AGILINK
A robotics component manufacturer focused on dexterous hardware systems.
GeniTech
A firm specialized in the development and manufacturing of robotic end-effector modules.
The details
Dexterous hands are complex assemblies designed to replicate human-like fine motor control. The mechanism relies on tactile sensors to provide feedback on grip pressure, while coreless motors—lightweight electric motors without a solid iron core—provide the torque necessary for movement. Reduction gears and lead screws then translate that rotary motor power into precise mechanical force, allowing for tasks like tool manipulation. Currently, many assembly processes for these components remain manual, creating a bottleneck for scaling production.
Timeline
1H26: Three Chinese firms raised approximately US$790 million for component development.
2027: Tesla expects to release a modular sensing glove for its humanoid robot line.
2030: The global market for dexterous hands is projected to reach US$6 billion, with unit sales exceeding 2 million.
The Tech Race
The push toward high-dexterity robotics is shifting from prototype R&D to large-scale component manufacturing. This race pits specialized module developers against integrated manufacturers attempting to solve the scaling challenges of high-precision hardware.
The primary impact for the industry will be the shift from manually assembled components to modular, mass-produced systems. As these hands become more affordable, humanoid robots will transition from specialized research labs into more versatile, task-ready industrial and commercial environments.
The takeaway
The trajectory of human-like robotics depends on stabilizing the cost and assembly of dexterous grippers. Investors and engineers should watch for the 2027 launch of modular sensing hardware, which will test whether current manufacturing scaling methods can support the projected 2 million unit global market.
Further reading
For more on the latest developments in automation, visit our Robotics section.
Source note: This article includes information reported by Trendforce.
Live Poll
Would you welcome the widespread use of human-like robots to perform tasks in your workplace?
