Humanoid
The race to mass-produce humanoid robots is in full swing, but an inevitable, multi-billion-dollar question remains unaddressed: what happens when they retire? Decommissioning these machines is not traditional scrapping but a highly technical, high-stakes surgical endeavor, according to Re-Teck.
Humanoids contain anywhere from 10,000 to 15,000 individual components. A standard unit is made up of 200 to 500 major sub-components, broadly categorized into four interconnected systems with hard shell or pliable coverings.
Decommissioning humanoids is not a matter of traditional scrapping. It’s a highly technical, high-stakes surgical endeavor.
The actuation and motion system includes 20 to 40 electric motors, each paired with precision speed reducers and gearboxes, with modern manufacturing increasingly favoring integrated, sealed drive modules that combine the motor, harmonic drive, and localized controls into a single unit. The kinematic skeleton is a complex structural frame made of 30 to 50 major elements, often aluminum alloys, lightweight carbon fiber, or titanium, bound together by 1,000 to 3,000 specialized fasteners, bolts, and pins.
The artificial nervous system is an intricate sensory network requiring 40 to 80 position encoders, 50 to 200 distinct sensors, tactile pressure points, and advanced perception arrays including lidar, IMUs, and cameras threaded together by miles of internal cabling. The semiconductor core consists of up to 80 memory and storage semiconductor devices regulating firmware and localized processing. Because of this architectural density, end-of-life processing presents massive liabilities across four critical areas, the first being the kinetic data breach: a retired robot is a goldmine for corporate espionage, as memory assets contain proprietary navigation maps, biometric logs, and facial recognition data.
Source: The Robot Report