C h a p t e r 4 | T h e Fu t u r e o f R o b o t i c s – H u m a n o i d s a n d B eyo n d
Achieving mobility in humanoid
robots—replicating human-like
movement and balance—requires
compact, powerful actuators and
real-time motion control. Striking
the right balance between precision
and power efficiency is challenging
in a small physical form."
Frederik Dostal
Power Management Expert, Analog Devices
need for such precise mobility demands highly
sophisticated motion control systems that can
manage rapid adjustments in real time.
Power management is another factor in humanoid
robot design. Unlike stationary industrial robots,
humanoid robots are often mobile and thus
require compact, efficient power sources to
support extended operations. As humanoids
incorporate more sensors and processing units,
power demands increase, necessitating advanced
battery technology and efficient power distribution.
Balancing high-performance mobility with
sustainable power usage remains a fundamental
design challenge; humanoids must be capable of
operating continuously in real-world environments,
without frequent recharging or overheating.
While humanoid robots are a significant area of
development, the future of robotics encompasses a
broad range of applications and robot forms, each
tailored to specific tasks and environments. Robots
are expected to become more specialized, with
designs optimized for various industries,
from agriculture to logistics.
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9 Experts Discuss Robotics, AI, and ML in Industrial Applications
