Sprout: The Robot Built to Live Among Us
Every humanoid robot built so far was designed for factories. Sprout was designed for everywhere else. Schools, homes, offices, and all the spaces where people actually spend their lives.
Photo source:
faunarobotics.
A New Category of Humanoid Robot
Humanoid
robots have existed in research labs and factory floors for years. Heavy, loud,
surrounded by safety cages that keep humans at a distance. The engineering was
impressive but the gap between those machines and the spaces where people
actually live remained enormous. Sprout is a humanoid platform designed from
first principles to operate in human environments. Not adapted from industrial
machinery. Not scaled down from a warehouse robot. Built specifically for the
spaces where people spend their lives, with every design decision made around
what it feels like to be near it.
Sprout: A Humanoid Platform Designed Around People
Sprout
stands 3.5 feet tall. Lightweight, soft to the touch, and quiet in movement. No
pinch points. No sharp edges. No mechanical heaviness that creates instinctive
discomfort in the people around it. An expressive face communicates intent
clearly and invites interaction rather than cautioning against it. The platform
moves through indoor environments naturally, navigating the kind of
unpredictable, furniture-filled, human-occupied spaces that industrial robots
were never designed to handle. When people encounter Sprout for the first time,
the instinct is not to step away. It is to engage. That response is the result
of every hardware and design decision made during development being filtered
through a single question. What does it feel like to share a space with this
robot?
Built for Developers to Build On
Sprout
ships with movement, perception, navigation, and expression all operational
from the first session. Researchers and engineers do not need to solve the
problem of keeping the robot functional before they can begin building
applications on top of it. The platform is modular by design. Work completed by
one development team builds directly into what the next team can access and
extend. A solution to a manipulation problem becomes available to every team
working on the platform. A breakthrough in voice interaction adds to the shared
foundation. Over time, the platform grows through accumulated contributions, each
team starting from a more capable base than the one before it. Sprout is built
to be pushed hard and iterated on quickly, durable and affordable enough that
experimentation does not require protecting expensive hardware from every test.
Where Sprout Gets Used
The
target environments for Sprout are the spaces where over 80 percent of today's
workforce already operates. Healthcare facilities, schools, eldercare settings,
offices, and homes. Labor shortages in all of these sectors are significant and
growing. Sprout is positioned as the platform through which humanoid robot
applications for these environments get developed, tested, and refined at
scale.
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