The Future of Home Robotics is Knocking at Your Door with 1X's NEO
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Finally, we someone to help with the dishes…
At a Glance
Robotics company 1X just unveiled NEO, a bipedal humanoid robot designed for home use. This development marks a major leap in the field of robotics as 1X prepares to deploy the “personal assistant” in home pilot programs, potentially bringing advanced robotics into everyday households.
Deeper Learning
Meet NEO: NEO is designed to be an everyday assistant. Unlike many robots confined to industrial or commercial applications, this humanoid robot is specifically built to operate within a home environment. Equipped with advanced AI, NEO can perform tasks and interact with its surroundings in a more human-like manner. The robot’s design makes it ideal for home tasks, from assisting with chores to providing companionship.
NEO stands 5.41 feet tall, weighs 66 pounds, and has a walking speed of 2.5 miles per hour and a running speed of 7.5 miles per hour. It can carry up to 44 pounds and has a runtime of 2-4 hours.
Home Pilot Programs: As 1X prepares for deployment, NEO will be introduced into select homes as part of a pilot program. This initiative is crucial for testing the robot’s capabilities in real-world scenarios, gathering feedback, and refining its functions before a broader release. 1X aims to begin mass production by 2025, and CEO Bernt Bornich is highly optimistic about this timeline.
So What?
The upcoming release of NEO signals that robotics in the home may become a reality very very soon. As these robots enter our homes, they promise to enhance our lives by taking on tasks, providing assistance, and even offering companionship. Although we are still in the early stages, the success of these pilot programs could determine how quickly these advanced robots become a staple in households worldwide. Additionally, this development could create more remote work opportunities, with people using VR headsets to help the robot learn certain patterns.
References
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The Future of Home Robotics is Knocking at Your Door with 1X's NEO

Finally, we someone to help with the dishes…
At a Glance
Robotics company 1X just unveiled NEO, a bipedal humanoid robot designed for home use. This development marks a major leap in the field of robotics as 1X prepares to deploy the “personal assistant” in home pilot programs, potentially bringing advanced robotics into everyday households.
Deeper Learning
Meet NEO: NEO is designed to be an everyday assistant. Unlike many robots confined to industrial or commercial applications, this humanoid robot is specifically built to operate within a home environment. Equipped with advanced AI, NEO can perform tasks and interact with its surroundings in a more human-like manner. The robot’s design makes it ideal for home tasks, from assisting with chores to providing companionship.
NEO stands 5.41 feet tall, weighs 66 pounds, and has a walking speed of 2.5 miles per hour and a running speed of 7.5 miles per hour. It can carry up to 44 pounds and has a runtime of 2-4 hours.
Home Pilot Programs: As 1X prepares for deployment, NEO will be introduced into select homes as part of a pilot program. This initiative is crucial for testing the robot’s capabilities in real-world scenarios, gathering feedback, and refining its functions before a broader release. 1X aims to begin mass production by 2025, and CEO Bernt Bornich is highly optimistic about this timeline.
So What?
The upcoming release of NEO signals that robotics in the home may become a reality very very soon. As these robots enter our homes, they promise to enhance our lives by taking on tasks, providing assistance, and even offering companionship. Although we are still in the early stages, the success of these pilot programs could determine how quickly these advanced robots become a staple in households worldwide. Additionally, this development could create more remote work opportunities, with people using VR headsets to help the robot learn certain patterns.
References
Share this post!
The Future of Home Robotics is Knocking at Your Door with 1X's NEO

Finally, we someone to help with the dishes…
At a Glance
Robotics company 1X just unveiled NEO, a bipedal humanoid robot designed for home use. This development marks a major leap in the field of robotics as 1X prepares to deploy the “personal assistant” in home pilot programs, potentially bringing advanced robotics into everyday households.
Deeper Learning
Meet NEO: NEO is designed to be an everyday assistant. Unlike many robots confined to industrial or commercial applications, this humanoid robot is specifically built to operate within a home environment. Equipped with advanced AI, NEO can perform tasks and interact with its surroundings in a more human-like manner. The robot’s design makes it ideal for home tasks, from assisting with chores to providing companionship.
NEO stands 5.41 feet tall, weighs 66 pounds, and has a walking speed of 2.5 miles per hour and a running speed of 7.5 miles per hour. It can carry up to 44 pounds and has a runtime of 2-4 hours.
Home Pilot Programs: As 1X prepares for deployment, NEO will be introduced into select homes as part of a pilot program. This initiative is crucial for testing the robot’s capabilities in real-world scenarios, gathering feedback, and refining its functions before a broader release. 1X aims to begin mass production by 2025, and CEO Bernt Bornich is highly optimistic about this timeline.
So What?
The upcoming release of NEO signals that robotics in the home may become a reality very very soon. As these robots enter our homes, they promise to enhance our lives by taking on tasks, providing assistance, and even offering companionship. Although we are still in the early stages, the success of these pilot programs could determine how quickly these advanced robots become a staple in households worldwide. Additionally, this development could create more remote work opportunities, with people using VR headsets to help the robot learn certain patterns.
References
Share this post!