PALO ALTO, Sept. 14, 2026 - The idea of a humanoid robot living inside an ordinary home has moved from laboratory demonstrations toward an actual consumer product.
NEO, developed by 1X Technologies, is a 5-foot-6-inch humanoid designed to perform household chores, respond to voice requests, navigate rooms, fetch and move objects, manage simple routines and gradually learn new tasks.
It is available for order in the United States through an Early Access program.
But the most important fact is also the easiest one to miss.
NEO is not being sold as a finished machine that can autonomously perform every household task from day one.
1X says early customers receive foundational autonomy. For chores the robot does not yet know, owners can schedule an Expert Mode session in which a 1X operator remotely supervises or guides the robot.
That distinction matters.
NEO is a serious attempt to bring general-purpose humanoid robotics into the home, but it is also an early-stage product whose usefulness will depend on the rate at which its AI, manipulation system and real-world reliability improve.
What NEO is designed to do
NEO is built around a simple consumer proposition: give a robot a list of chores and allow it to perform useful physical work around the house.
1X lists tasks such as putting away dishes, folding laundry, organizing shelves, tidying rooms, fetching objects, opening doors and switching off lights.
Owners can schedule chores through a mobile application or give instructions through a voice interface.
The robot can also act as a conversational assistant.
Its software includes a large language model, audio processing, visual intelligence and memory functions intended to make conversations contextual rather than isolated.
That means NEO is trying to combine two categories that have historically been separate.
One is a digital assistant that understands language.
The other is a physical machine capable of acting on the environment.
The difficult part is connecting the two safely.
Why the home is harder than a factory
A factory can be structured around robots.
A home cannot.
Furniture moves.
Doors are left partly open.
Clothes deform.
Children, pets and visitors move unpredictably.
Objects appear in different places.
Lighting changes.
Floors differ.
A mug may be on a table today and inside a cabinet tomorrow.
That variability is why general-purpose domestic robotics has remained difficult even as industrial automation became widespread.
A useful home robot must do more than repeat a fixed motion.
It must perceive a scene, understand the requested task, choose an action, move through the space, manipulate unfamiliar objects and recover when the environment is not exactly what its training data predicted.
NEO’s entire hardware and AI architecture is aimed at this problem.
Redwood AI connects perception to movement
A major part of NEO’s autonomy comes from Redwood AI, an in-house vision-language-action model developed by 1X.
Redwood combines visual information, language representations and information about the robot’s own joints and forces.
The model then predicts physical actions.
1X says Redwood can perform mobile manipulation tasks such as navigating toward an object, choosing how to grasp it, carrying it across a room and interacting with doors or furniture.
Unlike a system in which walking and manipulation are treated as entirely separate functions, Redwood is trained to coordinate locomotion and physical interaction.
That matters inside homes.
A person opening a heavy door may brace one hand against a wall.
Someone picking clothing off the floor bends through the hips, legs and spine.
A household robot has to coordinate its full body in similar situations.
1X says Redwood runs on NEO’s onboard compute rather than requiring every action to be generated remotely in a data centre.
That reduces network dependence for the robot’s core control loop.
NEO also uses a world model
1X has been developing a second layer of AI intended to help the robot reason about physical consequences before acting.
Its World Model is trained to predict how scenes change in response to actions.
In January 2026, the company said a video-pretrained version of the World Model had been integrated into NEO as a robot policy for performing previously unseen tasks.
The basic idea is important.
A robot should not only recognize an object.
It should have some representation of what may happen if it pushes, lifts, drops or rotates that object.
This is particularly useful for household environments because many tasks involve deformable or articulated objects such as laundry, drawers, doors and curtains.
The technology remains a research frontier.
1X’s own earlier World Model research documented failure modes, including cases where generated objects lost consistency or predicted physics did not behave correctly.
That acknowledgement is useful because it shows the difference between a promising world model and complete physical understanding.
A robot built to be soft around people
NEO’s mechanical design differs from conventional industrial robots in one fundamental way.
It is intended to share close space with people.
The robot weighs 66 pounds, or about 30 kilograms, despite being 5 feet 6 inches tall.
Its body is covered in a deformable 3D lattice polymer designed to cushion internal components.
Its joints are enclosed to reduce exposed pinch points.
Movement comes from a tendon-based actuation system rather than relying only on rigid high-ratio gearboxes.
1X describes the system as low-inertia and highly backdrivable.
In simple terms, that means the joints are designed to yield more naturally when external forces act on them.
That is important in a home, where a robot may accidentally contact furniture or a person.
Safety claims still need to be judged through real-world deployment over time.
A soft exterior and compliant actuation reduce certain risks, but no mobile machine capable of lifting significant weight is risk-free.
The hardware is surprisingly strong for its weight
According to 1X’s current product specifications, NEO can lift up to 154 pounds and carry 55 pounds.
Its arm payload is listed at 18 pounds.
The robot’s normal walking speed is 1.4 metres per second, while the company lists a maximum running speed of 6.2 metres per second.
These are manufacturer specifications.
They should not be treated as independent performance benchmarks for household use.
A robot’s useful carrying ability depends on object shape, balance, grip, movement and task complexity.
Holding a compact test weight is not the same as safely carrying a fragile or irregular household object through a cluttered room.
The relevant measure for consumers will be reliability across thousands of ordinary tasks.
The hands may be the most important part of NEO
Walking makes a humanoid visually impressive.
Hands make it useful.
The current NEO product page lists 22 degrees of freedom per hand.
In July 2026, 1X detailed a newer hand architecture with 25 total degrees of freedom when the three wrist axes are included: 22 actuated degrees across the fingers and palm plus three at the wrist.
The hands are tendon-driven and force-controlled.
1X says they also include tactile sensing capable of detecting pressure, contact location and shear forces.
This is critical because household objects are difficult.
A wine glass, a screw, a piece of fruit, a towel and a charging cable all require different grip forces and finger configurations.
Vision alone is not enough.
A robot also needs to know when an object begins slipping or when it has made contact.
1X has demonstrated the hand performing tasks such as handling small screws and coins, installing light bulbs, using a screwdriver, plugging in a USB-C connector, pouring from a kettle and manipulating delicate objects.
Those demonstrations show the hardware’s potential.
They do not establish a guaranteed success rate for every home or every object.
Four hours of battery life
NEO uses an 842 Wh battery.
1X lists runtime at around four hours.
The company also says the robot can manage its own charging and plug itself in when power is low.
Quick charging is listed as adding roughly one hour of runtime in six minutes.
Battery life is one of the practical constraints of domestic humanoids.
A four-hour operating window is substantial for scheduled chores, but it is not an all-day untethered work shift.
Autonomous charging becomes important because a household robot is useful only if users do not have to constantly manage its power state.
Real-world runtime will depend on task intensity, movement, payload, compute usage and environmental conditions.
The computer inside the robot is substantial
NEO’s current product specifications list its onboard computer as the 1X NEO Cortex built around NVIDIA Jetson Thor.
The published maximum AI compute figure is up to 2,070 FP4 TFLOPS.
The sensing system includes two 8.85-megapixel 90 Hz stereo fisheye cameras and four beamforming microphones.
Connectivity includes Wi-Fi, Bluetooth and 5G.
The cameras give the robot stereo visual information for navigation and manipulation.
The microphones support directional audio and voice interaction.
This hardware also creates an obvious privacy consideration.
A home robot that sees, hears, remembers context and can be remotely supervised operates in one of the most private environments a technology company can enter.
Users therefore need to evaluate not only capability but also data controls, remote-access permissions and software policies.
Expert Mode is the clearest sign that autonomy is still developing
1X says NEO operates autonomously by default.
But the company is equally explicit that Early Access provides foundational autonomy rather than universal task competence.
When the robot encounters a chore it does not know, an owner can schedule a 1X Expert to supervise its actions remotely.
This is technically important because remote operation can generate high-quality training data from real homes.
It is also important for consumers because it changes what “autonomous home robot” means today.
A task may be completed by NEO while involving human supervision behind the scenes.
Over time, the objective is for learned tasks to require less assistance.
The company’s progress should therefore be measured by a practical metric: how much useful household work can NEO complete reliably without Expert Mode?
That number is not currently published as an independent benchmark.
NEO can be controlled from a phone
The mobile application provides another operating layer.
Owners can schedule chores, monitor the robot and communicate remotely.
1X also lists remote-control capability through its mobile application and VR devices.
This gives NEO several modes of interaction:
voice instruction, scheduled autonomy, mobile control, remote piloting, and Expert Mode for unfamiliar chores.
That flexibility is sensible for an early consumer humanoid.
It allows the robot to remain useful even before general autonomy is complete.
But it also shows that the current product is a hybrid between autonomous machine, teleoperated system and AI assistant.
NEO is quiet by design
Noise is a surprisingly important domestic engineering problem.
A robot operating all day in a factory can be tolerated at sound levels that would become irritating inside a living room.
1X lists NEO’s audible noise at 22 decibels.
The company attributes much of this to its tendon-drive architecture and mechanical design.
If sustained in normal household operation, low noise could be one of the product’s most important usability features.
The challenge is that noise varies with the task.
Walking quietly is different from lifting an object, opening a cabinet or working near hard surfaces.
The published 22 dB figure should therefore be understood as a manufacturer specification rather than a guarantee for every activity.
Water resistance is limited by body area
The latest technical specifications list NEO’s hands at IP68 and its main body at IP44.
That means the hands are designed for much stronger water exposure than the rest of the robot.
This distinction makes sense for household work because hands may encounter sinks, wet dishes or cleaning tasks.
The overall robot, however, should not be treated as fully waterproof.
Consumers should not infer from waterproof hands that the entire humanoid can safely operate under all wet conditions.
The business model has two paths
1X currently lists two ways to obtain NEO.
The Standard option is a $499-per-month subscription.
The Early Access ownership option is $20,000 and includes a three-year warranty, premium support and priority delivery.
The current ordering page requires a fully refundable $200 deposit.
The company says U.S. deliveries begin in 2026.
At launch, 1X said broader international expansion would begin in 2027.
This pricing structure is significant.
At $499 a month, twelve months of subscription payments total $5,988 before any additional terms or costs.
The ownership option places NEO in the price range of a substantial household purchase rather than an ordinary appliance.
The economic question is therefore straightforward: how many hours of useful physical work can the robot reliably provide?
Demand has been stronger than the first factory can immediately supply
1X says it booked its first full year of production capacity within five days of opening NEO orders in October 2025.
That represented 10,000 units.
This is a company-reported order figure, not independently audited sales revenue.
The company’s Hayward, California factory has a stated production capacity of up to 10,000 NEO units per year.
1X says it plans to expand production capacity toward more than 100,000 units annually by the end of 2027 as additional manufacturing and automation come online.
The current Hayward facility spans 58,000 square feet and employs more than 200 people, according to 1X.
The factory produces major subsystems including motors, batteries, structures, transmissions, soft goods and sensors.
Manufacturing scale will be as important as AI performance.
A home robot cannot become a mass-market product if it remains expensive or difficult to build.
Why the home matters strategically
1X previously deployed robots in enterprise environments.
The company shifted toward homes because domestic environments generate a much wider variety of physical interactions.
A warehouse can be standardized.
A home cannot.
From an AI-training perspective, that diversity is valuable.
Every unfamiliar drawer, misplaced object, oddly shaped tool and new household routine creates another physical reasoning problem.
This makes customer homes both the product environment and, subject to data permissions and policies, a potentially important source of real-world learning.
That creates a powerful learning loop if handled responsibly.
More robots create more experience.
More experience can improve models.
Better models can make the next robots more autonomous.
The difficult part is preserving user trust while building that loop.
What NEO can realistically replace today
NEO should not yet be interpreted as a replacement for all domestic labor.
Its strongest near-term use cases are structured, repetitive chores involving objects it can reliably perceive and manipulate.
Fetching an item, moving objects, organizing a shelf, putting away certain dishes or handling simple laundry tasks are more realistic than expecting fully independent management of an entire household.
Cooking illustrates the difference.
A kitchen contains heat, knives, liquids, deformable food, contamination risks and rapidly changing states.
A robot capable of manipulating a kettle in a demonstration has not automatically solved autonomous meal preparation.
General-purpose home robotics will progress task by task.
The biggest unknown is reliability
The specifications are impressive.
The factory is real.
The orders are real according to company disclosures.
The AI systems are increasingly capable.
The unanswered question is reliability at consumer scale.
A household appliance is expected to work repeatedly without engineering intervention.
A robot has far more failure modes.
It can misunderstand an instruction.
Misidentify an object.
Drop something.
Fail to grasp.
Lose balance.
Encounter a blocked path.
Run low on power.
Need remote assistance.
Or simply take much longer than a human to complete the task.
The real milestone for NEO will not be a dramatic demonstration.
It will be boring consistency.
The strict conclusion
NEO represents a meaningful shift in consumer robotics because it combines mobility, dexterous hands, onboard AI, conversational intelligence and a production system aimed at real homes.
The current machine is 5 feet 6 inches tall, weighs 66 pounds, carries up to 55 pounds, runs for about four hours, uses stereo cameras and beamforming microphones, and is powered by a high-end onboard AI computer.
It can be ordered for $20,000 through Early Access or through a listed $499 monthly subscription model, with U.S. deliveries beginning in 2026.
1X says its first 10,000 units of production capacity were reserved within five days.
But the most important detail is not the price, strength or humanoid appearance.
It is the autonomy boundary.
NEO begins with basic autonomous capabilities and still relies on scheduled human Expert Mode for tasks it has not learned.
That makes it neither a remote-controlled toy nor a fully independent household worker.
It is an early version of something in between: a physical AI system that is useful today for a growing set of tasks and is designed to become more capable through software, data and repeated experience.
Whether NEO becomes a normal household product will depend on four things more than anything else:
reliability, privacy, manufacturing cost, and the rate at which human supervision becomes unnecessary.
If those problems are solved, the personal computer may not be the only intelligent machine people expect to have at home.
The next one may be able to walk over and help.
Reader questions
Frequently asked questions
What is NEO?
NEO is a humanoid home robot developed by 1X Technologies to perform household chores, respond to voice requests, navigate homes and manipulate everyday objects.
How much does NEO cost?
As of September 2026, 1X lists Early Access ownership at $20,000 and a Standard subscription at $499 per month. The current order page requires a fully refundable $200 deposit.
Is NEO fully autonomous?
Not for every household task. 1X says Early Access starts with foundational autonomy. For chores the robot does not know, users can schedule Expert Mode for remote human supervision.
What can NEO do around the home?
1X lists capabilities including fetching objects, opening doors, putting away dishes, folding laundry, organizing shelves, tidying spaces, voice assistance and scheduled chores.
How long does NEO's battery last?
1X lists an 842 Wh battery with about four hours of runtime. The robot is designed to manage its own charging and plug itself in when necessary.
How strong is NEO?
The manufacturer lists a maximum lift of 154 pounds, carrying capacity of 55 pounds and an 18-pound arm payload. These are manufacturer specifications rather than independent household-task benchmarks.
What AI does NEO use?
NEO uses 1X's Redwood AI for vision-language-action control and is also being developed with 1X World Model technology for reasoning about physical tasks and unseen situations.
When will NEO be delivered?
1X says U.S. deliveries begin in 2026, with expansion to additional markets planned from 2027.
How many NEO robots can 1X manufacture?
1X says its Hayward factory has capacity for up to 10,000 NEO units per year and that it plans to scale production capacity toward more than 100,000 units annually by the end of 2027.
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