1X Neo Home Robot on Pre-Order: Price, Specs and the Teleoperation Controversy

A robot meant to live in your home, not on a factory floor

Most of the headline-grabbing humanoid projects of 2026 — Figure 03, Atlas, Apollo — are aimed at factories and warehouses. 1X Technologies, a company with Norwegian roots, has gone in a different direction: its Neo robot is meant to go straight into private homes. It is a humanoid offered directly on consumer pre-order, rather than only in a pilot with a single large industrial customer. A general introduction to how these machines are built is in “How Does a Humanoid Robot Work”, and the home-robot category as a whole is summarized in “Home robots”.

Price and pre-order terms

1X has opened two ways to buy (1X product page). The first is a one-time payment of $20,000 for so-called Early Access, with priority delivery in 2026. The second is a $499 monthly subscription, with delivery at a later date and no large up-front outlay. A $200 deposit secures a place in the queue (The Robot Report); the pre-order terms allow a full refund of the deposit until 14 days after the order invitation is sent. The robot comes in three shell colors: tan, gray and dark brown. The manufacturer says US customers will receive deliveries in 2026, with other markets from 2027. According to 1X's own factory announcement of 30 April 2026, the company booked out its entire first-year production capacity, 10,000 units, within five days of the pre-order launch (1X — NEO Factory); the same page announces a scale-up to more than 100,000 units a year by the end of 2027. We found no public confirmation that any unit had reached a customer's home as of July 2026.

Technical specifications

The figures come from the 1X product page and the NEO announcement.

For more on why the number of degrees of freedom does not tell the whole story about a robot's dexterity, see “Degrees of Freedom (DOF) in Humanoid Robots”.

Teleoperation: the heart of the controversy

The key fact about the Neo is this: some tasks are done not on its own but under the supervision or remote control of a 1X employee. 1X itself writes that for complex tasks the NEO does not know, a 1X Expert can remotely supervise its actions at scheduled times, and that the robot can also be piloted from the mobile app and a VR device (1X — NEO). When the robot meets a chore it has not yet learned, the owner can schedule such a session. The robot has two wide-angle stereo cameras (8.85 MP according to the maker), so the operator sees in real time what the robot sees: the kitchen, the hallway, the inside of a closet.

1X describes several safeguards publicly (some are confirmed by The Robot Report, others only by media that spoke to the company): - no-go zones that the robot will not enter, even under remote control, - automatic blurring of bystanders in the footage passed to the operator, - the ability for the owner to set the hours during which a teleoperator may log in at all, - a signal in the robot's "ears" (Emotive Ear Rings) that, according to press accounts, changes color while an operator is active, - statements by the manufacturer about operator vetting.

An important caveat: as of September 2026, all of these mechanisms are only the manufacturer's claims. No independent audit has been able to verify them in practice, because at the time of writing the robots have not reached customers' homes in numbers large enough to allow outside inspection.

Where the idea of a home robot came from

1X Technologies was founded in Norway. The company's earlier robot, EVE, was aimed mainly at commercial uses before the company decided to enter the consumer market. The decision to point a humanoid straight at homes rather than warehouses or factories sets 1X apart from most of the competition described in other articles on this site: Figure AI, Agility Robotics and Apptronik target industrial customers, where a corporate contract with safety and liability clauses is standard. The consumer market has no such standard, which is part of the reason why the privacy debate has grown around the Neo and not around robots working on a factory floor.

What a day with the Neo looks like in practice

From 1X's materials and press accounts, the following picture of daily use emerges: the robot does some tasks autonomously — navigating an already familiar home, simple repetitive chores, controlling the lights, opening doors it already knows. When it meets a task that is new or too complex for its current level of autonomy — an unusual way of arranging laundry, or recognizing a new object in an unfamiliar spot — the owner can schedule a teleoperation session. This does not happen without the owner's knowledge: according to the mechanism described, the owner decides when an operator may log in, and the signal in the robot's ears is meant, according to press accounts, to show an active remote-control session as it happens.

Why this matters to a buyer

A home robot differs from a factory robot in one fundamental respect: a factory signs a corporate contract with data clauses, while a private household does not. Anyone considering a Neo should consciously separate two things: what the robot can genuinely do on its own (as of September 2026 the manufacturer gives no percentage breakdown), and what a remote human operator is responsible for. The wider pricing context of the humanoid segment, including why a factory robot and a home robot differ in deployment cost, is covered in “How Much Does a Humanoid Robot Cost in 2026”, and definitions of terms such as teleoperation and VLA are collected in “Robotics Glossary: 65 Terms with Polish Equivalents”.

Summary

As of September 2026, the 1X Neo is the most concrete offer yet to buy a humanoid for a private home — with a public price, timeline and specification. It is also a project where the manufacturer openly admits that some tasks are in fact performed by a human supervising or remotely steering the machine, not by autonomous artificial intelligence alone. This article will be updated after the first confirmed customer deliveries and the first independent accounts of real-world use.