Summary:

 

NEO is a consumer‑oriented humanoid robot from 1X Technologies, designed primarily for everyday home assistance and now available for pre‑order in the United States.

 

It is a bipedal, human‑scale robot with a soft, compliant exterior and a lightweight structure intended for safe operation around people in domestic environments.

 

NEO is built to perform household chores such as cleaning support, dish handling, laundry assistance, plant care, and general tidying, with capabilities improving over time through software updates and human‑in‑the‑loop training. Its behavior is driven by 1X’s video‑ and prompt‑trained “World Model,” which enables it to learn from demonstrations and adapt to new tasks without traditional programming.

 

Specific physical specifications such as exact height, weight, payload, and joint details have not been officially published by 1X as of March 2026.

 

Latest updates

 

Pre‑orders: NEO pre‑orders are open with a refundable deposit (amount may vary by program or region; some coverage cites a few hundred dollars, but 1X has not standardized a single global figure publicly).

 

Pricing:

 

Purchase: NEO is priced at $20,000 for early customers.

 

Subscription: A $499/month subscription option has been announced, with units under this model expected to ship later than early purchase units.

 

Delivery timeline: Initial deliveries to U.S. customers are planned to begin in 2026. More granular windows like “Q3–Q4 2026” have not been formally committed to by 1X.

 

Deployment strategy: 1X has announced an agreement to make up to 10,000 NEO units available to EQT’s global portfolio companies between 2026 and 2030, targeting manufacturing, warehousing, and logistics use cases alongside home deployments.

 

International expansion: As of March 2026, 1X has not published a detailed, dated roadmap for consumer availability in Canada, Europe, or Asia; any specific year‑by‑year rollout claims remain speculative.

 

Autonomy levels: 1X has described NEO as a system that improves over time via human‑in‑the‑loop learning and software updates, but it has not publicly committed to specific autonomy percentages (e.g., “60–70% at launch” or “95%+ by 2028”).

 

Color options, noise levels, and other cosmetic or comfort‑related metrics (such as “22 dB” operation) have not been formally specified by 1X.

 

Editorial:

 

The first home‑focused humanoid

 

1X is positioning NEO explicitly as a home‑first humanoid robot, rather than starting in factories and only later adapting to domestic use. The company emphasizes psychological comfort and safety: a soft, textile‑like outer layer, gentle motion, and a non‑industrial aesthetic that makes NEO feel more like a presence in the home than a piece of heavy machinery.

 

The robot’s form factor is chosen to interact with existing human environments—cabinets, countertops, appliances—without requiring users to redesign their homes.

 

While many humanoid projects are initially targeted at industrial or research settings, NEO is framed by 1X as a consumer product intended to handle repetitive domestic tasks and free up human time.

 

It is not marketed as a research platform or a generic industrial worker, but as a practical, everyday assistant for real homes.

 

The 1X World Model: video‑trained physical intelligence

 

NEO’s intelligence is powered by what 1X calls its World Model, a generalist embodied AI system trained on video and other multimodal data. This model allows NEO to:

 

Understand scenes: Interpret household environments visually, recognizing objects and layouts at a task‑relevant level.

 

Follow instructions: Convert voice or text commands into coordinated physical actions, such as “load the dishwasher” or “water the plants.”

 

Learn from demonstration: Acquire new skills by observing human demonstrations (recorded or live), rather than requiring hand‑coded routines.

 

Plan and correct: Use predictive reasoning to anticipate the outcomes of actions, detect mistakes, and adjust behavior mid‑task.

 

Adapt to preferences: Over time, remember user‑specific preferences (for example, how items are arranged or which tasks are prioritized), subject to 1X’s evolving privacy and data‑handling policies.

 

This approach mirrors the shift that transformed language models—moving from narrow, task‑specific systems to generalist models that can adapt across many contexts—now applied to robots acting in the physical world.

 

Human‑in‑the‑loop learning

 

When NEO encounters tasks it cannot yet perform reliably on its own, 1X offers remote Expert guidance. In this mode, a trained human operator can connect securely and control the robot through an immersive interface (often described as VR‑like), demonstrating the correct behavior in real time.

 

NEO then incorporates these guided sessions into its World Model, enabling:

 

Rapid skill acquisition without local programming by the end user.

 

Continuous improvement across the fleet, as lessons from one robot can inform others (subject to 1X’s data‑sharing and privacy design).

 

1X has described visual indicators—such as light cues—to signal when NEO is listening, when it is being remotely guided, or when its status changes, but specific product names like “Emotive Ear Rings” and their exact behavior patterns have not been formally standardized in public technical documentation.

 

A pragmatic path to market

 

1X’s strategy combines consumer homes with enterprise deployments:

 

Home focus: NEO is marketed as a domestic assistant for chores like dish handling, laundry support, tidying, and light household tasks.

 

Enterprise partnership: A strategic agreement with EQT aims to deploy up to 10,000 NEO units across EQT’s portfolio companies between 2026 and 2030, in roles such as manufacturing support, warehousing, and logistics.

 

This dual approach provides both revenue and diverse real‑world environments for NEO to learn in, beyond controlled lab settings.

 

At the same time, 1X acknowledges that consumer expectations for reliability and safety are high, so the company emphasizes gradual capability rollouts, human oversight, and clear user controls.

 

A new category: physical AI for the home

NEO represents 1X’s attempt to define a new category: physical AI for everyday life.

 

The robot is intended to give people more time by taking over repetitive, low‑value domestic tasks, rather than serving as a research curiosity or a purely industrial tool.

 

At a purchase price of $20,000 or a $499/month subscription, NEO is a premium product. The value proposition is not just the hardware, but ongoing access to 1X’s AI stack, continuous software updates, and an evolving ecosystem of capabilities.

 

The humanoid form factor is not merely aesthetic; it is chosen so NEO can reach and manipulate the same infrastructure humans use—shelves, drawers, switches, and appliances—without requiring structural changes to the home.

 

Specifications:

 

Where 1X has not published specific technical values, that is explicitly noted.

 

Dimensions and build

 

Form factor: Human‑scale bipedal humanoid robot designed for operation in typical indoor environments.

 

Frame: Described by 1X as lightweight and compliant, intended to be safe around people.

 

Exterior: Soft, textile‑like or “knit” outer covering over a structural frame, designed to look and feel less industrial.

 

1X has not publicly disclosed:

 

Exact height (cm or ft).

Exact weight (kg or lb).

Structural load ratings.

Joint torque values.

Detailed material composition beyond “lightweight” and “soft” descriptors.

Mobility

Locomotion: Bipedal walking on two legs.

Environment: Primarily designed for indoor use on typical household surfaces.

Control: Whole‑body control and balance systems are implied by its bipedal design and demonstrated walking in public videos.

 

1X has not publicly disclosed:

 

Walking speed (m/s).

Maximum step height or stair specifications.

Incline capability.

Fall‑recovery metrics or robustness data.

 

Manipulation

 

Arms and hands: Dual‑arm system with multi‑finger hands designed for handling common household objects (dishes, clothing, small items, etc.).

 

Task class: Light‑duty household tasks such as dish handling, laundry assistance, plant care, and tidying, as shown in demos and described in coverage.

 

Control: Vision‑guided grasping and manipulation for gentle, precise handling.

 

1X has not publicly disclosed:

 

Maximum payload (kg) per arm or overall.

Peak payload or short‑term overload capacity.

Grip force (N).

 

Exact degrees of freedom per arm or per hand.

Joint torque or speed specifications.

 

Perception and sensors

 

Vision: NEO uses a multi‑camera vision system with depth perception to understand its surroundings and objects in the home.

 

Audio: Equipped with microphones for far‑field voice pickup, enabling room‑level voice interaction.

 

Awareness: Supports object recognition, spatial mapping, and task‑level scene understanding to perform household chores safely.

 

Safety behavior: Includes collision‑avoidance and human‑aware motion planning, with a soft exterior to reduce impact severity.

 

1X has not publicly disclosed:

 

Camera resolutions.

Depth sensor type (e.g., stereo, ToF, LiDAR).

Exact fields of view.

Microphone count or array geometry.

IMU specifications.

Details on tactile sensing (if any) beyond general references to safe contact.

 

Compute and AI

 

Core intelligence: 1X’s World Model, a generalist embodied AI trained on video and other multimodal data, powers NEO’s perception, planning, and control.

 

Capabilities:

 

Task learning from video demonstrations.

Conversion of voice or text instructions into physical actions.

 

Predictive planning and error correction (“imagination”‑like behavior).

 

Continuous improvement via human‑in‑the‑loop training and software updates.

 

On‑device compute: Described as efficient edge AI hardware capable of running the World Model and control stack locally.

 

Cloud support: Optional cloud‑assisted reasoning and updates, depending on user settings and connectivity.

 

1X has not publicly disclosed:

 

Processor type or CPU model.

GPU or accelerator details.

SDK/API availability for third‑party developers.

Supported programming languages.

Detailed offline‑mode specifications or guarantees for local‑only control.

 

Connectivity

 

Wireless: NEO supports standard wireless connectivity (e.g., Wi‑Fi and Bluetooth) for communication with apps and services; some coverage mentions cellular options, but 1X has not fully standardized or detailed 5G support in public technical specs.

 

Integration: Works with a mobile app and remote Expert guidance tools; integration with mainstream voice assistants has been discussed but not exhaustively documented feature‑by‑feature.

 

1X has not publicly disclosed:

 

Network security protocol details (e.g., specific encryption standards).

 

Local‑LAN‑only control options and configurations.

Industrial integration standards (e.g., OPC UA, MQTT) for enterprise deployments.

 

Battery and power

 

Runtime: Public demos and descriptions indicate NEO can operate for several hours performing mixed household tasks before needing to recharge.

 

Charging: Uses a charging dock that connects to standard household power outlets.

 

Power management: Designed to manage load safely and efficiently during operation.

 

1X has not publicly disclosed:

 

Battery capacity (Wh).

Typical or minimum runtime under specific workloads.

Charge time from empty to full.

Power draw under load (W).

Audio and interaction

 

Speakers: NEO includes speakers capable of full‑range audio output and has been described as able to function as a mobile speaker system in some coverage.

 

Interfaces:

 

Voice commands.

Mobile app control and configuration.

Context‑aware, gesture‑sensitive behavior in some scenarios.

 

Status indication: Visual cues (such as lights) indicate states like listening, remote control, or low battery, though exact patterns and branding may vary.

 

Use cases

 

Dish handling and kitchen support (e.g., loading/unloading dishwashers, moving dishes).

Laundry assistance (e.g., moving clothes between machines, folding support in some demos).

 

Trash handling and basic cleanup (e.g., carrying trash bags, tidying items).

 

Plant care (e.g., watering plants as instructed).

General tidying and organization (e.g., picking up items, placing them in designated spots).

 

Light household assistance across a variety of repetitive, low‑skill tasks.

 

All of these use cases are drawn from 1X’s own demonstrations and reputable coverage; more advanced or specialized tasks remain subject to ongoing software updates and training.

 

Pricing

 

Purchase:

 

$20,000 for early access / early adopter units, as announced by 1X and reported in multiple outlets.

 

Subscription:

 

$499/month subscription model, with units under this plan expected to ship later than outright purchase units.

 

Exact terms (contract length, service levels, maintenance, and upgrade policies) are defined by 1X’s current commercial agreements and may evolve over time.

 

Image credit: DigitalDriftT

 

Company Sources:

 

1X Technologies — Official Website
https://www.1x.tech

About 1X Technologies
https://www.1x.tech/about
 

Company Sources:

 

1X and EQT: Strategic partnership to make up to 10,000 humanoid robots available. (Official EQT / 1X announcement; exact title may vary by outlet)

 

1X opens pre-orders for NEO humanoid robot

https://www.therobotreport.com/1x-announces-pre-order-launch-neo-humanoid-robot/

 

Inside 1X’s vision for home humanoid robots

https://www.fastcompany.com/91428202/meet-the-humanoid-robot-headed-for-homes

 

NEO Gamma humanoid robot explained

https://www.notebookcheck.net/1X-Technologies-unveils-NEO-Gamma-humanoid-robot-capable-of-doing-house-chores-and-acting-as-a-mobile-speaker-system.965671.0.html