Payload
18 lbs
Official arm payload; not a certified continuous whole-body rated payload.
Home humanoid with early-access autonomy and scheduled remote assistance
Product information
Information below comes from the product website or public documentation. Pricing and availability may change.
- Category
- Humanoid Robots
- Maturityi
- Announced
- Deploymenti
- Physical hardware
- Buying / access
- Pre-order
- Source
- Official websiteChecked Sep 30, 2026
Key specifications
Sources are linked in the table. Select a specification for its meaning and buying context.
Travel speed
1.4 m/s
Walking speed.
Travel speed
6.2 m/s
Maximum running speed
Manufacturer maximum running speed, not daily guaranteed speed.
Robot body weight
66 lbs
Converted using 1 lb = 0.45359237 kg.
Standing height
5′6″
Converted from 66 inches; not manufacturer-rounded metric height.
Official page does not identify the test workload.
Body
Body only.
Hands
Hands only; not whole-robot immersion protection.
Actuation
Low-inertia tendon drives
AI compute
Up to 2070 FP4 TFLOPS
FP4; do not compare as FP32 throughput.
Arm degrees of freedom
7 × 2
Audible noise
22 dB
Test distance and weighting are not specified.
Battery energy
842 Wh
Camera
Dual 8.85 MP / 90 Hz stereo fisheye
Carrying load
55 lbs
Chipset
1X NEO Cortex / NVIDIA Jetson Thor
Connectivity
Wi-Fi / Bluetooth / 5G
Hand degrees of freedom
22 × 2
Hand speed
8.0 m/s
Leg degrees of freedom
6 × 2
Lifting load
154 lbs
Microphones
4 beamforming microphones
Neck degrees of freedom
3
Quick-charge claim
6 min per hour of runtime
Manufacturer claim; not time to full charge.
Spine degrees of freedom
2
Tendon-drive accuracy
1 mm
Tendon Drive section only.
Tendon-drive backdrivability
95%
Tendon-drive repetition
0.1 mm
Official Tendon Drive metric; not ISO 9283 robot pose repeatability.
Tendon-drive torque accuracy
2%
Tendon-drive section, not whole-robot positioning accuracy.
| Specification | Value | Conditions |
|---|---|---|
| Payload | 18 lbs | Official arm payload; not a certified continuous whole-body rated payload. |
| Travel speed | 1.4 m/s | Walking speed. |
| Travel speed | 6.2 m/sMaximum running speed | Manufacturer maximum running speed, not daily guaranteed speed. |
| Robot body weight | 66 lbs | Converted using 1 lb = 0.45359237 kg. |
| Standing height | 5′6″ | Converted from 66 inches; not manufacturer-rounded metric height. |
| Battery runtime | 4 h | Official page does not identify the test workload. |
| Ingress protection | IP44Body | Body only. |
| Ingress protection | IP68Hands | Hands only; not whole-robot immersion protection. |
| Actuation | Low-inertia tendon drives | — |
| AI compute | Up to 2070 FP4 TFLOPS | FP4; do not compare as FP32 throughput. |
| Arm degrees of freedom | 7 × 2 | — |
| Audible noise | 22 dB | Test distance and weighting are not specified. |
| Battery energy | 842 Wh | — |
| Camera | Dual 8.85 MP / 90 Hz stereo fisheye | — |
| Carrying load | 55 lbs | — |
| Chipset | 1X NEO Cortex / NVIDIA Jetson Thor | — |
| Connectivity | Wi-Fi / Bluetooth / 5G | — |
| Hand degrees of freedom | 22 × 2 | — |
| Hand speed | 8.0 m/s | — |
| Leg degrees of freedom | 6 × 2 | — |
| Lifting load | 154 lbs | — |
| Microphones | 4 beamforming microphones | — |
| Neck degrees of freedom | 3 | — |
| Quick-charge claim | 6 min per hour of runtime | Manufacturer claim; not time to full charge. |
| Spine degrees of freedom | 2 | — |
| Tendon-drive accuracy | 1 mm | Tendon Drive section only. |
| Tendon-drive backdrivability | 95% | — |
| Tendon-drive repetition | 0.1 mm | Official Tendon Drive metric; not ISO 9283 robot pose repeatability. |
| Tendon-drive torque accuracy | 2% | Tendon-drive section, not whole-robot positioning accuracy. |
Official product pageSource accessed Sep 30, 2026
Specifications are compiled from the linked manufacturer-published sources and may vary by model, configuration or region. Confirm the latest manufacturer documentation before purchase.
Reality check
A demo shows what may be possible. These points help judge whether the product fits day-to-day use.
Works well when
- Research, teleoperation and embodied-AI data collection
- Structured factory or reception pilots
- Tasks where a human-shaped workspace matters
What to check
- Continuous runtime, fall recovery and battery workflow
- SDK, low-level control access and spare-part lead time
- Emergency-stop features and supported operating environments
Not a magic solution
- A general replacement for a human across unpredictable tasks
- A maintenance-free appliance
- A guaranteed return based on a demo alone
About
NEO is 1X’s humanoid for home use, with voice interaction, chore scheduling and remote control. Early Access provides foundational autonomy. For tasks it has not learned, scheduled Expert Mode lets a 1X expert remotely guide the robot. Autonomous and remotely assisted tasks should therefore be distinguished. The official page separates lifting, carrying and arm payload, and lists different ingress protection for hands and body. It accepts a reservation deposit; the deposit is not the full purchase price, and an order button does not establish local stock or delivery eligibility.
Tags
HardwareSMB-Friendly
Scenes
Product details
- Manufacturer / team
- 1X Technologies
The cost iceberg
The purchase price is only one part of an automation project.
Batteries, charging and safe test space
SDK integration, teleoperation and compute
Fall recovery, spares and specialist support
Experiment downtime and hardware damage