Skip to content
Industrial Arm

A1 X

Built by Galaxea AI · China

Updated May 2026·methodology
Ask Scout

The A1 X is a Industrial Arm developed by Galaxea AI (China). Key specifications: arm class small payload, payload 5 kg, reach 600 mm, repeatability ±1 mm.

Robo Index

A

Strong evidence

4 of 10 signals present

Recomputed nightly from public data. Missing data is skipped, never zero-filled — and rankings are never for sale.

Weighted factors

average of the 4 scored · blanks don't count

Commercial maturity15%85/100
Deployment footprint22%unknown
Proven track record9%unknown
Spec completeness22%100/100
Company financial health11%91/100
Company maturity4%unknown
Manufacturer portfolio4%66/100
Media mentions (trailing 12 months)7%unknown
Independent recognition3%unknown
Market momentum1%unknown

Will it fit your job?

Tell us the job in plain words — we'll show how this robot measures up, line by line.

No needs set yet

Tell us what your job needs — payload, budget, region, must-have certifications — and we'll show how A1 X measures up, requirement by requirement. The Robo Index (trust) above is shown for every buyer, regardless.

Overview

The Galaxea A1 X is a 6-degree-of-freedom (6-DOF) compact and lightweight robotic arm designed for high-precision tasks. It features a spherical joint at the end-effector mimicking human wrist flexibility for smooth trajectory operations. Weighing only 4.2 kg, it offers a continuous payload of 3 kg and a maximum payload of 5 kg. The arm is built for space-constrained environments with its slim profile (100mm width) and a reach of 600 mm, achieving a repeatability of ±0.1mm (or ±0.05mm per detailed specs) and a maximum end-effector speed of 5 m/s.

Flagship features

  • Designed for research applications by experienced users only
  • Not certified for general consumer use in the home
  • Total 24 DOF (6 chassis + 4 torso + 7 per arm with gripper)
  • Torso enables lift/tilt/swivel functions
  • 360° LiDAR with 0.1 m blind zone, up to 2 units
  • Binocular depth camera on head, monocular depth cameras on wrists, monocular cameras on chassis

Buyer decision signals

Viability

$169.4M raisedest. 2023

Series B financing

Specifications

Category: Industrial Arm
Arm class
small payload
Payload
5 kg
Reach
600 mm
Repeatability
±1 mm
Weight
96 kg
Mounting
floor
Programming
code python,code ros
Industries
research
VerifiedSelf-reportedEstimated

Company profile

Funding raised
$169.4M
Founded
2023

Detailed specifications

Motion & kinematics5
Dof
6
Dof Total
6
Dof Per Arm
6
Repeatability Precise
±0.05 mm (from detailed table)
Manipulation Repeatability Mm
0.05
Power & battery1
Power Consumption W
480
Sensors1
Maximum Load Duration
10 minutes
Compute1
Ros Industrial Support
vendor_supported
Other26
Height Cm
30.5
Height Mm
305
Industries
electronics,general_manufacturing,other
Applications
assembly,inspection,research
Arm Reach Cm
60
Sub Category
wheeled_manipulator
Max Speed M S
10
Mobility Type
static
Company Country
CN
Payload Peak Kg
5
Payload Per Arm
true
Price On Request
true
Country Of Origin
CN
Physical Width Mm
100
Target Industries
manufacturing,research_academic
Physical Height Mm
305
Physical Length Mm
600
Primary Applications
research_development,manufacturing_assembly
Continuous Payload Kg
3
Programming Languages
Python
Additional Information
- Designed for research applications by experienced users only - Not certified for general consumer use in the home - Total 24 DOF (6 chassis + 4 torso + 7 per arm with gripper) - Torso enables lift/tilt/swivel functions - 360° LiDAR with 0.1 m blind zone, up to 2 units - Binocular depth camera on head, monocular depth cameras on wrists, monocular cameras on chassis - Emergency stop button and battery indicator (tri-color breathing light) - Cooling system with two low-noise air ducts - Joystick controller with up to 1.5 km range - 48 V lithium-ion battery, 1680 Wh, with BMS - Computing: up to dual-SOC with 550 TOPS, 64 GB LPDDR5 RAM, 1 TB SSD - Ethernet, USB, HDMI interfaces - 3-pin aviation plug for powering external devices (24V and 5V) - Important limitation: arm motors do NOT have brakes; power loss may cause arms to drop
Deployment Environment
indoor
Degrees Of Freedom Total
6
Continuous Load Condition
Continuous operation
Max End Effector Acceleration
38 m/s²
Max End Effector Linear Speed
5 m/s

Where to buy

Get a price or reach an authorized seller — pick your region, then request a quote.

No authorized seller is listed for this robot yet — request a quote below and we’ll connect you with Galaxea AI or an authorized seller.

Request a quote — goes straight to Galaxea AI.

Where will these robots operate? Often the same as your country — add more for multi-country deployments.

Your request goes to Galaxea AI.

Every authorized seller serving your region is shown equally — placement is never sold, and this data never affects a robot’s score. A seller’s absence here doesn’t mean they aren’t authorized.

Company milestones

  • Feb 2026FundingSeries B financing
  • Jan 2025LaunchR1 Series humanoid robots announced
  • Jan 2025LaunchR1 Series humanoid robots launched
  • 2026MilestoneR1 Series 2026 Full Upgrade
  • 2026DeploymentRoCo Challenge finalists deployed onto Galaxea R1 Lite
  • 2025AwardFirst Prize in 2025 ICRA WBCD Competition
  • 2024LaunchReleased first robotic arm A1
  • 2024LaunchUnveiled humanoid robot R1

More videos

Introducing the A1 Robotic Arm: Precision and Power Unleashed by Galaxea AI

Galaxea

The Galaxea A1Z is officially here

Galaxea

Frequently asked questions

Who makes the A1 X?
The A1 X is developed by Galaxea AI, based in China.
What type of robot is the A1 X?
The A1 X is a Industrial Arm made by Galaxea AI.
How much does the A1 X cost?
Pricing for the A1 X is not publicly listed — contact Galaxea AI for a quote.
What are the key specifications of the A1 X?
Key specifications of the A1 X: arm class small payload, payload 5 kg, reach 600 mm, repeatability ±1 mm, weight 96 kg.

Reviews for A1 X

Loading reviews…

Get pricing from

Galaxea AI

Buyers also compared this with

Related reading

Industry Knowledge →