NERO
A robot arm from China.
Sources retrieved: 4 November 2026 (A, B)
- Intended use, per the manufacturer
- Not stated
- Indicative price
- Not stated
Manufacturer's own photo.
Specifications
13 of 22 stated 9 not stated
9 fields hidden
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- not statedNo source
- noyesStated by a source
- 0Reported as zero
- ASource
- A*Source with a caveat (select it)
- CERecords only what the manufacturer states regarding CE marking.
Select a source marker for source details and notes.
Performance4/5 disclosed
Physical4/5 disclosed
Mounting, power and communication3/4 disclosed
Sensing and autonomy2/2 disclosed
Commercial0/1 disclosed
Compliance & certifications0/5 disclosed
Against the field
Each strip holds every robot of this type in the guide that states the figure, one bar per group of values. Further right means a larger figure, not a better robot. A taller bar means more robots in that group.
Payload
3kg6.61lbOur conversion from 3 kg. The manufacturer does not state an imperial figure itself, so the conversion has no source of its own.
50 robot arms state a payload
41 state a higher figure, 3 a lower one. 5 more state exactly the same figure.
Reach
580mm22.8inOur conversion from 580 mm. The manufacturer does not state an imperial figure itself, so the conversion has no source of its own.
49 robot arms state a reach
47 state a higher figure, 1 a lower one.
Weight
4.8kg10.6lbOur conversion from 4.8 kg. The manufacturer does not state an imperial figure itself, so the conversion has no source of its own.
46 robot arms state a weight
43 state a higher figure, 2 a lower one. Log scale: each step along the axis multiplies the value.
Degrees of freedom
7DoF
45 robot arms state degrees of freedom
0 state a higher figure, 32 a lower one. 11 more state exactly the same figure. 1 states only a bound (≥ or ≤) and is not ranked.
Notes
AgileX's user manual describes the arm as “specially designed for the education and research industry, consumer application scenarios, and industrial automation”.
AgileX's Python SDK repository states: “pyAgxArm is a Python SDK for AgileX robotic arms and end effectors.”
Sources
One line per source, not per figure: a source has one retrieval date.
- Aglobal.agilex.ai/products/neroMain source. Retrieved 4 November 2026
- Bcdn.shopify.com/s/files/1/0551/0630/6141/files/NERO_USER_MANUAL.pdf?v=1791975596Secondary. Retrieved 4 November 2026
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