1X Technologies NEOvsHankook Mirae Technology Hankook Mirae Technology Method-2
Side-by-side comparison of 1X Technologies NEO and Hankook Mirae Technology Hankook Mirae Technology Method-2: specs, price, use cases and SDKs.

NEO
Soft-bodied home humanoid

Hankook Mirae Technology Method-2
A 13-foot manned bipedal robot designed for extreme hazardous environments.
Specifications
| Spec | NEO | Hankook Mirae Technology Method-2 |
|---|---|---|
| Price (USD) | $20,000 | $8,300,000 |
| Category | humanoid | humanoid |
| Payload | 20 kg | null kg |
| Runtime | 4 h | null h |
| Speed | — | null m/s |
| Weight | 30 kg | 1360.78 kg |
| Degrees of Freedom | — | null |
- Home assistance
- Elderly care
- Housework
- Hazardous environment operations
- Disaster relief
- Military operations
- Nuclear waste cleanup
When to pick which
Choose the 1X Technologies NEO for residential care providers or private homeowners requiring safe, close-quarters interaction. Its $20,000 price point allows for multi-unit fleet deployment in assisted living facilities to handle repetitive housework or elderly assistance. The soft-bodied construction and lightweight 30kg frame prioritize human safety, a critical constraint in domestic settings where heavy machinery is prohibited. Developers can leverage the Python SDK to integrate custom AI for social care. With a 20kg payload capacity relative to its own mass, it is highly efficient for carrying groceries or laundry without the infrastructure requirements of industrial-grade bipeds.
Select the Hankook Mirae Technology Hankook Mirae Technology Method-2 for government agencies or industrial firms operating in high-risk zones like nuclear waste sites or disaster-stricken urban areas. This 13-foot, 1360kg manned biped is designed for heavy-duty debris removal and structural stabilization where human presence is too dangerous but human-like force is required. Its $8.3 million cost reflects its role as a specialized heavy vehicle rather than a service robot. Limited public spec data — request a vendor briefing for precise payload and battery endurance. It is the primary choice for military or civil engineering projects requiring massive physical presence and environmental shielding.
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