ImageImage source: 1x.tech
1X's generalist AI model that lets NEO learn and repeat chores, working with a built-in LLM and memory.
Estimated price
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Published prices converted at USD 1 = JPY 150, CNY 1 = JPY 21, EUR 1 = JPY 165 for reference. Tax, shipping, duties, support and certification differ by source, so we quote the landed total in Japan.
| Form factor | Robot foundation model |
|---|---|
| Status | Pilot |
| Other | Runs on NEO Cortex (NVIDIA Jetson Thor), up to 2,070 FP4 TFLOPS |
Specs are based on maker publications and press reports; real performance depends on configuration and environment. Prices vary with exchange rates, configuration, shipping, duties and support, so we provide final figures by quote.
MAKER
1X Technologies
🇺🇸 United States ・ Palo Alto, California ・ Founded 2014
Maker of NEO, a home humanoid available to order for $20,000
Learn moreThe official store takes orders at $20,000 or $499/month with US deliveries starting in 2026; early units combine basic autonomy with remote expert supervision.
Announced December 2025: an intent to roll out up to 10,000 1X humanoids across EQT's roughly 300 portfolio companies in 2026-2030, with each company making its own implementation decision.
NEO's first-year production capacity reportedly sold out within five days of preorders opening in October 2025. Full-scale production began in Hayward in April 2026, but customer deliveries were still ahead at that time.
ImageOpen-source dual-system VLA models ('slow thinking, fast execution') released from August 2025; G0 Plus is plug-and-play and G0 Tiny targets edge deployment.
ImageOpen VLA foundation model for humanoids with roughly 3B-parameter weights on Hugging Face.
ImageVLA models; π0.5 targets generalization to unseen homes. Weights and code are released via openpi.
ImagePI's latest model, with better task decomposition, prompt adherence and recovery; a warehouse demo reportedly reached 96.4% autonomy over an eight-hour shift.
Just tell us what you want to do — move parts in a factory, automate inspection rounds. We'll propose robots, a quote and a development plan.
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