Prediction: Humanoid robots will see major commercial deployment by 2035
Operational definition: “Major commercial deployment” means at least 100,000 humanoid robots deployed in non-research, revenue-generating roles across at least 3 industries.
Confidence
40%
Time Horizon
2025 – 2035 (10 years)
Reasoning
- Rapid progress in robot dexterity and locomotion (Boston Dynamics, Tesla Optimus, Figure)
- AI reasoning advances (LLMs, multimodal models) enabling better real-world understanding
- Manufacturing and logistics have strong economic incentives for automation
- But hardware remains expensive, unreliable, and hard to scale
- Social and regulatory acceptance is uncertain
Key Assumptions
- Battery density continues improving at current rates
- AI safety regulation doesn’t cap deployment
- Cost per unit drops below $50,000 (currently >$100,000 for prototypes)
Evidence That Would Update Me Upward
- A company deploys >1,000 robots in a single commercial facility
- Unit cost drops below $30,000
- Major labor shortages in manufacturing or elder care drive government subsidies
- A general-purpose robot passes a standardized “usefulness” benchmark
Evidence That Would Update Me Downward
- A high-profile safety incident leads to a regulatory freeze
- Tesla Optimus or Figure fails to ship commercially by 2028
- Cost per unit remains above $80,000 through 2030
- Public backlash against automation intensifies
Base Rate
- Industrial robot adoption took ~30 years to reach 3 million units globally
- Autonomous vehicles have been “5 years away” for 15 years
- New general-purpose hardware categories (smartphones) can scale faster than specialized industrial equipment
Confidence Log
| Date | Confidence | Change | Reason |
|---|---|---|---|
| 2025-01-01 | 40% | — | Initial — bullish on tech, bearish on timelines given robotics history |
Review Schedule
- Initial: 2025-01-01
- Next review: 2026-01-01