Sophie💛 (@AccessScaffold) header
Sophie💛 (@AccessScaffold) profile picture

19 🍃 interior design 🤎 bamboo grace elegant lines

01792652688
Joined May 2014
Photo by Sophie💛 (@AccessScaffold)
feeling myself for the next brief moment
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my life is held together by energy drinks and vibes
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ngl staying committed to series that ended ages ago
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ngl staying committed to series that ended ages ago
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hihi looking nice just to take mirror pics
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honestly setting multiple alarms and snoozing every single one
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i love peace but also miss people instantly
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saying one more chapter then it's now 3am
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CEO's question: What will be the hourly cost of work of a humanoid robot? Several projections have been published, e.g. by @CernBasher, @adam_dorr and @GoingBallistic5. Here's my take. I've produced a long-form video on this question (see link in comments). Here is the essence - based on very conservative assumptions (see attached image). - Production cost: $30,000. A humanoid is ~5% the mass of a passenger car. The costly parts are actuators and gearboxes; the rest is electronics, sensors, a few kWh of batteries, and plastics—components that are highly scalable in volume manufacturing. - Operating cost: $30,000 per year, of which $18,000 is human oversight and coordination. This is likely way too high. - Operating time: 6,600 hours per year (330 days × 20 hours/day). That equals the yearly working time of more than three people. - Work speed vs. humans: 100% initially. As with industrial robots, later generations will likely reach 200%+. - Business model: Most manufacturers will offer Robot-as-a-Service (RaaS) rather than selling units, because it drives far higher revenue and margin. Expect an initial one-time fee roughly equal to manufacturing cost plus a usage fee per year, month, day, or hour. - Service life (incl. repairs): 8 years. - Market dynamics: Because humanoids will be highly profitable to use (see below), demand will ramp quickly. But many suppliers will enter, so sustained overly high monopoly pricing is unlikely. Result: Based on these assumptions, a humanoid work hour will cost at most $14. That’s the highest realistic value. With learning effects and scale, the hourly cost will drop below $10 and likely below $5. @rethink_x even projects that by 2035 a humanoid hour could cost less than $1. By comparison, a skilled worker’s fully loaded hour is $42.53. Strategic consequence: In competitive markets, companies will have no real choice: first to replace labor shortages, and soon to replace existing roles. Even at $14/hour, the financial advantage vs. human labor is close to $200,000 per robot per year. I’ve published a three-part video series on the societal implications of this inevitable shift (see comments). Urgent advice: If you make or move anything physical, start rethinking your business around humanoids—as a supplier, service provider, or user. It is quiet now, but the ramp-up will be fast. How about you? Which tasks would you deploy humanoids for first?
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sleeping pup is cute 🐕💛
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So adorable funny puppy 😅🐕
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Access Scaffolding Contracts Ltd, terrycarroll@live.co.uk
Access Scaffolding Contracts Ltd provide safe and secure, high quality scaffolding services for domestic as well as commercial projects,