Brett Adcock: Electric humanoid robots are revolutionizing home automation, AI will drive unprecedented productivity, and the next 36 months will see transformative tech advancements | Shawn Ryan Show

AI-driven humanoid robots are set to revolutionize industries by addressing labor shortages and boosting productivity.

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Add us on Google by Editorial Team Apr. 10, 2026

Key takeaways

• The development of affordable electric humanoid robots has accelerated significantly, bringing futuristic technology into the present.
• Autonomous robots designed for home use face complex safety challenges, requiring advanced strategies to ensure they operate without human intervention.
• The next 36 months are expected to bring transformative technological events, particularly in AI.
• There is a strong belief that AI technology is not in a bubble, contrary to some market narratives.
• AI integration into the physical world is anticipated to lead to unprecedented productivity increases.
• Synthetic humans powered by AI could significantly reduce the cost of goods and services, ushering in an age of abundance.
• AI is expected to automate busy work in both digital and physical lives, freeing up human time for more valuable activities.
• Electric aircraft that can take off vertically are poised to revolutionize urban transportation by eliminating the need for traditional airports.
• Urbanization trends predict that by mid-century, 70% of the world’s population will live in cities, increasing the demand for efficient transportation solutions.
• Electric aircraft efficiency is highly dependent on rotor disc area and power management due to battery energy limitations.
• The shift from hydraulic to electric humanoid robots marks a significant technological advancement.
• AI’s ability to replicate human tasks could transform economic structures and consumer pricing.
• The potential of eVTOL aircraft to alleviate urban traffic congestion is a major advantage.
• The design and limitations of electric aircraft are influenced by the need to maximize rotor disc area for efficiency.
• The rapid advancement in robotics technology allows for practical applications in homes and urban environments.

Guest intro

Brett Adcock is Founder and CEO of Figure, a company building general-purpose humanoid robots designed to address labor shortages in manufacturing, logistics, warehousing, and retail. Previously, he founded Archer Aviation in 2018, where he architected and flight-tested five generations of electric vertical takeoff and landing aircraft, raised over US$1 billion in capital, and secured a US$1.5 billion partnership with United Airlines. At 26, Adcock founded Vettery, an AI-powered talent marketplace that scaled to 30,000 interviews per month before being acquired by The Adecco Group for US$110 million in 2018.

The acceleration of humanoid robot development

• The development of electric humanoid robots has rapidly progressed, pulling forward technological advancements by about ten years.

• I think we’re thankful now like looking back like that we like it feels like we somehow pulled like ten years of the future forward we have like electric humanoids that like are reasonably priced that can do like a useful.

  — Brett Adcock

• The shift from hydraulic to electric robots is significant for the industry.
• Electric humanoid robots are now reasonably priced and capable of practical applications in homes.
• The advancements in robotics technology have made it possible to create more affordable and functional robots.
• The robotics industry has seen a significant shift towards electric humanoid robots.
• The progress in robotics technology is allowing for new applications in everyday life.
• The shift to electric robots is a major technological advancement in the robotics field.

Challenges in developing autonomous household robots

• Developing autonomous robots for home use is a complex challenge, especially regarding safety.

• I think the it’s a very it’s i mean this is a very very tough problem we have to get the product cheap enough we have to make enough of them… we need that all done in a mechanical system that doesn’t have any humans around for maybe most of this that does it autonomously and not makes any mistakes.

  — Brett Adcock

• Safety strategies are crucial for the successful deployment of household robots.
• The complexity of creating autonomous robots lies in ensuring they operate safely without human intervention.
• The technical challenges in robotics include making the products affordable and safe.
• Autonomous household robots must be designed to function without human oversight.
• The safety and functionality of robots in domestic environments are key challenges.
• Advanced safety strategies are needed to address the complexities of autonomous household robots.

Transformative potential of AI in the next 36 months

• The next 36 months are expected to bring some of the most transformative events in technology, particularly in AI.

• I think you’ll see the some of the most transformative events and technology happen over the next like thirty six months we’ve ever seen in in our like ever ever.

  — Brett Adcock

• There is a strong belief that AI technology is not in a bubble, contrary to some market narratives.

• Absolutely not; I think I think you’ll see the some of the most transformative events and technology happen over the next like thirty six months.

  — Brett Adcock

• The potential for rapid advancement in AI technology is significant.
• The future impact of AI is expected to be profound, with major technological advancements on the horizon.
• The belief that AI is not in a bubble challenges the prevailing narrative about its valuation.
• The next few years are anticipated to be a period of significant technological transformation.

AI’s impact on productivity and economic structures

• The integration of AI into the physical world is expected to lead to unprecedented productivity increases.

• we’re at the start line of that happening which is like how do we get ai out into the physical world at scale… that will lead to such a productivity… I think the greatest increase in productivity we’ve ever seen in our lifetime.

  — Brett Adcock

• AI will enable the creation of synthetic humans that can perform human-like tasks, reducing the cost of goods and services.

• if you’re able to make like as many synthetic humans… that’ll lead to… reduce goods and service prices to unprecedented levels like a like a true age of abundance.

  — Brett Adcock

• AI’s ability to replicate human tasks could transform economic structures and consumer pricing.
• The productivity increases from AI integration are expected to be the greatest in our lifetime.
• The creation of synthetic humans powered by AI could lead to an age of abundance.
• AI’s impact on productivity and economic structures is anticipated to be transformative.

Reducing busy work with AI automation

• AI is expected to significantly reduce the amount of busy work in both digital and physical lives.

• I wanna delegate that out to my AI to do and fully automate it out… I’m gonna delegate out all this busy work on both my digital life and physical life to robots and they’ll just do all of it.

  — Brett Adcock

• The automation of tasks by AI will free up human time for more valuable activities.
• The potential for AI to automate busy work is a significant advantage.
• AI’s ability to automate tasks in everyday life is expected to transform how people manage their time.
• The reduction of busy work through AI automation is a key benefit of the technology.
• AI’s role in automating tasks is expected to have a major impact on daily life.
• The delegation of busy work to AI will allow people to focus on more meaningful activities.

Revolutionizing urban transportation with electric aircraft

• Electric aircraft that can take off vertically are poised to revolutionize urban transportation.

• you can build like an electric aircraft that can take off like a helicopter… if you can take off vertically you can basically nestle the aircraft inside of cities.

  — Brett Adcock

• The ability to take off vertically eliminates the need for traditional airports.
• Urban air mobility is a potential solution to traffic congestion in cities.
• The potential for eVTOL aircraft to alleviate urban traffic congestion is a major advantage.
• The development of electric aircraft is a significant advancement in urban transportation.
• The ability to nestle aircraft within cities offers new possibilities for urban mobility.
• Electric aircraft offer a promising solution to the challenges of urban transportation.

Urbanization trends and the demand for transportation solutions

• By the middle of the century, a significant portion of the world’s population will live in cities.

• half the world lives in cities today… by like in middle of the middle of the century it’d be like 70% of the world.

  — Brett Adcock

• The increase in urban populations will drive demand for efficient transportation solutions.
• Urbanization trends highlight the growing need for innovative transportation infrastructure.
• The relevance of eVTOL technology is supported by the increasing urbanization of the global population.
• The demand for efficient urban transportation solutions is expected to grow as more people live in cities.
• The shift towards urban living underscores the importance of developing new transportation technologies.
• The growing urban population will necessitate advancements in transportation infrastructure.

Design considerations for electric aircraft efficiency

• The efficiency of electric aircraft is heavily influenced by rotor disc area and power management.

• you basically want to make to create the most efficient lifting device possible you need as much of like the rotor disc area like like in terms of surface area as you possibly can… the problem you’re starting with is you have like one thirtieth of the energy is as you do in kerosene in a battery pack.

  — Brett Adcock

• Battery energy limitations pose challenges for electric propulsion compared to traditional fuel sources.
• The design of electric aircraft must maximize rotor disc area for efficiency.
• The limitations of battery energy require careful power management in electric aircraft.
• The efficiency of electric aircraft is a key consideration in their development.
• The technical challenges of electric propulsion highlight the need for innovative design solutions.
• The design considerations for electric aircraft are influenced by the need to optimize energy use.

Disclosure: This article was edited by Editorial Team. For more information on how we create and review content, see our Editorial Policy.