The future of robotics and AI is rapidly evolving, with advancements in humanoid robots like the Atlas potentially impacting industries and the workforce
Questions to inspire discussion
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What are the advancements in humanoid robots?
—The speaker discusses the advancements in humanoid robots, particularly the new electric Atlas robot, and its potential impact on industries and the workforce.
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What are the issues with the Boston Dynamics Atlas robot?
—The speaker highlights the outdated and expensive design of the original Atlas robot, as well as specific issues with the hand and wrist design that need improvement.
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What improvements have been made in the new Atlas robot?
—The new Atlas robot has made improvements in its design, particularly in the waist and upper body, and has become lighter and less complex than the previous version.
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What are the potential uses for the Atlas robot?
—The speaker discusses potential uses for the Atlas robot, including in factory settings and automation pilots in industrial plants.
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What are the cost and production considerations for the Atlas robot?
—The cost of building the Atlas robot is estimated to be under $ 100,000, with potential for further cost reduction and efficient design, and the design of the robot's components is also discussed.
Key Insights
- 🔮 The future of robotics and AI is uncertain and constantly evolving, with new developments and advancements happening rapidly.
- 🤖 Dr. Scott Walter has spent four decades analyzing humanoid robots and their usability in factories, providing valuable insight into their potential impact on industry.
- 🤖 Boston Dynamics has learned from past design mistakes and is now moving towards all-electric humanoid robots, showing their commitment to innovation and improvement.
- 🦖 Additional arms on robots like little T-Rex arms could potentially be a game-changer in their functionality and capabilities.
- 🤖 The potential for the Atlas robot to have an owl-like head sets it apart from other bots and opens up new possibilities for its capabilities.
- 🤖 The design of the Torso in the Atlas Robot is an interesting and innovative approach to movement and weight distribution.
- 🏋️♂️ The new robot is targeting a weight of around 130 pounds, aiming to be lighter and more practical for home use.
- 🤖 The potential use of the Atlas robot in Hyundai automation raises questions about the future of human tasks in the workforce.
- 🧠 The design of the Atlas robot has been carefully thought out, with a focus on hiding cabling and creating a smooth appearance.
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Clips
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00:00 🤖 Boston Dynamics announced the death and rebirth of Atlas, sparking discussion on the company's direction, with the speaker analyzing the robot's outdated and expensive design not meant for mass production.
- Boston Dynamics announced that Atlas is dead, but then announced that it is reborn, prompting discussion on the direction of the company.
- The speaker has decades of experience in robotics and factory simulation, and has been analyzing humanoid robots for their usability in factory settings.
- The speaker discusses the outdated and expensive design of the Boston Dynamics Atlas robot, which was not meant for mass production and was primarily used for fundraising.
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03:34 🤖 Boston Dynamics unveils new electric Atlas robot, learning from past mistakes and planning to produce a more advanced version, with a speaker suggesting a status indicator for the robot's head.
- Boston Dynamics has unveiled a new electric Atlas robot, learning from past design mistakes and moving forward with a plan to produce a more advanced version.
- The speaker likes the design of the robot's head and suggests having a status indicator, similar to humans.
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05:54 🤖 The Atlas robot has made improvements in its design, particularly in the waist and upper body, but there are still issues with the wrist and lower arm that need improvement.
- The Atlas robot looks impressive and capable, but there are issues with the hand and wrist design that need improvement.
- The Atlas robot has made improvements in its design, particularly in the waist and upper body, but there are still issues with the wrist and lower arm.
- The robot is double-jointed, allowing for extended range of motion, and the addition of extra arms, like T-Rex arms, could potentially make it even more versatile.
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08:29 🤖 The Atlas robot has improved movement capabilities and potential communication upgrades for industrial use.
- The Atlas robot has improved movement capabilities, with the ability to pivot its legs and potentially flip its arms, while maintaining a stable torso and head.
- The robot has air vents for cooling and possibly a Wi-Fi router in its head for industrial grade communication.
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10:31 🤖 The Atlas robot's new design allows for more space and weight capacity, with parallel kinematics in the wrist and a focus on managing heat and power consumption.
- The robot's torso design allows for more space and weight capacity by moving electronics and CPU to the head.
- The use of parallel kinematics in the wrist of the Atlas robot allows for more space for components and batteries, unlike the stacked motors in the wrist of other bots which take up a lot of space.
- The compute in the robot produces more heat than the motors, and the control systems and actuators consume more power than the actuators themselves.
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13:44 🤖 The new Atlas robot is lighter, taller, and more stable, making it suitable for home use.
- The new Atlas robot is lighter and less complex than the previous version, with a target weight of around 130 pounds, making it more suitable for home use.
- The new Atlas robot is taller than the original, around 5'4 to 5'9, and the shock absorber demo was impressive.
- The squares on the floor are used for stability, and the speaker believes the robot is around 5 feet tall.
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16:27 🤖 Hyundai plans to use the small Osmo robot in automation pilots, while designing the Atlas robot for different population groups and aiming for cost reduction.
- The Osmo robot, owned by Hyundai, may not be valuable due to its small size, but Hyundai plans to use it in automation pilots in their US plants.
- Designing robots for different population groups based on height demographics and ergonomic workspaces, with considerations for global averages and regional differences.
- The cost of building the Atlas robot is estimated to be under 100,000, with potential for further cost reduction and efficient design.
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19:23 🤖 The Atlas robot's design and actuators are being optimized for mass production and cost efficiency, using rotary motors and connecting rods for actuation, potentially affecting costs and scalability in the robotics field.
- The design of the hip actuator in the Atlas robot appears to be combined for mass production and cost efficiency, with the motor for vertical rotation likely housed in the lower leg and the knee joint using a connecting rod for actuation.
- The Atlas robot's elbow has a built-in actuator, and the commonality of actuators can affect costs and scalability.
- The robot is using a rotary motor with connecting rods hidden inside the housing, and it is being actuated with rotary drives instead of linear drives.
- The speaker discusses questions about robotics, winners and losers in the field, and encourages viewers to stay tuned for more content.
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Duration: 0:22:54
Publication Date: 2024-04-25T10:51:58Z
WatchUrl:https://www.youtube.com/watch?v=2ex_79rO2KA
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