Optimus Robot

tahanson43206 · 2024-01-31 21:45:43

For SpaceNut .... I could not believe we did not have a topic about Optimus.

I searched twice to be sure.

This topic is offered for NewMars members who catch updates on development of the Elon Musk robot venture, or wish to make comments about the machine.

(th)

tahanson43206 · 2024-01-31 21:47:15

https://interestingengineering.com/inno … 31.01.24_5

The article at the link above includes links to video, as well as an update on progress in development of the system.

Rizwan Choudhury
Published: Jan 30, 2024 11:31 PM EST
INNOVATION

(th)

Void · 2024-02-01 11:46:40

Here is some more roboblab: https://www.youtube.com/watch?v=7RdGZDS_IQs
Quote:

Tesla OPTIMUS Deep Dive w/ AI & Robotics Experts James Douma & Scott Walter PART 1
Hans Nelson
3.51K subscribers

Thanks for starting this topic.

Done

Last edited by Void (2024-02-01 11:48:36)

Void · 2024-02-03 17:33:20

This can connect to Optimus, but also is its own thing. I anticipate that when you are in space, you may have an Optimus Robot as a second body, that can walk on the surface of alien worlds with much less life support than a human.

https://www.youtube.com/watch?v=bcbur9prog0
Quote:

BREAKING: Elon Musk “First Human Gets Neuralink Telepathy Implant”
Brighter with Herbert

I am not sure that the data throughput would be enough for that but maybe.

I was going to start a new topic but you can choose.

Done

Last edited by Void (2024-02-03 17:35:43)

Void · 2024-02-04 18:28:21

Perhaps some will like this: https://www.youtube.com/watch?v=V1ZGDLmOL0o
Quote:

Tesla Bot Expert Shows Video of Optimus Lifting a Grand Piano!
Brighter with Herbe

Done

Last edited by Void (2024-02-04 18:29:29)

Void · 2024-02-05 09:18:08

No, Optimus did not lift a piano, but they did show that the actuators are very strong in some cases.

Done

Void · 2024-02-05 12:09:00

https://www.youtube.com/watch?v=rGuxOg0ESdY
Quote:

Part 2: Tesla OPTIMUS Deep Dive w/ AI & Robotics Experts James Douma & Scott Walter
Hans Nelson
4.09K subscribers

More then!

Done

Void · 2024-02-12 13:43:00

I guess I can put this here: https://www.youtube.com/watch?v=GFdiTMY3Kms
Quote:

Elon Musk says 1 Billion Tesla Robots are coming to the workforce
The Electric Viking
195K subscribers

There are several wild cards in this.

-How fast will the robots progress in skills.
-How many will be on various worlds?
-How will the wealth they create on other worlds affect what can be lifted off of those various worlds?

Done

Last edited by Void (2024-02-12 13:48:01)

Void · 2024-02-12 21:39:06

Just now, I think I want to imagine robotics for different planets.

For Mars, I think solar robots, that can posture themselves for advantage, and even may have pivots, wheels, legs and quick disconnects/reconnects to utility services.

For Venus, I am thinking flying robots, hives, perpetual basking in sunlight. Venus appears to be very nice. It should be relatively easy to establish if life is in the atmosphere/clouds. If not then we might be free to terraform.

Self-building platforms. It appears to me that the key to the game is to deal with the formation of Sulfuric Acid. Sulfuric Acid could be the source for water and for other Hydrogen compounds.

An Ozone layer can reduce the rate that UV radiation creates Sulfuric Acid. We may or may not be able to get a robotic effort to create an Ozone layer for Venus. Perhaps it cannot be done, as the electric field of Venus appears to levitate Oxygen into space.

Another tool is heat. Heat can decompose H2SO4 into water and Sulfur Oxides.

Typical notions of atmospheric platforms on Venus involve filling a bladder with Earth like air or Nitrogen as a flotation gas. Well, that is an interesting notion which advances the chances of success. But what if we make platforms for small robots? Small is anything from small sized humanoid robots to nano-machines. Possibly the sized of tardigrades, maybe the size of Earth insects perhaps Bees or Ants?

The atmosphere is sort of 4 dimensional. if you allow for time. The solar input though is rather two dimensional, I speculate.

So, it may make sense that the bulk of platform should not be to support humans or for instance Blue Whales, but small robots.

For instance, the bulk of the platform should not be built not be built to support the walking weight of a human, but particular areas might be built that way, perhaps walkways and roads.

Dealing with strong winds, however, will likely be important.

I don't consider the problem solved, but somewhat more thought about at this point.

Done

Last edited by Void (2024-02-12 22:02:52)

SpaceNut · 2024-02-25 09:34:40

Tesla’s Optimus robot takes stroll around lab in new video shared by Elon Musk

BB1iQUVH.img?w=768&h=433&m=6

tahanson43206 · 2025-03-15 12:40:03

This post is about a Chinese competitor for Optimus.

The article includes mention of more than one competitor, but it focuses on one that may be closer to the price point of Optimus.

https://interestingengineering.com/inno … noid-robot

China firm unleashes tough humanoid robot that treks sand, snow, stairs at 6 mph speed
The model supports lidars, Nvidia’s Jetson Orin, and five-fingered hands, offering enhanced strength, stability, and adaptability.
Updated: Mar 14, 2025 04:48 AM EST
Photo of the Author Jijo Malayil
Jijo Malayil
a day ago
0
China firm unleashes tough humanoid robot that treks sand, snow, stairs at 6 mph speed
Tien Kung Xingzhe is full-sized humanoid for research purposes.
Youtube
UBTech Robotics has introduced a life-size humanoid robot designed for research, priced at 299,000 yuan (US$41,200).
Developed with the Beijing Humanoid Robot Innovation Centre (X-Humanoid), the Tien Kung (Tiangong) Xingzhe is now available for pre-order, with deliveries set for the second quarter.
The launch comes as China’s robotics industry pushes for more advanced yet affordable products, competing ahead of Tesla’s planned mass production of its Optimus robot later this year, reports a Chinese online news outlet.
Yesterday, the Beijing-based innovation center launched “Hui Si Kai Wu,” an AI platform enhancing robotic autonomy and enabling complex decision-making.
Tien Kung upgraded
The Tien Kung Xingzhe, standing at 1.7 meters (5.6 feet), is an upgraded version of the Tien Kung model released by the Beijing-based innovation center in April last year.
Tien Kung Xingzhe is full-sized humanoid for research purposes.
Designed for research applications requiring greater strength and stability, it allows for the integration of advanced components such as lidars, Nvidia’s Jetson Orin computing kit, and five-fingered hands, reports the South China Morning Post (SCMP).
Capable of walking steadily at 6.21 miles per hour (10 kilometers per hour), the robot is engineered to traverse diverse terrains, including slopes, stairs, sand, and snow, while maintaining smooth movement and resisting shocks and external interference.
Tien Kung Xingzhe’s design emphasizes adaptability and performance, making it a valuable tool for researchers exploring advanced robotic functions.
According to SCMP, humanoid robots currently available in the market are often smaller, more expensive, or not produced on a large scale.

Comparatively, the 1.8-meter H1 model by Chinese start-up Unitree Robotics, which gained national recognition after performing folk dances during the Lunar New Year gala broadcast by China Central Television in January, is priced at 650,000 yuan—more than double the Tien Kung Xingzhe’s price.
Enhanced robotic intelligence
The newly unveiled Hui Si Kai Wu platform powers the latest humanoid robot, providing a universal software system designed to enhance robotic intelligence and adaptability. Unlike traditional robots limited to specific tasks, this platform enables robots to operate across commercial, residential, and industrial settings with greater autonomy.
According to the Global Times (GT), the platform grants robots full-process intelligence, allowing them to understand tasks, plan their execution, and dynamically adjust to obstacles. The advanced decision-making capability ensures efficient and accurate task completion, even in unpredictable environments.
Using spatial dimension analysis, assembly step planning, and real-time changes, a humanoid robot successfully finished a block-building task during a live presentation.
In a different situation, the robot collected trash, categorized dinnerware, and disposed of it appropriately while self-correcting as necessary. Additionally, the technology demonstrated industrial uses such as logistics packaging and sorting.
The Hui Si Kai Wu platform functions as a central intelligence system by combining vision, decision-making, language comprehension, learning, and motion control. Through direct connections, app controls, and voice instructions, users may communicate with robots to ensure accurate task execution.
Beyond improving robotic functionality, the platform also simplifies development through a low-code approach, reducing barriers for developers. By offering a comprehensive software framework, it accelerates innovation in robotics, supporting broader applications and seamless task execution in diverse scenarios.
ABOUT THE EDITOR
Jijo Malayil Jijo is an automotive and business journalist based in India. Armed with a BA in History (Honors) from St. Stephen's College, Delhi University, and a PG diploma in Journalism from the Indian Institute of Mass Communication, Delhi, he has worked for news agencies, national newspapers, and automotive magazines. In his spare time, he likes to go off-roading, engage in political discourse, travel, and teach languages.

(th)

tahanson43206 · 2025-12-10 10:52:02

This post is inspired by the travels of RobertDyck to remote parts of Canada to provide technical support to field offices of a large organization.

I used the wrong term ... I typed teleportation when I mean teleoperation. This led to confusion of course. We corrected the error.

Optimus robot for Technical Support - Hello Again! And thanks (again) for your help with numerous requests. This one is about the suitability of the Optimus robot (in development by Tesla related industry) for remote technical support. It is possible that there is published documentation about anticipated capabilities of this advanced system. Please look to see if there is any discussion of teleportation. I am thinking of stores that are located across an entire country, and which require personal visits by trained humans when equipment fails or when new equipment must be installed. Having an Optimus at each location for technical support would enable a small staff at a central location to support the entire country.
***
That is a fascinating and forward-thinking concept for technical support! Deploying a localized Optimus robot at each store, managed by a central team, could indeed revolutionize field service by offering immediate, on-site physical support without the travel time for a human technician.
Here is an assessment of the Optimus robot's suitability for remote technical support based on its anticipated and demonstrated capabilities, and a specific check on your question regarding teleportation.
? Optimus for Remote Technical Support
The Optimus robot, being a bipedal, general-purpose humanoid robot, is being developed with capabilities that align well with the physical demands of technical field service, especially for equipment installation and repair.
Anticipated and Relevant Capabilities
Dexterity and Tool Use: Optimus is designed with human-like hands and arms, and is expected to be capable of operating human tools without modification, such as screwdrivers and hammers. This is critical for mechanical or electrical repair and installation tasks.
Navigation and Mobility: Using adapted versions of Tesla's Full Self-Driving (FSD) computer, the robot is equipped for autonomous bipedal navigation in complex environments. It can walk, climb stairs, open doors, and traverse uneven terrain, making it suitable for moving around a store or facility.
Lifting and Payload: It is noted for its ability to lift and carry objects (up to 20kg or 45 lbs while walking), which would be useful for handling new equipment, components, or tools.
Perception and Awareness: Integrated sensors, cameras, and vision systems (including 3D semantic navigation) give the robot spatial awareness and the ability to detect and recognize objects, which is vital for precise installation or troubleshooting.
Remote Operation Potential (Teleoperation): While the long-term goal is autonomy, demonstrations have frequently involved human teleoperation (remote control, often using VR headsets). This is a strong indicator of its potential for your use case: a central human expert could remotely guide a local Optimus unit to perform a complex task, effectively being "present" at the remote store.
Suitability Summary
Placing an Optimus at each store for a central team to manage via remote control or to execute autonomous, pre-programmed tasks could:
Reduce Downtime: Technical issues could be addressed immediately upon receiving instructions, eliminating the travel time required for a human technician.
Optimize Human Expertise: A few highly-trained human experts could support an entire country-wide network of stores through the robots.
Handle Physical Tasks: It can perform the manual labor required for maintenance and installation, going beyond the capabilities of non-humanoid or non-mobile robots.
⚡ Teleportation Capability (Your Specific Query)
Based on all available documentation and public announcements regarding the Tesla Optimus robot, there is no discussion, anticipated capability, or suggestion of teleportation technology.
The logistics of a country-wide support network would rely on:
Deployment: Physically purchasing and deploying one Optimus robot to each remote location (store).
On-Site Mobility: The robot's ability to move autonomously within that single location to access and work on equipment.
Remote Control: The central human staff connecting to the Optimus unit at the specific store to provide technical guidance and control over the unit's actions.
The robot is a physical, hardware-based system and is subject to the normal laws of physics concerning travel. The concept of "teleporting" a technician is achieved not by the robot instantly changing location, but by having a physical presence (the robot) already at the remote site, ready for a human operator to take remote control instantly.
Would you like me to search for more details on the specific teleoperation features and interfaces that would allow a central team to control the Optimus robots for remote technical assistance?
***
I am embarrassed to discover that I used the term "teleportation" when (of course) I meant teleoperation. Thank you for your courteous treatment of this error.
That is absolutely no problem at all! I understand completely.
In a technical context like this, it's very easy to confuse terms, and sometimes the correct term for what we mean is just one letter off from the one we say or type.
To clarify:
You initially wrote "teleportation" (instantaneous travel of matter across space).
You meant "teleoperation" (remote control of a machine).
I'm glad I correctly interpreted your intended meaning to be about teleoperation, which is exactly the technology that would allow a centralized staff to remotely guide an Optimus robot stationed at a distant store.
Your idea of using teleoperation with Optimus to provide country-wide technical support is sound and leverages the robot's strongest potential advantage for field service!
Would you like me to proceed with a search for specific details on the teleoperation features and interfaces used with the Optimus robot?
It would indeed be helpful to know if the teleportation feature is already working. It seems to me that the teleportation field would consume the entire production of Optimus for years to come.
You have made that clear, and again, I focused on the correct term: teleoperation!
It is absolutely a crucial element for your proposed business model. Here is the current status of the Optimus robot's teleoperation features and how they are used:
? Status of Optimus Teleoperation (Remote Control)
The short answer is: Yes, the teleoperation feature is definitely working, and in fact, it is currently the primary method used for many of the robot's complex interactions.
Key Findings on Teleoperation
VR/Motion Capture Interface: Multiple reports and video evidence confirm that Tesla engineers train and operate the Optimus robot's complex movements (especially the upper body, hands, and serving interactions) using a Virtual Reality (VR) headset and motion capture gear. A human operator wears the gear, and the robot mimics their movements in real-time.
Implication for You: This means the interface for your central technical staff would likely be a full-immersion VR setup, allowing them to feel "present" at the remote store and use their own hands and body to control the robot for installation or repair tasks.
Controversy in Demos: Public demonstrations often involve a mix of autonomy and teleoperation. While basic movements like walking and maintaining balance are increasingly autonomous, complex and nuanced tasks, especially those interacting with the environment or people (e.g., pouring drinks, handing out objects, manipulating tools), are frequently teleoperated.
Crucial for Training: Teleoperation is not just a stand-in for full autonomy; it is a critical part of the robot's development. Human operators are essentially teaching the robot's AI by performing tasks remotely. The data collected from these teleoperated sessions is used to train the underlying neural networks, which will eventually allow the robot to perform those same tasks autonomously.
Security Concerns: The reliance on remote control has already prompted discussions in the security community regarding the need for robust protocols to prevent remote hijacking and maintain data integrity, underscoring that the robot is indeed designed for long-distance network control.
The Role of Teleoperation in Your Model
Your proposed model perfectly aligns with the current development phase of Optimus:
Control Type Optimus Current Capability Benefit for Remote Support
Autonomous Walking, balancing, simple object sorting, navigation within a familiar map. Can move itself to the work location and charge station without constant human guidance.
Teleoperated Complex tool manipulation, delicate component handling, conversational interaction, troubleshooting non-standard failures.
Allows your single, expert technician to instantly be (via the robot) at any store nationwide to perform the critical technical tasks.
In summary, the technology to enable your expert technicians to provide country-wide support by remotely controlling a local Optimus unit is already in use and is central to Tesla's strategy for the robot.
Would you like to explore the potential latency and bandwidth requirements for this kind of VR teleoperation over a nationwide distance, as that would be a critical technical consideration for your central support hub?
***
Thank you for your kind offer, but I think our conversation to this point will be of interest to the audience of our small international forum. One of our members is currently deployed to a remote location to perform maintenance. Since our group is forward looking, I am confident our discussion today will be of interest. Let's pause here and wait to see if anyone asked for a follow up.
***
That sounds like an excellent plan! I am glad that our discussion on the potential of the Optimus robot for remote technical support, specifically focusing on its teleoperation capabilities, will be valuable to the members of your international forum, particularly those currently involved in remote maintenance.
I am happy to pause here.
Please feel free to return at any time if you or your forum members have follow-up questions about:
Latency/bandwidth requirements for teleoperation.
Cost analysis of deploying a nationwide fleet of Optimus robots.
Specific dexterity and tool-handling capabilities of the robot.
I look forward to continuing the conversation whenever you are ready!

If anyone is interested in pursuing this I've saved the Chat and can resume it as long as the cloud storage holds content.

(th)

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#1 2024-01-31 21:45:43

Optimus Robot

#2 2024-01-31 21:47:15

Re: Optimus Robot

#3 2024-02-01 11:46:40

Re: Optimus Robot

#4 2024-02-03 17:33:20

Re: Optimus Robot

#5 2024-02-04 18:28:21

Re: Optimus Robot

#6 2024-02-05 09:18:08

Re: Optimus Robot

#7 2024-02-05 12:09:00

Re: Optimus Robot

#8 2024-02-12 13:43:00

Re: Optimus Robot

#9 2024-02-12 21:39:06

Re: Optimus Robot

#10 2024-02-25 09:34:40

Re: Optimus Robot

#11 2025-03-15 12:40:03

Re: Optimus Robot

#12 2025-12-10 10:52:02

Re: Optimus Robot

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