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Extreme parkour with legged robots

extreme-parkour.github.io

31–40 of 195 posts

Re: Extreme parkour with legged robots

#31
post #24

It walks into your room, discovers you, and moves in to make the kill, but for some reason the gun trained at an odd angle. You see it take two shots that veer across to the corner of the room before it hilariously enters some self-correcting routine, seems to rediscover you, and finally blows your head off. You get a chuckle before you die

You better have your own robots protecting you.

Or become undetectable.

Re: Extreme parkour with legged robots

#35
post #26

Earlier quoted context omitted.

Glad to see our universities making progress in this important area of national security.

How does this improve national security?

They are vehicles that can navigate terrain a wheeled vehicle cannot. So they could do anything from operate as pack "animals" for infiltration teams to be armed drones that creep along the ground, harder to detect than a flying one.

Re: Extreme parkour with legged robots

#36

As a reminder: CMU and its robotics program is intimately associated with the US Department of Defense, and although there are certainly civilian applications for this technology, one of the most likely short-term applications is improving legged drones for battlefield deployment (often, it should be said, in humanitarian roles, including search and rescue, or support roles, such as ammo, food, and water resupply, bu…

> CMU and its robotics program is intimately associated with the US Department of Defense

Is this not the case with all the major R1 institutions?

Walt Rostow may no longer be deciding on troop levels from his office in the MIT Economics department (that cause MIT to "divest" its overtly military work into figleaf organizations) but still, after that, ARPA (later DARPA) poured hundreds of millions into the institution.

They basically paid for my education there and I am not a US citizen and never worked on anything military-related, either while in school or since.

Re: Extreme parkour with legged robots

#38

As a reminder: CMU and its robotics program is intimately associated with the US Department of Defense, and although there are certainly civilian applications for this technology, one of the most likely short-term applications is improving legged drones for battlefield deployment (often, it should be said, in humanitarian roles, including search and rescue, or support roles, such as ammo, food, and water resupply, bu…

Ironic comment given the implied nationalities of the coauthors (Xuxin Cheng, Kexin Shi, Ananye Agarwal, and Deepak Pathak) and the chosen robot form factor (Unitree)

Re: Extreme parkour with legged robots

#40

As a reminder: CMU and its robotics program is intimately associated with the US Department of Defense, and although there are certainly civilian applications for this technology, one of the most likely short-term applications is improving legged drones for battlefield deployment (often, it should be said, in humanitarian roles, including search and rescue, or support roles, such as ammo, food, and water resupply, bu…

not sure what you trying to get, but hundreds if not thousands of universities are working closely with DARPA, which is an DoD agency that sponsors mostly high-level and non-classified researches. Many of the researches have weak connections to actual military usages (there has to be _some_ connections, but many of them are pretty weak).
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