This page (revision-55) was last changed on 2024-05-30 22:30 by Murray Altheim

This page was created on 2021-03-29 18:18 by Murray Altheim

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Page References

Incoming links Outgoing links
Mars Rover
MarsRover

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At line 44 removed one line
An easier read is:
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* [The Mars Robot Making Decisions on Its Own|https://www.theatlantic.com/technology/archive/2017/06/mars-curiosity-rover/531339/] \\ Thanks to artificial-intelligence software, the Curiosity rover can target rocks without human input. \\
[Marina Koren|https://www.theatlantic.com/author/marina-koren/], ''The Atlantic'', 24 June 2017
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One thing that __almost__ goes without saying: the vast majority of the hobbyist Mars Rovers I've found are, despite being very complicated and often expensive mechanisms, they are almost without fail toys, [remote-controlled vehicles|RemoteControlledVehicle], and only rarely qualify as __[Telerobotics]__. Very few have operational sensors, and so far (I'm trying to think...) none of them I've seen are __autonomous robots__, or even semi-autonomous. Put it this way, if you've built an autonomous Mars rover, contact me and I'll put a link or a description or a page up about it.
One thing that __almost__ goes without saying: the vast majority of the hobbyist Mars Rovers I've found are, despite being very complicated mechanisms, almost without fail toys, remote-controlled vehicles, and ''sometimes'' qualify as telerobotics. Very few have operational sensors, and so far (I'm trying to think...) none of them are __autonomous robots__, even semi-autonomous. Put it this way: if you've built an autonomous Mars rover, contact me and I'll put a link or a description or a page up about it.
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So far I've been scanning the cool robot parts at [ServoCity|https://www.servocity.com/motion/] for ideas for the [steering] mechanism and rocker arms. The scale and weight of the overall robot help decide the size/power of the motors and servos. It's a bit of a balancing act. I also want to, unlike most of the "civilian" designs, somehow tuck my motors inside the wheels or otherwise not have them hanging down near the ground as many/most of the rovers I've seen seem to do.
So far I've been scanning the cool robot parts at [ServoCity|https://www.servocity.com/motion/] for ideas for the steering mechanism and rocker arms. The scale and weight of the overall robot help decide the size/power of the motors and servos. It's a bit of a balancing act. I also want to, unlike most of the "civilian" designs, somehow tuck my motors inside the wheels or otherwise not have them hanging down near the ground as many/most of the rovers I've seen seem to do.
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| 2 | 12V max CXT® Power Source w/ USB port (YL00000003) | $95.00 | $190.00 | | Toolshed Petone | [https://www.makitatools.com/products/details/YL00000003]
| 2 | 12V max CXT® Power Source w/ USB port (YL000000003) | $95.00 | $190.00 | | Toolshed Petone | [https://www.makitatools.com/products/details/YL00000003]
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* [Sojourner Project Home Page|https://mars.nasa.gov/MPF/rover/sojourner.html] (~1996, JPL)
** [A Description of the Rover Sojourner|https://mars.nasa.gov/MPF/rover/descrip.html]
** [Rover Telecommunications Photo Gallery|https://mars.nasa.gov/MPF/rovercom/pix.html]
** [Mars Pathfinder Microrover Publications|https://mars.nasa.gov/MPF/roverctrlnav/publications.html]
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* [In-situ Exploration and Sample Return: \\ Autonomous Planetary Mobility|https://mars.nasa.gov/mer/mission/technology/autonomous-planetary-mobility/], NASA
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For not only a Mars Rover but other designs, a bit old (circa 2013) but interesting, see the [Actobot Blog|https://beatty-robotics.com/actobot/] from __[Beatty Robotics|https://beatty-robotics.com/]__. Their gallery alone is worth the visit.
This page (revision-55) was last changed on 2024-05-30 22:30 by Murray AltheimTop