Great model ! shall I ask you what kind of joints are used to connect the linear actuators to the plates ? I mean, there seems to be two kinds of spherical bearings
Hi Farzard All the specifics of the platform and what was used to build it can be found in our Instructables post here - www.instructables.com/id/Six-Axis-Platform-Using-Linear-Actuators-Stewart-P/. There you will find a link to a PDF that details all the parts used in the Stewart Platform. Best Regards
Amazing work! I am working on a platform for ship motion simulation and I think I just found what I was searching for. However, I am searching for actuators with feedback and a kinda high speed to simulate rough seas. Could you recommend a linear actuator for that?
Our actuators with positional feedback tend to have a reduced speed which makes them easier to control for achieving more accuracy and precision. To make the best recommendation we can and narrow down the models you could consider, we would like to know the force and speed ratings you were looking for. Please reach out to us at sales@progressiveautomations.com, we'll be happy to assist you!
Hi! Im having problems making a good arduino program on an ongoing Stewart Platform project I have at my school. Is it possible to get the code you made for the arduinos?
Hi Sondre! It is important to note that the motor and actuator dynamics can have a varying range of characteristics, however, you may take a look at the link here with SolidWorks model, AutoCAD drawings, schematics, programming code, Leap information, and other references for example purposes: github.com/progressiveautomations/Stewart-Platform
We do not sell the 6-Axis Stewart Platform, however, the project uses our PA-14P-6-35 actuators: www.progressiveautomations.com/products/linear-actuator-with-potentiometer?variant=18277322489923 Link to the instructables: www.instructables.com/Six-Axis-Platform-Using-Linear-Actuators-Stewart-P/
The PA-14P is available for up to 150 lbs of force. Theoretically, the Stewart platform can handle 900 lbs of force, but this value does not take into account the angle as to which the units are installed in.
This makes me wonder if they really do have alien technology and are just titrating how much is given to us at one time. That’s amazing. You could eventually control a ship with this and no joystick. The number of possibilities is huge. Just kidding about the aliens.
We truly appreciate the compliment! Yes, the use of optical hand tracking modules can be applied in a large variety of different applications! Who knows, maybe it could even be used for controlling a ship in future projects!
Great model ! shall I ask you what kind of joints are used to connect the linear actuators to the plates ? I mean, there seems to be two kinds of spherical bearings
Hi Farzard
All the specifics of the platform and what was used to build it can be found in our Instructables post here - www.instructables.com/id/Six-Axis-Platform-Using-Linear-Actuators-Stewart-P/. There you will find a link to a PDF that details all the parts used in the Stewart Platform.
Best Regards
i wonder one thing is your contol system based on stem 32?
Amazing work! I am working on a platform for ship motion simulation and I think I just found what I was searching for. However, I am searching for actuators with feedback and a kinda high speed to simulate rough seas. Could you recommend a linear actuator for that?
Our actuators with positional feedback tend to have a reduced speed which makes them easier to control for achieving more accuracy and precision. To make the best recommendation we can and narrow down the models you could consider, we would like to know the force and speed ratings you were looking for. Please reach out to us at sales@progressiveautomations.com, we'll be happy to assist you!
Hi! Im having problems making a good arduino program on an ongoing Stewart Platform project I have at my school. Is it possible to get the code you made for the arduinos?
Hi Sondre! It is important to note that the motor and actuator dynamics can have a varying range of characteristics, however, you may take a look at the link here with SolidWorks model, AutoCAD drawings, schematics, programming code, Leap information, and other references for example purposes: github.com/progressiveautomations/Stewart-Platform
What's the background music?
are you selling this?
We do not sell the 6-Axis Stewart Platform, however, the project uses our PA-14P-6-35 actuators:
www.progressiveautomations.com/products/linear-actuator-with-potentiometer?variant=18277322489923
Link to the instructables:
www.instructables.com/Six-Axis-Platform-Using-Linear-Actuators-Stewart-P/
How much can load
The PA-14P is available for up to 150 lbs of force. Theoretically, the Stewart platform can handle 900 lbs of force, but this value does not take into account the angle as to which the units are installed in.
This makes me wonder if they really do have alien technology and are just titrating how much is given to us at one time. That’s amazing. You could eventually control a ship with this and no joystick. The number of possibilities is huge. Just kidding about the aliens.
We truly appreciate the compliment! Yes, the use of optical hand tracking modules can be applied in a large variety of different applications! Who knows, maybe it could even be used for controlling a ship in future projects!