Inspired by films such as The Matrix, where hackers are surrounded by displays and keyboards on articulated arms, [Jay Doscher] created this cyberpunk “floating” terminal so your favorite Linux single board computer is always close at hand. Do you actually need such a thing mounted to the wall next to the workbench? Probably not. But when has that ever stopped a Hackaday reader?
[Jay] has come up with a modular design for the “A.R.M. Terminal” that allows the user to easily augment it with additional hardware. The 3D printed frame of the terminal has hardpoints to bolt on new modules, which thanks to threaded metal inserts, will have no problem surviving multiple configurations.
This initial version features a panel on the left side that holds various buttons and switches attached to the Pi’s GPIO pins. With a bit of code, it’s easy to pick up the status of these controls and use them to fire off whatever tasks your imagination can come up with. On the bottom [Jay] has mounted a stand-alone VFD audio spectrum display that’s hooked up to the Pi’s 3.5 mm jack. It’s totally unnecessary and costs as much as the Raspberry Pi itself, but it sure is pretty.
If there’s a downside to the design, it’s that the only display currently supported is the official Raspberry Pi touchscreen which is only 800×480 and a bit pricey compared to more modern panels. On the other hand, there’s something to be said for the standardized bolt pattern on the back of the official screen; so if you want to use a higher resolution display, be prepared to design your own mounting bracket. Extra points if you share your changes with the rest of the class.
For anyone who likes the look of the A.R.M. Terminal but isn’t too keen on being tethered to the wall, you’re in luck. [Jay] previously created the Raspberry Pi Recovery Kit which shares many of the same design principles but puts them into a ruggedized case that’s ready for life in the field.
25 thoughts on “A Raspberry Pi Terminal That’s Always Within Reach”
This looks really cool !
It would fit right in on the Nebuchadnezzar.
This is crying out for a few servos on the joints and a sassy personality aka the Trimaxion Drone Ship from Flight of the Navigator.
Sit down, Navigator!
Sub Zero….. Oh, real coordinated.
Damned right it is! Wowsers that would be amazing!
I was just thinking how much this reminded me of the robot from that movie.
Ip camera displays, python visualiser apps for network, rss news feeds….
…trust your feelings…
Speaking of touch screens for the Pi, are there any other aftermarket higher resolution (and larger) touch displays out there that will work with a Pi?
It might be difficult to find a larger DSI touch screen however there are a number of larger HDMI based touch monitors out there. Lilliput makes a few.
And Waveshare make a few as well.
Good to know. I’ll have to have a look!
I have a 7″ lcd monitor between my monitors and it shows my surveillance system.
That gives me 15 channels and one of them is a TV tuner and a P.I. clone for over then network video from my 5.8mhz receiver from my 3D printer as well.
I think it is great.
And right now I have 7 monitors in my shop.
And the funny thing is I have not spent more then $15 a monitor. They are all from the used store. They range from 7″ up to 3 28″ monitors.
I really cant figure out why people would get rid of this larger monitors.
But better for me.
Everyone have a good weekend.
>my 5.8mhz receiver
That is worse than submarine bandwidth. You might want to use the correct units and capitalizations? 5.8GHz
How many cameras do you monitor? What software are you using for viewing them? I’m looking for ideas for mine.
Find a place to attach that A.R.M (articulated reach mechanism?) under the hood/bonnet of your car/lorry and have the Youtube fix-it videos right where they are needed.
Fellow range Rover owner? Lol
No, I used to own a Suzuki Sidekick,
not as classic, but just as fragile.
I could actually use one of these in my bus that I live in full time. I use a Garmin gps as an Android web browser to provide a bunch of status display for power systems and mechanical through hass.io. The additional toggles could be used to control all those parts.
I’d pay for someone to make all the parts so I can assemble.
That’s pretty awesome! Next step add a PiVo for facial tracking and you have yourself a serious contender for Holly or similar!
With the right camera and lights on the bottom, you get a PCB inspection microscope.
Why? Just RDT into it from your main PC, or Laptop. It can always be there, mounted in one of the drive bays in your main PC. Plus you use your whatever you have monitor you currently have.
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