Have you got any questions or comments related to this project? Feel free to use the form below. The form is moderated, and your comment will not appear to the world until it is approved. Would you rather want to contact me directly? You can reach me at kristian@thestargateproject.com
Hi Roland,
Yes. You can get the files and the DHD directly on this site. In regards to shipping costs for the DHD PCB you can find it when you enter the details (address etc) in the order process. The DHD PCB ships with DHL.
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1) is it possible to build the gate first without the electrical components and just add them over time? id like to surprise her with the gate first within the year then just add the other functions later on
Hi Stephen,
No, you do not need to print the stone base parts themselves if you are going for the alternate base look. But there are some parts that are common between both bases. For instance the Stepper holder and Gear 32teeth object. Also the sockets that holds the gate.
the power bord shows a resistor but you have none listed on the main page for building a stargate yourself i also could not find it in the pdf that was attached with your project could you let me know what ohm it is please
been trying to get the pcb bords for cheverons and power but have not been able to get a responce from some of the supplyier links, is there a way to get a print model for pcb to spiciffly make them? if so i can check with local elctronis specialty store to see if i can get them made.
Hi Rene,
The gerber files for all the PCBs are included in the archive. You can use those files to order the PCBs made from a PCB supplier. I use jlcpcb.com myself.
Also, you can check with the group in the Discord server. Sometimes people make more than they need and might be willing to sell some of theirs.
Hi Daniel,
I only sell the downloadable archive with all the gerber-, stl- program files etc. And the DHD PCBv2 on this site. You will need to get the rest of the parts like motors, LED strips etc elsewhere. Here is a great external source for parts for this project:
Estimated print time is 112 hours. There are 117 parts.This stargate model contains additional pieces to move the top chevron as part of the dialling sequence.Note: The model is slightly larger than the Working Stargate Mk1. Therefore the SGC base...
Model 780 the latest Hydrostatic model from BCS and the first of the StarGate series of tractors. The Stargate series set out to redefine the two-wheel tractor with a focus on Performance, Reliability, Ergonomics, Safety, & Ease of Use. Model 780 features an updated and compact hydrostatic transmission, the PowerSafe hydro-mechanical clutch, AND more ergonomic reversible handlebars for both front- and rear-mount attachments.
Other features of the 780 include Differential Drive and on-demand differential lock for posi-traction. Maneuverability is enhanced by individual steering brakes which are particularly useful when operating heavier attachments like the 35" Flail Mower. An external mechanical disengagement lever of the wheel axle allows the machine to be moved even with the engine off.
The 780 is powered by the dependable Honda GX390 engine, available in recoil or electric start. And that power is transferred directly to the PTO through the PowerSafe clutch. This patented, hydro-mechanical clutch is a super-durable multi-plate clutch, cooled by circulating oil, and designed to withstand the rigors of operating high torque implements, such as the Flail Mower and Chipper/Shredder, during long hours of operation. With the updated design, BCS Stargate series has simplified maintenance having the hydrostatic oil filter shared with the clutch circuit and the entire hydrostatic pump easily accessible on the unit.
For this photo, I cleaned the glass top in our coffee table, sat the model on top, and put wrapping paper over the cross-spars underneath. I used a flash with a yellow filter to cross-light the paper, and another with a translucent cover to light the model from the other side (with a hand-held white card to bounce-fill the shadows).
This was my favourite out of many attempts / variations. Because of the cross-spars, I couldn't get the paper as far away from the model as I'd've liked, so too much light from the top flash is illuminating the paper (hence the yellow shadow). In retrospect, a snoot or gobo would probably have helped... ah well, maybe next time! Also, lots of faffing about trying to get a nice angle for the top flash without its reflection getting into the frame.
I cleaned up the resin Stargate, inserted the water sheet and a copy of the event horizon into the opening and placed the EL Sheet behind it. I then closed it all up with the back piece of the gate. I decided to add the spot lights because when the model was viewed in the dark with just the EL Sheet glowing, all you could see was a big blue circle and the chevrons. The spots light the whole thing and provide the shimmer on the surface of the event horizon.
After finishing the gate itself, it was just a matter of building the base, base machinery (made up of a couple of small motor housings), the decking, steps, support towers, clamps and the ramp again, all from scratch.
FRED (Field Remote Expeditionary Device) is a 8-wheeled mobility support platform for the Stargate infantry to carry supplies. it's not particularly accurate to the show, but makes a nice little model.It's a simple kit of two hulls halves and 8 wheels, with boxes. i 3D printed and painted in tamiya grey with the deck in silver.it's 3 and half inches long
First of all, I know that this is a smaller scale than the real one, but in this case the limit in size was determined by the size of the printer. Standard printer= 8.5 by 11 so this Stargate is 8.5 inches across. And 8.5 is close enough for diorama use for 3 3/4 inch figures.
First of all, I looked up Print-out-and-assemble-Paper-Stargate and I found one. The stargate ring and the brick base are printouts from this. The lights are a string of battery powered mini LEDs I bought from Dollar Tree. And foam core board will be needed for the core of the stargate ring. Also the best glue to use for this project is Tacky Glue because it will not soak into the posterboard and wrinkle it.
The Stargate Ring I turned over and coated the back with Tacky Glue: Tacky Glue does not wet the posterboard like water based white glue does, leaving wrinkles in the posterboard itself. After it dried I peeled the facing paper off one side of a piece of Foam Board, also coated it with tacky glue, then set that aside to dry as well.
Afterwards, I applied another coat of tacky glue to the back of the posterboard, then put it onto the foam board and put it under a stack of heavy books on a table so it would dry flat. I let it dry for two days.
The base I cut and assembled into a raised platform. it folds into a raised middle with flat areas on either side. I glued it together, using tacky glue, then I cut pieces of foam core to fit inside the middle raised area and glued them in with tacky glue then set it aside to dry.
After I had reinforced the middle I coated the two flat areas with tacky glue and set it onto a single piece of posterboard to make a sturdy base. After it dried I created a posterboard triangle- The gray one seen here- as a way to mount the finished ring. It has tabs on the bottom that fit into slots I cut into the top with an exacto knife.
The first pic is the prepared ring. First of all I carefully cut away the inside circle and trimmed away the white areas outside the ring, leaving only the ring itself. I then peeled away the paper coating on the back of the ring. On the front I used a sharp bamboo skewer to punch through the orange "Lights" spots on the front, in order to mount the LEDs.
I turned the ring over and gently pushed a single LED into each hole. It made a depression in the foam. I then put a drop of tacky glue over the LED, put a tiny piece of posterboard on top, then used clothespins to clamp it in place until it dried.
After all of the LEDs were glued in, I twisted the wires so they would sit inside the body of the ring. I then coated the back with more tacky glue, let it dry, then added another coat of glue and glued it onto a large piece of poster board. After it dried I trimmed away the excess posterboard.
After the Ring was done, I mixed up gray acrylic paint to more or less match the base color of the face of the ring, then spent the next few days painting the back and both edges of the ring. After the first coat was dry I turned on the LEDS and kept on repainting the areas the LEDS shone through until they no longer shone through.
To mount the ring on top of the base, I made a posterboard wedge and cut slots into the top of the base to mount it. The bottom of the ring would fit with the LEDs on either side of the wedge. Afterwards I used the exacto knife to cut a door in the back of the raised base to put the battery pack in. The battery pack has its own on/off switch.
The ring is tacky glued to the front wedge, then a second wedge is glued in behind it. The three extra LEDs go on the bottom, shining upwards. Once the glue sets it is finished: The wire for the LEDs and battery pack fit through the door cut into the back of the base.
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Microsoft and OpenAI have embarked on an ambitious project to create a new AI supercomputer, codenamed "Stargate." This initiative is part of a larger five-phase plan, with Stargate representing the fifth and final phase. The project is expected to be completed by 2028 and could cost upwards of $100 billion. Microsoft is believed to be the primary financier of this venture.
Stargate is designed to be a powerhouse for AI workloads, featuring millions of processors, potentially including GPUs. The supercomputer's massive scale is indicated by the planned use of millions of chips, which are expected to significantly enhance OpenAI's research capabilities. Microsoft is also considering building additional AI infrastructure installations through 2030. 152ee80cbc
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