brinkz0r

Members
  • Content Count

    41
  • Joined

  • Last visited

Everything posted by brinkz0r

  1. Thanks for the detailed post PaPang. I don't think it's just us Dutch casemodders, every contender in the Tower category is trying to a CM case better/nicer/weirder I find the Cosmos an absolute delight to work with, especially in its stock condition. The side panels are a work of art mechanically, and the rest also works nicely. I never knew what people actually think about my writing, I'm glad you like it. I still use my 8-10 year old 3MP camera, it still has way too many pixels for posting on the net. You're right about the light though, you will need a lot of it when the sun has gone down or is going down. Regards, Peter
  2. Thanks Frenk There are some similarities indeed, although the result is quite different It is true that every big modder is participating in this one contest. Thanks a lot Bill! I was able to borrow a good 18MP camera with a few lenses. Then all I had to do was shoot a few pictures and resize them to 355x267 for the contest page You almost got as many votes as me, with just those few parts. Too bad that you couldn't make the deadline, are you still going to finish the case?
  3. I still have a lot of pictures left to share from the building process, but there is no time left so I will just show you guys the pictures of the finished case The mixture of styles worked very well, because of the combination of watercooling and air cooling, and by keeping one side of the case in stock condition and completely rebuild the other side. Here it is:
  4. Update We've got one more week to go before the deadline, so here is an update of a few days ago.. The first thing was to make a strip of aluminum to join the two major parts of the side panel, as I don't trust a glue joint alone. Fortunately, the test piece was glued very well, very solid. This is the 2mm strip: A nice series of holes has to be drilled. At some places this isn't possible because other parts are in the way: Drilled the holes and added a bending line. I grinded a line into the metal with a Dremel to be able to make a nicer bend: Bent with the use of a wooden hammer while clamping halve of the strip. I used an angle measurement device to make sure the bending angle was the same all the way: Now to something else, the second part of the side panel. That needed a window also, so the reservoir is very visible: These two pieces of 3mm acrylic will be the actual windows later on: This is how all of the parts mentioned above fit on the side pane: The rest of the time was spent on mounting the PSU and the hard drive. The power supply doesn't fit in its original position anymore, so I decided to shift it back a little. It still needs to get rid of its hot air, so a few holes were cut in the back panel: A short cable was created: To make the big hole look a little nicer, I added some hexx mesh and glued it in with super glue: The power supply will be mounted with two bolts and an Attila-style bracket With the use of some more white acrylic, I am making a compartment for the PSU and its cables: I used some nice angles, that make the fit even better: The thick piece of acrylic was added because this is a very short power supply. Most others are 20mm longer, and they need to fit also. Now it only needs a roof: Because I have cut away all of the drive bays and filled it with some weird shapes, there is not a lot of room to fit a hard drive nicely. This is how it will be mounted: I am skipping the pictures of the drilling and countersinking the mounting holes if you don't mind Here a test drive is mounted: The last thing to do was to cut a hole for the hard drive cables. Unfortunately I also had to cut off a part of the compartment, otherwise the side panels won't fit: I will probably glue these parts together, or bolt it if there is no other way. To fill the case, I ordered some new hardware. An Asus P8P67 motherboard fitted with an Intel i5 2500K unlocked processor. The memory is a set of 4GB Corsair Vengeance boards. I will probably use my old graphics card for the final pictures, as I can't afford to buy one right now. Some more work has been done by now, but I really need my time to finish the case
  5. Update It took me a while, but here it is. Only two more weeks before the deadline, that's going to be tough A few posts ago, I was whining about needing a step drill. A few days later a nice guy named Mexel sent me a message, that I could have his. Have? Yes have. I gladly accepted, and sent him some of my products in return. This is the drill, it makes holes up to 22mm In 2mm thick aluminum, the hole looks like this. Not perfect, but way faster then my previous methods: Now it's time for my first sponsor ever. Cooler Master responded to my email and were kind enough to send me this huge V8 cooler. Exactly what I needed, thanks Marco! Because I was looking for a big cooler, this one will fit perfectly. Well, actually it won't fit, but that's the idea Back to modding. This is the original left side panel of the Cosmos S, that will not be used in this case. The design is very clever, with multiple layers and bolt connections. I removed the lower part, that's the part that I am reusing right now. I may use the rest as a photo frame in the future My new side panel has a weird shape, so I can only use a little part of it: I wanted to bend the edges to add strength, but chose to cut a piece of lexan to size to reinforce the steel: Fits like a glove: I still need to remove a chunk because of the Nexus fan grill: All bolted together, once again with M3 bolts that leave the front of the sheet flush: I hope the next pictures show why I am using this. One of the nicest features of the Cosmos S is that the side panel remains standing when flipping the switch at the back. The same principle will work with my side panel now, only without the back switch: Now that is sorted, I can more easily drill the holes for mounting that part to the case: For now, the Lexan is still clear so the reservoir is easily visible. The side panel will be white later on though, so I needed to cut a window in my window: Roughly cut: Filed: The second plate will have an exact copy of this window, only rotated, through which the reservoir will be visible also. I will use some thin acrylic for the windows itself. Last weeked I was at The Party 9, a lan party for about a 1000 people here in the Netherlands. I brought Cubeleon with me to take part in the Casemodding Contest, but I was beaten by The Black Box and a cardboard box that was thrown together a day earlier. The only reason that I won a price, was because they put me on the website as a second place winner, which turned out to not be the case. Highflow got me a Cooler Master V10, the big brother of the cooler I just got straight from Cooler Master. But I will still be using this one:
  6. That's one solution, I just used an usb > serial adapter chip to create a signal for a HD44780 lcd and connected it to an internal usb header
  7. Damn I missed the 100 topics mark Well at least we still have 100 active entries and one *delete me* topic
  8. Update! This is what the bottom of the case looks like right now: Because I modified a few things on this case (that's an understatement ), most of the holes can't be used the way they were intended to. On this picture, the PSU will be placed more to the right, the fan will be placed more to the left. So let's cover all that up with white acrylic Starting with the rough shape: The rough shape is ready and was measured correctly, now it's time to make a few smaller cutouts: The back fits now, hiding the mounting of the bars and some rivets: Doesn't quite fit in the front though, there are still some nuts and bolts there: I drilled a few shallow holes on the other side: To make room for these protruding bolts: I made some room for the nuts and bolts in the front also. I couldn't use countersunk bolts, so I drilled two holes that were slightly bigger than the bolt head: Just a little filing left to do, on the edge on the left: Done I promised you that I was going to work on the pump, and I did. Before I could mount the pump, I had to make the bottom plate though. I still had this mini pump lying around: When it ain't broke..... I has to be mounted right here, but sunk into the acrylic. That would set the inlet of the pump on the same height as the outlet of the radiator. I know it's more common to route the tubing directly from the reservoir to the pump, but I'm placing the radiator in between. I'm confident that will work just as well. Cut and filed: Nice, it fits To mount the pump to the acrylic, I drilled and tapped two holes in the part that isn't in contact with the water: I will mount it with this tiny part: O RLY? That's what came to mind when I saw this next picture: I will glue the plate later, once I cut all of the holes that still have to be cut. As I said, a power supply and a fan will probably be mounted there also. I will leave you with a few overview shots of the state the case is in now: (much better than before, don't you agree? )
  9. Update In a moment I will continue with the fillports, but until then I want to show you a few pictures of the cutouts for the tubing of the radiator. It's not very special, but hey, it's progress For the tubing of the reservoir I drilled four 10mm holes: There it is The center to center distance of the fillport block is the same as the distance on the reservoir to make the tubing straight: If I wanna be able to use the fillports, I will have to cut a hole in the roof. And as anything with hex mesh looks cool, I made you a picture Instead of one big hole, I will make two holes close together: Drilled, cut and filed. I really need a step drill The result of the past few days, completely mounted: I'll have to figure out what I will work on next, I think I will work on mounting the pump I will also have to start searching for a motherboard, so I can continue working on the side panel and the CPU cooler.
  10. Update I want to have two fillports at the top, one for the water going in and one for the outgoing air. There's only one problem, there is not enough space to use a standard fillport or a weird construction with fittings. So I went for my standard solution: "When everything else fails, build something out of 20mm acrylic" First up, a 1:1 scale sketch of the piece, with the same 42 degree angle as the big white sheet: Next step: cutting a chunk out of the big sheet of 20mm acrylic. I had to cut it by hand to prevent it from melting. The holes were drilled with a 12mm drill, in one time. To make sure it wouldn't crack I clamped it in multiple ways and I had to cool it repeatedly. The holes were threaded with a G1/4" tap: The plan was to not drill the holes completely through, but I had to do that so I could tap them. The result is that I need to put in even more stops. This is how the complete assembly will look At the case, it should look something like this is the near future. I will cut a hole in the top of the case for the two fill ports. When in use, I will only have to slide off the top of the Cosmos to reach the fill port: It ain't much this time, maybe more next time
  11. I should have known that Coolmiester was going to enter the CM contest, now he's gonna get all six of the price combos I'm not a big sucker for the best of the best hardware, but every time you're using it, it's just plain awesome
  12. Good to see you here too, good luck I'm counting 7 Dutch entries so far
  13. I think that will happen after April the 15th, when all of the entries are known. Or it may happen after May the 15th, when the voting starts.
  14. Really nice acrylic work is going on here
  15. That wood really looks like MDF, but I'm sure you're not using any I took a quick look at you website, and I'm amazed by the amount of mods you've made, and make every year.
  16. Update The side panel will be painted white, once the three parts have been joined together. All that white needs a black fan grill This hole will serve as an intake for the radiator. The outtake will be in the front, so the dust will not get stuck in the front mesh. I will be using a Nexus Beamair, which was designed to improve airflow on fans. No fan will be mounted to it this time, but I finally found a nice purpose for it: The nice thing about 8mm Lexan is that you will have to spend a lot of time on filing if your cuts aren't perfect On this picture it needed no support, but it didn't quite fit yet: A little while later: It's almost flush with the front of the Lexan, I'll make sure it is in the final product To prevent a clogged radiator, I will make a dust filter for it. And as any woman would say, layers do the trick This assembly now has a layer of Lexan, a layer of Beamair, Hexx mesh and a finer mesh All of it is mounted with four M3 bolts, with threaded holes in the Lexan. The holes are blind, so they won't be visible from the outside See you guys next time
  17. I haven't seen a moderator in this subforum so far, unfortunately. But the rule also says that the photo is to make sure you meet the demands, being using a Cooler Master case or a Cooler Master product. For me, it's impossible to make one picture of all the parts that I'm using, since I don't yet know what those parts are going to be. What I do know is that I'm using a CM case, so that's what my first picture shows.
  18. Update Maybe the new shape of the new side panel wasn't clear yet, with the case laying down. So I put it back on its feet. This went well for a few minutes, but then the tape broke Before I will continue with the side panel, I have to have a better view of what the inside will look like. In this update, I will show you how I made two compartments, one for the radiator and one for the reservoir. It all starts with this sheet of 5mm white acrylic I had left: I cut it under an angle of 45 degrees to make it flush with the case To be able to mount the side panels, some more material had to be cut off. This picture also shows the second part I cut and bolted to the case: I need a strict separation between the two chambers, so the air of the radiator will not pass through the whole case. To determine the shape of this part, I made a cardboard model first: To mount the big plate in the case, I used two captive nuts that were attached to the bottom of the case. These will soon appear on my website, because they are so nice to work with Otherwise I would have needed to tap a thread in 1mm aluminum, of use a normal nut, which is no ideal solution. All of these parts will be mounted with black hex bolts, they will be replaced by countersunk ones later on. You probably won't be able to look into the radiator compartment, but I will paint the angle profile black anyway And then the moment was finally there, I could mount my Liquitwist reservoir The reservoir will be visible from both the side as from the front. I will be using the standard front plates (and still need two more), but I still have to choose if I'll use the plates with or without the fine mesh: Through the focus of the camera, I can't really compare the result with these photos, but I'll just decide later on I hope you're liking the results so far, but more will come
  19. The fact that your images are blurry isn't because of the 3.2MP camera, it has nothing to do with the amount of pixels. You just need a lot of light and a steady hand or a tripod. And if you aren't using it already, use the macro setting for pictures closer than a meter from the object. I use a 3MP camera myself, and that more than enough pixels for online images. I make at least three pictures every time, so I can use the good ones and delete the bad ones. Good luck with the pictures and the mod
  20. I've made a few reservoirs myself in the past, so I know the glue http://forums.bit-tech.net/showthread.php?t=144813 The tricky part is that I'm using polycarbonate this time, so acrylic glue can't be used most of the time. I'll have to get some polyurethane based glue or filler.
  21. Update! Yesterday was the day I started building the new side panel. I will be using an old 8mm thick sheet of Lexan. The protective foil was severely damaged, so I didn't want to sell it anymore. You never know how damaged the actual sheet is when the foil is damaged. This is the better side of the sheet The first thing to do was to remove the protective backing. The design is so complicated that I can't work with the non-see-through foil. Fortunately the sheet didn't have a lot of scratches, very few actually. I put it on the case to draw some rough cutting line: The first cut: Second cut: This is how it should work in the near future Before cutting the second part, I needed to adjust my jigsaw to cut under an angle of about 20 degrees. Fortunately, this jigsaw lets me do just that: The second part is cut and filed to shape: The third sheet is the hardest, since we've cut off a little too much of the plastic side. I will have to fill that gap later on. This is the shape for now: And to finish off, a nice overview picture. It starts to look really good I have to say There are a few problems that I have to solve. I need to join the three panels of Lexan together. Metals plates will be used on the back, but I have to fill the gaps with some plastic kit or glue. Bondo will not work, that will crack due to the flexibility of the panels. I could still use some tips on how to solve this issue. The other problem I have is that the top of the case was also cut a few mm wrong. One possibility is to buy a new top panel, but Cooler Master doesn't sell it in the shop anymore. The other option is to bolt some aluminum plate to the Lexan to fill the gap, since the gap is about 2mm wide across the whole top. What I will do next time is unknown. I wanted to work on the side panels some more, but I may have to finish the radiator and reservoir assemblies first. You'll see
  22. That description fits the pictures very well, very nice grill