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Test Build
With the details out of the way, it’s time to find out how well the Fractal Design Vector RS performs in our test build segment. Our ATX test “build” for mid-tower cases consists of the following:
| Row 0 - Cell 0 | Row 0 - Cell 1 |
| CPU | Intel Core i9-9900K |
| Motherboard | Gigabyte Z390 Aorus Pro |
| Memory | 16GB (2x8GB) T-Force Pro Dark @ 3600 MT/s |
| Graphics | Nvidia GeForce RTX 2070 Super |
| Storage | 240GB PNY CS1311 2.5-inch SSD |
| Power Supplies | Corsair HX750 80+ Platinum Power Supply |
| Cables | Corsair Sleeved PSU Cables Pro Kit Type 4 |
| Cooler | Corsair H100X 240mm AIO + 2x Corsair ML120 Pro Fans |
Motherboard Installation
The first thing you should always do when building a new rig is strip the case down to its shell. The fewer panels on the thing, the less chance you have of damaging them, and the easier it is to work around. The Vector RS is no exception to that rule, and it strips down rather nicely. Installing the motherboard was simple, and we encountered no major problems. Looking at the cable grommets below the bottom of the board also gave us a good idea as to how we would route our bottom-most cables as well.
Cable Management
Next up on the checklist is installing the PSU and sorting out the back of the case. Thanks to the bracket system Fractal is using, it’s a fairly seamless procedure. Attach the bracket outside of the case to the PSU, pre-attach the cables you’ll need, thread them through the back of the case, slot the PSU into position and secure down with the thumb screws. Then you can take the time to carefully route the cables where they need to be.
Things to note: There’s no PCIe power cutout in the PSU cover, so you'll have to run it through the bottom cable grommet, similar to the Phanteks P400A Eclipse we reviewed earlier this month. Additionally, one plus here are those Velcro straps. It’s an amazingly small design tweak compared to the likes of NZXT and Phanteks, but the fact you can place the cables in the middle, and then strap them over the top saves a lot of time. The manual says you should remove the entire strap, place your cables in, then thread the Velcro strap in and tighten it down. But this is frustrating and tedious, especially if you end up placing more cables there later.
One downside to removing that front 3.5-inch caddy is that there’s no way of hiding any of the front I/O or fan cables easily. You have to painstakingly run them along the top and the bottom of the case and hope they’re not as noticeable once the tempered-glass panel is in. It’s not a huge concern, but very frustrating if you do decide to go for a thicker front radiator, or just want a bit better airflow/internal looks.
The best compromise would be to just remove the caddies and leave the tower in place. However, if you do take that route and plan on running a custom loop, you’ll most certainly lose sight of your front radiator and any reservoirs mounted to it.
Fan Controller
Although it doesn’t plug in via a USB 2.0 header or have any fancy software, there’s a lot to be said for the inclusion of this dumb fan controller here. Simply plug in up to 9 fans, power it via a SATA header, then plug the PWM header directly into the motherboard and control it via BIOS with a single header. It’s simple, and just works. Just ensure you attach fans to it that run at the same RPM.
AiO Installation
We’ve decided to run our 240mm Corsair Hydro AIO in the roof this time around. It looks very clean, and with a quick swap to the ventilated mesh variant top panel, should provide an excellent exhaust for the internal airflow.
The Vector’s swappable panel is definitely a boon in this regard, albeit one that’s arisen purely because of airflow issues the original case imposes. We would have loved to have seen two separate variants of this chassis, one with and one without the tempered glass top panel for sale at a lower price. That would’ve made a lot more sense, since users are going to choose one or the other.
Recommended Setup?
Once that’s all wrapped up we decided to remove the rear 140mm fan and install it in the front instead. We have worries about that front airflow just not providing enough cool air to the GPU, so throwing it in here should help alleviate that significantly.
In a perfect world we’d replace all three of those front fans with some static pressure optimized fans, and even potentially mount an additional 140mm intake in the floor as well. If you’ve got fans lying around from an old build, it’s definitely worth considering.
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