Introducing the NANOQ S from Thor-Zone, a highly anticipated case release. This pre-release sample represents what will be refined and updated before mass production.
The focus is on evaluating how well this new case accommodates various setups and large GPUs, and how it compares to other cases in its size category. The NANOQ is available in two sizes: the NANOQ R (16L) and the smaller NANOQ S (11L). At 11L, it is slightly larger than the FormD T1 and Dan A4-H20, but significantly smaller than the Dan C4-SFX and M1EVO. When placed side by side with a T1, it is essentially the same width and height, just a bit longer, making it easier to fit Founders edition cards. The entire building experience will be explored in detail.
Unlike the aforementioned cases, the NANOQ S can stand vertically, saving valuable desk space. It features two silver handlebars with rubber to prevent sliding. The outer cover is a single piece of 4mm aluminum, giving it a solid and weighty feel. Available finishes include black, silver, and gunmetal, all of which look impressive. The finish is smooth and nicely applied with no visible imperfections, not leaving any fingerprints, except for a few scratches on the inside cover from the assembly process. These minor scratches are in areas that won’t be visible when the case is closed, but they are worth noting.
The case construction is primarily aluminum with steel rods, giving it a premium look and feel with no plastic components. The front design features seven vertically running panels, giving it a modern and distinctive look. These panels are not just aesthetic; the center silver panel, branded with NANOQ, doubles as the power button. The two adjacent panels slide up to unlock the outer shell, while the outer panels, held by magnets, can be removed.
The accessories box was impressive, with each piece separated in foam for easy access, demonstrating Thor-Zone’s commitment to user experience. To access the case, slide up the two panels to unlatch the outer shell, then pull it off.
Inside, the case has a minimalist design. The stainless steel rods are carved to fit flat-sided components like fans and radiators. One rod in the center mounts part of the motherboard on one side and the GPU riser cable on the other, while two rods at the top hold the power supply unit. The adjustable center spine can be moved to accommodate thicker graphics cards or more CPU cooling, similar to the Fractal Terra and FormD T1. Engraved numbers or notches could be a helpful addition for aligning the spine.
To assess water cooling compatibility, the case was tested with a Fractal Lumen S24. It didn’t fit with standard 25mm fans, so Noctua Slim fans were used. If using slim fans, ensure the correct screws are obtained. While fitting, it was found that the radiator mounting cutout was slightly too short, preventing a standard fan from fitting on the PSU side.
After securing the motherboard, which fits tightly against the fan, an SFX-L power supply was installed, using longer screws provided by Thor-Zone. The water block installation was straightforward, thanks to its low profile. The case supports a CPU cooler height of XXmm if using a slimmer 2-slot GPU.
The IO includes only a power button. Custom power cables from Bespoke Baka were used for a cleaner build. Even standard SF750 cables fit well, though adding a fan grill could prevent cable interference. The two included LED strips have dedicated spots on the bars for secure mounting.
Turning the case over, it can support up to a three-slot GPU, 327mm in length, and 168mm in height. Attaching the riser cable is straightforward. The first GPU tested was the Founders Edition 4090, fitting with no issues. However, an additional mounting point at the back, like the M1EVO, would enhance security.
After plugging in the 12VHPWR cable, there was enough room, though custom cables are preferable. The build looked clean, and included dust filters are handy for pet owners.
With a full case frame, sliding the case cover on is a delicate process. Be careful not to snag any of the cables.
Testing thermals, the NANOQ S performed well in both synthetic benchmarks and gaming scenarios, with reasonable noise levels. Compared to the NR200P Max, it held its own, though the larger radiator of the NR200P Max provided better cooling.
The NANOQ S offers excellent GPU support and premium build quality, but a price of $350 would make it more competitive. Unless there is a particular preference for the design or a constraint on desk space, the NR200P Max remains the overall recommendation.
Overall, with a few tweaks before production, the NANOQ S has great potential. The larger NANOQ R will also be explored in the future. This initial impression, based on a few days of use, highlights the promise of this case, with further testing and exploration planned.