A Look Inside and System Build

Opening up the Pandora is painless as both aluminum side panels are held in place with four clips, and simply pull straight off with moderate amount of force.

A look inside with the panel removed

The clips themselves are metal, and repeated use didn't have any effect on the connection during the review. It seems like a durable (not to mention convenient) solution.

Side panels are solid aluminum, and the clips seem durable

With the rear panel removed we see a large CPU cutout and openings for cable routing.

There is very little room between this rear tray and the installed side panel, so flat PSU cables will be an advantage here.

Looking at the case floor we see that the placement of the power supply will be to the left (rear), and there is a bracket on the right side which both covers the first 3.5" drive position and adds a 2.5" drive location (more on storage options a bit later).

Inside the case front there is a 120mm fan pre-installed for postive airflow across components, and this is also the recommended AIO liquid cooler mounting point with 120mm and 240mm radiators supported.

There is room for a pair of 120mm fans up front, allowing 240mm radiators

System Build

The build process was easy, though it took some extra care to keep the cables behind the motherboard from sticking out too far and preventing the side panel from clipping back in (again, very little room back there!).

I encountered a slight issue after installing the motherboard, as there is not enough space to rout the CPU power cable to the board after it is in place.

The cutout for CPU power is too small to allow installation with the board in place

To work around this I simply removed the motherboard and routed this cable through the small opening first, after which it fit easily above the board.


There is no optical storage option with the Pandora, and hard drive support is a little different given the limited interior space. First we have the case floor adjacent to the PSU, which offers the screw holes to mount a 3.5" (or 2.5") drive.

The other 3.5" drive opening is easier to get to as it's at the very top of the case. This mount secures a hard drive next to the included upper fan.

For SSD mounting options there are a couple of mounts to choose from. The first is down on the removable bracket that sits above the lower 3.5" drive mount:

The second is behind motherboard tray, and this is the location I chose for my system drive.


As previously mentioned, the Pandora arrives with two 120mm fans included, with one in front and the other up top. The airflow pattern this creates should help direct cool air in across components and upwards out of the top. 

One of the most common questions about enclosures is what kind of liquid cooler support they have. I quickly installed one here to test this out myself.

Here the Corsair H105, which has a 240mm wide radiator, is installed along the front 120mm fan mounts.

While the 240mm Corsair H105 fit nicely on the front fan mounts, I wouldn't advise attempting an installation above the motherboard. There is not enough room above the motherboard to install this cooler on the upper fan mounts, and the top doesn't support dual 120mm fans. It should be possible to install a single-fan 120mm AIO liquid cooler on the upper fan mount (if the radiator isn't too thick), but to ensure compatibility I'd recommend just sticking to front fan mounts for radiators.

Though demonstrating the compatibility with a liquid cooler here, I used a traditional air cooler for the completed build and all temp/noise testing.

Completed Build

This GTX 770 is 10.5" long, so there is clearly room for much longer cards

With a little extra care the final build can be very clean, and the layout should provide good airflow across components as well.

Next we'll see how the Pandora performed in temperature and noise testing.

« PreviousNext »