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This is the second part of the coverage dedicated to Cougar’s CFV235 series, focusing specifically on the Cougar CFV235 Mesh, although other variants will also be mentioned for comparison purposes. The idea for this review came from the fact that even a Cougar representative, when I requested separate models for testing, stated that the Cougar CFV235 and CFV235 Mesh were essentially the same product.
Read also: All PC case reviews
TABLE OF CONTENTS:
Cougar CFV235 Mesh Specifications
- Form factor: Mid Tower
- Motherboard type: Mini ITX / Micro ATX / ATX / CEB
- Dimensions: 235 × 493 × 460 mm
- I/O panel: USB 3.2 Gen 2×2 Type-C, USB 3.0 Type-A ×2, 4-pin headset audio jack x1, RGB button
- 3.5″ bays: 2
- 2.5‘ bays: 2+2 (converted from 3.5’ bays)
- PCIe expansion slots: 7
- Top fan support: 120 mm ×3 / 140 mm ×3
- Front fan support: 160 mm ×2
- Bottom fan support: 120 mm ×3
- Rear fan support: 120 mm
- Front fans included: 160 mm Cougar DGR160 ×2
- Rear fans included: 120 mm JGR120
- Maximum number of fans: 9
- Water cooling support up to 360 mm
- Extra: included Aurora LED strip
- Graphics card length: up to 400 mm
- CPU cooler height: up to 175 mm
- Power supply length: up to 200 mm
Cougar CFV235 Mesh Video review
Price and Positioning
The differences here are conceptual and fairly significant, even though there are arguably too many similarities in the details. Because of that, without familiarity with the review of the standard Cougar CFV235, this material may feel somewhat incomplete.
Similarities Between CFV235 Mesh and CFV235
At first glance, the difference between the Cougar CFV235 Mesh and the standard Cougar CFV235 appears fairly superficial. Pricing is roughly the same – around 6,500 UAH – although the black version is slightly cheaper. The bundled accessories are nearly identical, most compatibility points are shared, and the dimensions remain effectively unchanged. The included rear fan is still the JGR120, and power supplies still need to be installed rotated by 180 degrees, since there is no bottom-side airflow intake – the lower panel remains completely solid metal.
The Main Difference
And despite all of that, the Cougar CFV235 and Cougar CFV235 Mesh are fundamentally different cases. The standard model is essentially an aquarium-style chassis, and an unusual one at that, since the side-mounted fans are configured as exhaust by default rather than intake. The Mesh version, meanwhile, follows a more traditional layout with a conventional front-to-back airflow path. At first glance, the change may seem minor. The front fans were simply repositioned forward, and the premium glass-heavy design was replaced with a mesh front panel.
But this change affected nearly everything even remotely connected to the front panel design. Maximum GPU clearance is now 400 mm instead of 430 mm. The cable-management grommet is now taller and wider rather than short and narrow, with enough space to comfortably fit an entire hand through it. As a result, routing cables toward the right side of the case feels considerably more practical and intuitive.
In practice, this shroud is not actually intended for cable management – it primarily covers the mounting cutouts for 120 mm fans. In theory, this allows the Cougar CFV235 Mesh to support two additional 120 mm fans compared to the standard Cougar CFV235. Especially since the side-panel ventilation pattern remains unchanged. And that is genuinely a strong improvement.
Fans and Cooling
But the most important changes are at the front. The front panel here is practically the embodiment of overengineering. Only one fan size is supported on the front panel – similar to the Cougar Airface Flo, for example. However, while the Airface Flo exclusively supports 180 mm fans, the Cougar CFV235 Mesh uses 160 mm units instead. A pair of DGR160 fans is included out of the box.
More precisely, the fans are installed within a separate modular assembly that connects to the chassis through a dedicated pin interface. The fans themselves are relatively standard, and the transition from cable to pin connector is handled separately. In theory, this means they can be replaced. In practice, however, the process is likely to be more complicated than with a conventional fan mounting setup.
The front panel itself is additionally secured with two very small screws that are somewhat inconvenient to remove. However, in normal use there is little reason to detach the panel at all, since the dust filter is a separate magnetic element that can be removed quickly and without effort.
All of this also means that the Cougar CFV235 Mesh cannot be converted into the standard Cougar CFV235 simply by swapping the front panel, which I initially expected could replace the RGB Aurora module. This is important because choosing between the Mesh and the standard version is not just a matter of selecting glass versus mesh on the front. It effectively means selecting an entire set of design and engineering differences that come as a package rather than a single interchangeable component.
CFV Airflow
As previously mentioned, it is also worth going into detail about the bottom cooling design. In theory, a narrow gap of around one centimeter is sufficient to provide internal components with adequate access to fresh, cool air. Moreover, the airflow path is expected to remain relatively clean. The case can accommodate up to two dust filters, and the second one – positioned under the power supply area – is included in the box with the Cougar CFV235 Mesh.
Structural integrity of the case in the traditional sense is also not something to worry about – at least within reasonable usage scenarios. In other words, it is not designed to be sat on, stood on, or used as a surface for heavy objects. That said, this limitation applies broadly to most standard gaming PC cases as well, including the Cougar CFV235 Mesh and similar chassis in this category.
And no – the transport spacers will NOT help. They are made of plastic, and on top of that, they interfere with the installation of the Aurora RGB module in the Cougar CFV235 Mesh.
For air intake, the gap works quite well. However, it is not suitable for exhaust airflow. The reason is simple: hot air would be drawn directly toward the power supply unit. This is one of the worst possible scenarios for the longevity of the most critical component in a system – the PSU in the Cougar CFV235 Mesh. And when a power supply fails, it can potentially take the rest of the system with it at the same time, effectively damaging all connected components in a single failure event.
The only drawback I want to highlight is the shroud that covers the pseudo-rudimentary side fan mounting openings. Even in Cougar’s official visual materials, it appears to partially restrict airflow toward the motherboard area in the Cougar CFV235 Mesh. And this seems to be an intentional design choice by Cougar, emphasizing a priority airflow focus on the CPU and GPU rather than general motherboard cooling.
Spoiler: the motherboard also heats up. In particular, the power delivery components – VRMs – as well as onboard heatsinks can become quite hot under load. Notably, the height of the side shroud is roughly aligned with the height of typical motherboard heatsinks in the Cougar CFV235 Mesh.
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In principle, this design should not fully deprive the motherboard of airflow. However, if power delivery components begin to overheat and the CPU starts throttling – which is a realistic scenario in some configurations – it is worth investigating further. This is especially relevant in the context of known historical cases of overheating issues on Intel platforms. If such symptoms appear, it is advisable to check system temperatures with the side shroud removed in the Cougar CFV235 Mesh. This can help determine whether the airflow restriction is contributing to the problem.
Conclusions
The main point I want to emphasize is that the Cougar CFV235 Mesh is not, and should not be considered, a replacement for the Cougar CFV235. These are fundamentally different cases with distinct airflow designs and operating principles. This design choice brings both significant advantages and a few unexpected drawbacks. Fortunately, the number of limitations is small enough that it does not meaningfully affect the overall impression. For that reason, the Cougar CFV235 Mesh can still be recommended.
Read also:
- Cougar CFV235 Review: A Fundamental PC Case
- Cougar FV150 Pink/White Case Review: More Than Just Its Color
- Review of Cougar Airface ECO RGB Black/White case