Gamdias TALOS M3 MESH E-ATX Gaming Case - Black / Perforated Mesh Front Panel Provides Optimal Ventilation / 3 Built-in PWM ARGB Fans / Supports Motherboards up to E-ATX / TALOS-M3-MESH + FREE DELIVERY !

The Gamdias TALOS M3 MESH in black is built around airflow. Its perforated mesh front panel feeds cool air straight to the components, and three ARGB fans with PWM control adjust speed while lighting the build. Inside there is room for motherboards up to E-ATX, so large graphics cards, multiple drives and high-end parts fit without compromise.

The TALOS M3 MESH is a mid-tower chassis focused on compatibility and cooling, offered in matte black and snow white. It ships with dual 140mm PWM ARGB fans at the front and a 120mm fan at the rear, so intake and exhaust are covered out of the box. A protruding PSU shroud and tempered glass side panel finish the layout.

The front panel is heavily perforated with 5mm air vents rather than a decorative slot pattern, which is what lets the intake fans actually pull air instead of fighting a restriction. Maximising intake this way is how internal temperatures stay in range on a high-performance gaming build under sustained load.

Three built-in ARGB PWM fans handle lighting and airflow together, and a 6-port PWM ARGB fan hub brings them under one point of control. That hub is what keeps a multi-fan build manageable, since lighting sync and fan speed are handled centrally instead of through a tangle of separate headers.

The TALOS M3 MESH supports system-wide ARGB lighting synchronised with compatible motherboards, so the case fans follow the same effects as the rest of the build. That lighting is visible through both the perforated front panel and the tempered glass side panel, which is why the mesh front doubles as a display surface.

The front I/O panel carries a USB 3.2 Gen 2 Type-C port rated for data transfer up to 10 Gbps, alongside USB 3.0, audio and LED controls. Having Type-C on the front means fast external drives and modern devices connect without reaching behind the case, and the LED controls sit in the same cluster.

The chassis takes two 360mm radiators at once, one at the front and one at the top. That is the specification that matters for an advanced liquid cooling setup, where a single 360mm mount forces a choice between cooling the CPU and cooling the rest of the loop. Here both positions are available together.

The front accepts three 120mm fans or two 140mm fans, with multiple mounting points for 360mm or 280mm radiators at both the front and the top. That range of options means the cooling layout can be matched to the parts you already own rather than rebuilt around the case.

The TALOS M3 MESH accommodates CPU coolers up to 180mm in height, which covers the large dual-tower air coolers that usually rule out a mid-tower chassis. If you would rather run air than liquid on a demanding gaming or professional build, that clearance figure is the one to check first.

Inside, the case supports motherboards up to E-ATX and graphics cards up to 390mm long. Those two numbers decide what you can actually build: an E-ATX board rules out most mid-towers, and 390mm covers the long triple-fan cards that current high-end GPUs ship with.

A protruding PSU shroud covers the power supply and the cable runs beneath it, so the visible half of the build stays clean behind the tempered glass. The interior is laid out with the space needed for efficient cable management, which is what turns a tidy front-of-house view into something achievable rather than fiddly.

The TALOS M3 MESH takes power supplies up to 200mm in length, which leaves room for high-wattage units with longer casings rather than restricting you to a compact ATX unit. Combined with the spacious interior, that clearance is what keeps a build organised once every cable is routed.

Magnetic dust filters cover the top, front and bottom of the chassis, and because they are magnetic they lift off for cleaning without tools or removing panels. On a mesh-front case that pulls a lot of air, keeping those filters clear is what preserves the airflow the design was built around.