LIAN LI Lancool II Mesh C RGB Midi-Tower Case - Black

Description

With its modular design and mesh panelling, the Lian Li Lancool II Mesh C RGB is a highly flexible case with advanced cooling capabilities. Featuring three pre-mounted aRGB fans, this chassis has incredible airflow and dazzling lighting that can be adjusted using the “C” and “M” buttons on the I/O panel. Inside, there is a carefully curated layout that can accommodate up to an E-ATX motherboard, 384mm long GPU, and has 176mm clearance for CPU coolers. Every chamber is easy to access, thanks to the hinging on the tempered glass panels and mesh PSU panel. The Lancool II Mesh C RGB can support all your high-end hardware with a premium finish.

LIAN LI LANCOOL II MESH C RGB MID-TOWER AT A GLANCE:
Steel mid-tower chassis with high density mesh panelling and 3 x aRGB fans
Modular design with dedicated cable management chambers
Dual hinged tempered glass panels for easy access and the perfect showcase
Supports up to an E-ATX motherboard and a 384mm long GPU
Accommodates up to nine SSDs
Extensive fan and radiator support with a multi-way radiator/fan bracket
ADVANCED COOLING
The Lian Li Lancool II Mesh C RGB Case has a premium design, carefully curated to facilitate advanced cooling. Many panels of this chassis feature a high-density mesh in a honeycomb pattern, to enhance airflow throughout the case. The natural airflow is boosted by the pre-mounted aRGB fans.

Upon the front panel, there are three 120mm fans, which operate at speeds of roughly 1300RPM. These add a splash of colour to the Lian Li Lancool II Mesh C RGB as well as provide efficient and effective cooling. This lighting can be controlled utilising the “C” and “M” buttons from the I/O panel, when connected to the included fan hub. “C” scrolls through seven colours whilst “M” features seven effects. A secret 8th effect is unlocked when connected to your motherboard instead, and controlled utilising a compatible software.

In addition to this, there is ample and flexible support for fans and radiato