Thermaltake Versa H15 M-ATX Gaming Chassis

Thermaltake Versa H15 M-ATX Gaming Chassis

Thermaltake new Versa H15 micro case is ideal for home-computer builders and gamers, creating enough space for high-end hardware and expansion. The ample ventilation options, cleanable air filter, and a perforated mesh bezel help to keep the entire system cool and dust-free. Versa H15 combines a manageable frame size with extensive options to customize user's computer or gaming system.

Built for Gamers

Designed for gamers, perforated top panel build for easy heat dissipation and rapid air intake for maximum ventilation. The heighten foot-stands at the bottom help to enhance airflow.

Tool-free Installation

Innovative 5.25" & 3.5" tool-free drive bay design minimized the hassles of installing/removing. Dual drive bay concept "1 + 2", a perfect ratio for accessory and storage devices.

Stress-free Cable Management

The cable routing gap provides easy cable management, hiding cables behind motherboard tray to ensure smoothness for building the chassis.

Additionally, with cable routing gap, wiring tangled problem no longer exists, followed by better airflow as well as dust management instead.

Optimized Ventilation

Standard equipped with one 120mm rear turbo fans along with optional 2 x 120mm intake fans as well as 2 x 120mm exhaust fans optimizes system ventilation.

High-end Complete System on the Go

Users are capable of building up a high-end solution including a 240mm radiator liquid cooling system with long graphic card. Versa H15 protects user's hardware and increase CPU's overclocking potential. Most importantly, to delivers outstanding cooling efficiency in the entire chassis.

• The small-sized micro tower offers a support up to 5 fan (s) installation and power-pack performance along with portability
• Supports micro ATX motherboard to provide a significant number of PCI slots, expansion slots and peripheral ports with enhanced heat dissipation capability
• Total 4 expansion bays help in upgrading the system by increasing number of hardware components