Designed in collaboration with BMW Group DesignWorksUSA since 2009, Thermaltake Level 10 Series are highly appreciated and gained numerous awards like IDEA, Good Design, Golden Pin Design, iF, reddot, d&I, and Red Star for its intelligent design in succession. The new Thermaltake Level 10 Titanium chassis convey a unique and unmatched massage to everyone with modern, innovative, and stunningly elegant style. Thermaltake has redefined the architectural aesthetics of chassis design, continuously driving toward the corporate mission of “delivering the perfect user experience”. By rendering the inside components visible, the design concept focuses on the architectural aesthetics which are inherent in the computers and result from each individually configurable component.

The designing concept is inspired by the attention of gamers to expensive, top performance components and their inherent architectural aesthetics.

The asymmetrical balance of a strong vertical heatsink with horizontal components creates an iconic architectural statement, which clearly revealing the powerful cooling characteristics of the Thermaltake Gaming Tower.

Enables gamers in a unique way to experience the power of his high performance equipment and increase the usability through an innovative direct access point. The O.C.A. design with all individually encased system components exposed, all elements are visible and can easily be added or removed.

Badges shown are offered in a Limited Edition of 500. Serial numbers on badge assigned according to where order falls within the limited edition to show individuality.

The wind tunnel test for Level 10 aerodynamics uses exactly the same criteria for F1 race car. Thus Thermaltake engineers have been able to modulate the airflow to perfection. The result is highly efficient configuration that channels airflows to the maximum.

The exposed vertical heatsink with multiple layers symbolizes both the inherent power and excellent cooling qualities of Level 10 Gaming Station. Targeted ventilation is reached by an advanced airflow system with two separate thermal zones and individual fans preventing overheating.