Welcome to "Car Presentation!!!" The K900 has evolved into a truly sophisticated driving machine powered by a 3.3-liter twin turbo V6, the same engine found in the automaker’s highly acclaimed Stinger fastback sport sedan. This world-class engine outputs 365 horsepower and 376 pound-feet of torque and was recently named to Ward’s 10 Best Engines list for its exceptional responsiveness and refinement. The twin fast-spooling single scroll turbos are integrated into the exhaust manifold for enhanced durability. Dual Continuously Variable Valve Timing (CVVT) works seamlessly in tandem, resulting in optimal and instant power delivery.
Since turbo engines typically generate more heat than non-turbo engines, a robust cooling system was required. To meet the challenge of extreme environments, Kia’s development team exceeded internal targets and over-engineered a system that utilizes a wider radiator for more efficient cooling and airflow, and adopted a high-capacity 600-watt brushless electric fan motor. Aiming to provide the highest level of quality and durability, Kia conducted testing and validation in extreme environments all over the world.
The engine pairs with a second-generation in-house built 8-speed automatic transmission to manage its power in a smooth and seamless manner. The Shift-by-Wire gear selector is standard and with no required scheduled maintenance under normal conditions, the transmission is excellent for everyday driving. At the same time, this gearbox allows quick and confident shifts during more spirited driving.
For an added dose of performance, improved handling, stability and agility, the K900 is equipped with a standard full-time Dynamic Torque Vectoring Control all-wheel drive system9 that is rear biased and electronically controlled based on road conditions. Following the Stinger, the K900 becomes the second application of this in-house built system and elevates traction and handling to help the K900 compete against its premium European competitors. Designed to improve performance in a variety of environments, it freely distributes torque between the front and rear wheels and also can send power from side to side, depending on conditions. Should the system detect slippage, power is seamlessly directed towards the front or rear wheels, depending on the driving situation. Up to 50 percent of torque can be distributed to the front wheels, and in Sport mode, up to 80 percent of the power can be routed to the rear wheels.
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