New Mercedes Benz S Class 2010 Technology

One of the new technology pioneered by Mercedes-Benz is a hybrid drive system that uses lithium-ion battery, which is applied to the S 400 HYBRID, which makes the top model from Mercedes Benz premium sedans as a top economical gasoline in fuel consumption. The fuel consumption of 13 kilometers per liter. CO emissions only 186 grams per kilometer, and it makes the S 400 HYBRID just as champions of CO in the segment of the premium cars. S 400 HYBRID engine taken from the S 350 and modified as a whole. 3.5 liter capacity engine, 6 cylinders in V configuration (V6), and combined with an electric motor, automatic transmission with 7 levels of speed (7g-TRONIC) are reserved for hybrid drive systems, a series of electronic devices, transformers (transformer), and lithium batteries high-voltage-ion.
For the latest features, the night view assist plus , which includes an infrared camera, is now complete S-Class plus a special function to detect pedestrians in the street in front. They are projected on the screen so that their presence is clearly visible. Mercedes Benz has also increased the ability of radar distance and middle distance used by the brake assist (BAS) plus and distronic plus (the latest generation of cruise control). Mercedes-Benz also offers other systems that also use the radar for the S-Class is applied to the brake PRE-SAFE ®. If the driver's attention distracted and did not realize the danger of sudden or did not notice or warning signal issued by the driver assist systems, PRE-SAFE ® will intervene and put the brakes on the car independently.
Combination of ultramodern aid system and the protection of (drivers and passengers) to change the S-Class became partners smart (intelligent) who can see, feel, instinctively respond, and act independently to avoid accidents or reduce the effects.

For the first time, Mercedes-Benz also uses the camera into the system so that the system can see well into the future, monitor the situation around the car, and interpret critical situations. An example is adaptive highbeam assists. The system recognized the car coming from opposite direction or the car in front with the lights on and then controlling the front headlights to ensure the best vision for the driver without compromising vision (flashing) the other road users.