2008 3.5 V6 24V (296+200 Hp) Hybrid e-CVT Technical specifications and auto data, engine info, performance specs, dimensions. Detailed technical specs of Toyota Crown with body type Sedan 2008 - 2010. Engines 2499 - 3456 cc, power 215 - 360 hp, 6 cylinders, 6 (Automatic) gearbox, 4870 mm length, 1690 kg weight.
Specs of Toyota Crown XIII (S200) 3.5 V6 24V (296+200 Hp) Hybrid e-CVT /2008, 2009, 2010/. OVERVIEW With a fuel consumption of 23 mpg US - 27.6 mpg UK - 10.2 L/100km, a curb weight of 3626 lbs (1645 kg), the Toyota Crown 2.0 standard has a 4 cylinder DOHC engine, a Natural gas engine 1TR-FPE. This engine 1TR-FPE produces a maximum power of 117.6 PS (116 bhp - 86.5 kW) at 4800 rpm and a maximum torque of 189.2 Nm (139.5 lb.ft - 19.3 kg.m) at 3600 rpm.
The engine power is transmitted. This is an online automotive information provider of Toyota Crown 2008 specifications and features, equipment and performance including fuel economy, transmission, warranty, engine type, cylinders, drive train and more. Make sure to search the car specs including engine performance options, interior upgrades, headroom, cargo capacity and more.
The comprehensive set of features and exceptional engineering make it a valuable proposition in the used car market. If you are in search of a car that blends performance, comfort, and luxury seamlessly, the 2008 Toyota Crown should definitely be on your list. Explore the complete specs of Toyota Crown Royal Saloon about engine, fuel, dimensions, suspension, drive train and cost.
Technical Specs: Toyota Crown XIII Athlete (S200) 3.5 V6 24V (315 Hp) Automatic Sedan /2008, 2009, 2010/ Fuel consumption, Dimensions, 315 Hp, Petrol (Gasoline), 1650 kg, 4 Doors, 5 Seats. 3.0 i-Four V6 24V (256 Hp) 4WD Automatic Technical Specifications and Car Data, Engine Info and Performance specs. The 2008 Toyota Crown 2.0 Super Saloon features a 4-speed automatic transmission, offering smooth gear shifts and precise control.
While it may not have as many gears as more modern transmissions, it is designed to provide a balance between performance and efficiency.