Hyundai Verna CRDi SX ABS |
2008 Hyundai Verna CRDi SX ABS
The new Verna CRDi SX ABS comes with more comfort and safety like Anti-lock braking system keyless entry with a burglar alarm and many other features.
specifications
Transmission Type Manual
Fuel Type Diesel
Seating Capacity 5
Gearbox 5 Speed
Engine Description 1.5L 110bhp CRDi with VGT
Engine Displacement [header=[Engine Displacement] body=[The maximum amount of fuel that the engine can burn in one complete cycle of all the cylinders together.] cssheader=[toolHead] cssbody=[toolBody]] 1,493 cc
Mileage-City 12.0 kmpl
Mileage-Highway 18.1 kmpl
Maximum Power [header=[Maximum Power] body=[The amount of work the engine can do over a period of time. It is measured in Horsepower. One Horsepower is equal to the energy needed to lift 550 pounds at a height of one foot for one second. 1 PS=1.01387 bhp] cssheader=[toolHead] cssbody=[toolBody]] 110 @ 4,000 (PS@rpm)
Maximum Torque [header=[Maximum Torque] body=[The maximum power output the engine can produce over a particular range of speed.] cssheader=[toolHead] cssbody=[toolBody]] 24 @ 1,900-2,750 (kgm@rpm)
Features
Anti-Lock Braking System [header=[Anti-Lock Braking System] body=[Sudden braking at high speeds can cause the brakes to lock up and the car to skid. The electronic sensors in the Anti –Lock braking System rapidly pressurize and depressurize the brakes, thus stopping them from locking up.] cssheader=[toolHead] cssbody=[toolBody]] Standard
Air Conditioner Standard
Power Steering Standard
CD Player Standard
Power Windows - Front Standard
Central Locking Standard
Automatic Climate Control Standard
Driver Airbag Not Available
Leather Seats Not Available
Passenger Airbag Not Available
Engine
Engine Type [header=[Engine Type] body=[The number of cylinders that make up the engine and the way they are arranged within it. The common forms of arrangement are In-Line, V-Type and Flat engines.] cssheader=[toolHead] cssbody=[toolBody]] In-Line Engine
Engine Description 1.5L 110bhp CRDi with VGT
Engine Displacement [header=[Engine Displacement] body=[The maximum amount of fuel that the engine can burn in one complete cycle of all the cylinders together.] cssheader=[toolHead] cssbody=[toolBody]] 1,493 cc
No. of Cylinders 4
Valves per Cylinder 4
Valve Configuration / Valvetrain [header=[Valve Configuration / Valvetrain] body=[The system of valves that lets the fuel charges in and lets the exhaust gases out.] cssheader=[toolHead] cssbody=[toolBody]] DOHC
Fuel Supply System [header=[Fuel Supply System] body=[The system that delivers fuel to the engine as per its needs.] cssheader=[toolHead] cssbody=[toolBody]] CRDI
Maximum Power [header=[Maximum Power] body=[The amount of work the engine can do over a period of time. It is measured in Horsepower. One Horsepower is equal to the energy needed to lift 550 pounds at a height of one foot for one second. 1 PS=1.01387 bhp] cssheader=[toolHead] cssbody=[toolBody]] 110 @ 4,000 (PS@rpm)
Maximum Torque [header=[Maximum Torque] body=[The maximum power output the engine can produce over a particular range of speed.] cssheader=[toolHead] cssbody=[toolBody]] 24 @ 1,900-2,750 (kgm@rpm)
Bore x Stroke [header=[Bore x Stroke] body=[BORE- diameter of the piston STROKE- distance the piston moves from top to bottom] cssheader=[toolHead] cssbody=[toolBody]] 75 x 87 mm
Compression Ratio [header=[Compression Ratio] body=[Ratio of the volume of cylinder when the piston is at the bottom of its rotation (X), to the volume of the cylinder when it is at the top of its rotation (Y). Mathematically it is expressed as X/Y: 1. It is used to measure performance of the engine.] cssheader=[toolHead] cssbody=[toolBody]] 17.8:1
Turbocharger [header=[Turbochar
Answered by
sanjeev
, an ibibo Citizen,
at
7:51 PM on April 08, 2008
