Jaguar Mark IX

Specifications Jaguar Mark IX I 3.8 MT (220 hp) Sedan 1958

1958 - 1961 Add to compare

Body type
car brand	Jaguar
model	Mark IX
country brand	United Kingdom
vehicle class	f
Body type	Sedan
Number of doors	4
Number of seats	5
Width (with mirrors)	-
Width	1905 mm
Length	4991 mm
Height	1600 mm
Wheelbase	3048 mm
Front track	-
Rear track	-
Trunk volume minimum	- l.
Maximum amount of trunk	- l.
Ground clearance	190 mm
Engine
engine's type	Petrol
Engine Location	front cross-
Engine capacity	3781 cm³
Power	220 hp
When rpm	-
Power, kWt)	164 kW
Torque	-
Power system	carburetor
Turbocharging	-
Gas distribution mechanism	-
Location of cylinders	inline
Number of cylinders	6
Number of valves per cylinder	2
Fuel Type	-
Bore and stroke	87 × 106 mm
Compression ratio	8
Engine model	-
Environmental standard	-
Suspension
Type front suspension	independent, torsion
Rear suspension	-
Transmission
Gearbox type	Mechanics
Number of gears	4
The gear ratio of the main pair	-
Drive	Rear
brake system
Front brakes	disc
Rear brakes	disc
Performance
Maximum speed	-
Acceleration (0-100 km / h)	-
Fuel consumption in the city 100 km	-
Fuel consumption on the highway at 100 km	-
Average fuel consumption per 100 km	-
Weight	-
Curb Weight	-
The fuel tank	-
The size of tires	-
Wheels (Size)	-
Power reserve	-
Full charge	-
Steering
Turning circle	-
Type of steering	-

	main page Compare cars
Speed and acceleration	Fuel consumption
The fastest Slowest The most powerful The weakest 0-100 km / h maximum 0-100 km / h minimum	Fuel consumption in the city (maximum) Fuel consumption on the highway (maximum) Fuel consumption average (maximum) Fuel consumption in the city (minimum) Fuel consumption on the highway (minimum) Fuel consumption average (minimum)
Dimensions and ground clearance	Trunk volume car, the fuel tank
Large width cars Narrow cars Long cars Short cars High automobiles low cars Heavy cars Lightweight cars High ground clearance Low ground clearance	Fuel tank maximum The volume of the fuel tank minimum Maximum amount of trunk Trunk volume minimum