Seat Arosa (6H, facelift 2000) 1.7 SDI (60 Hp) 2000, 2001, 2002, 2003
Seat Arosa (6H, facelift 2000) 1.7 SDI (60 Hp) 2000, 2001, 2002, 2003

General information

Name

Seat Arosa (6H, facelift 2000) 1.7 SDI (60 Hp) 2000, 2001, 2002, 2003

Brand
Model
Year of production

2000

Number of seats

4

Number of doors

3

Body type
Powertrain architecture
Engine Modification

1.7 SDI (60 Hp)

Power

60 Hp @ 4200 rpm.

Torque (Nm)

115 Nm @ 2200-3000 rpm.

Electrical System

Performance specs

CO2 emissions (g/km)

119 g/km

Emission standard

Euro 3

Fuel consumption economy urban (l/100 km)

5.9 l/100 km

Fuel consumption economy extra urban (l/100 km)

3.6 l/100 km

Fuel consumption economy combined (l/100 km)

4.4 l/100 km

Acceleration 0-100 km/h

16.6 sec

Maximum speed (km/h)

157 km/h

Engine specs

Engine #1

Power
60 Hp @ 4200 rpm.
Power per litre
35 Hp/l
Torque
115 Nm @ 2200-3000 rpm.
Engine displacement
1716 cm3
Number of cylinders
4
Position of cylinders
Inline
Cylinder bore
79.5 mm
Piston stroke
86.4 mm
Compression ratio
19.5
Number of valves per cylinder
2
Fuel system
Diesel - Standard diesel injection (SDI)
Fuel type
Diesel
Valve train
SOHC

Space volume and weights

Curb weight (kg)

955 kg

Max weight (kg)

1440 kg

Fuel tank capacity (l)

34 l

Trunk boot space minimum (l)

130 l

Trunk boot space maximum (l)

790 l

Dimensions

Length (mm)

3551 mm

Width (mm)

1639 mm

Height (mm)

1460 mm

Wheelbase (mm)

2323 mm

Front track (mm)

1392 mm

Rear track (mm)

1400 mm

Minimum turning circle turning diameter (mm)

10.1 m

Drivetrain brakes and suspension specs

Drivetrain architecture

The Internal combustion engine (ICE) drives the front wheels of the vehicle.

Drive wheel

Front wheel drive

Transmission type

manual

Front suspension system

Independent type McPherson, Transverse stabilizer

Rear suspension system

Trailing arm, Elastic beam

Front brakes

Disc

Rear brakes

Drum

Power steering

Hydraulic Steering

Front tires size

185/55 R14

Rear tires size

185/55 R14

Wheel rims size

6J x 14

Technology and Operation