LIY

Brand: Chevrolet Production Years: 2019 - 2026
60 Brand engines

Technical Specifications

Power 163 л.с.

Детальні технічні характеристики

2
модифікацій
163–163
к.с.

Спільні характеристики

Back suspension Independent, spring
Body type Sedan
Boost type Turbocharged
Capacity 1349 cm3
Car class C
Compression ratio 10
Country USA
Curb weight 1285 kg
Cylinder bore 79 mm
Cylinder layout inline
Engine code LIY
Engine model LIY
Engine placement Front, transverse
Engine type Gasoline
Front brakes ventilated disc
Front suspension Independent, spring
Fuel 92
Fuel tank capacity 44 l
Injection type direct injection (direct)
Max speed 195 km/h
Min trunk capacity 405 l
Number of cylinders 3
Number of doors 4
Number of gear 6
Number of seater 5
Rear brakes Disc
Steering wheel position Left
Stroke cycle 91.2 mm
Timing belt DOHC
Valves per cylinder 4
Wheel size 205/55 R16
Wheelbase 2640 mm
Width 1798 mm

Модифікації двигуна

1.4 AT (163 hp)
Привід Front wheel drive КПП Automatic Monza 2 [рест.] 2022–2026
163 hp
engine
Engine power 163 hp
Max power (kW) 120 kW
Max power at RPM 5500 RPM
Maximum torque 230 N*m
Turnover of maximum torque 4400 RPM
performance
Acceleration (0-100 km/h) 9.2 s
fuel
Highway driving fuel consumption per 100 km 4.8 l
Mixed driving fuel consumption per 100 km 5.8 l
transmission
Drive wheels Front wheel drive
Gearbox type Automatic
dimensions
Back track width 1541 mm
Front track width 1538 mm
Full weight 1725 kg
Height 1465 mm
Length 4656 mm
other
Flow calculation method WLTP
1.4 AT (163 hp)
Привід Front wheel drive КПП Automatic Monza 2 2019–2022
163 hp
engine
Engine power 163 hp
Max power (kW) 120 kW
Max power at RPM 5500 RPM
Maximum torque 230 N*m
Turnover of maximum torque 4400 RPM
performance
Acceleration (0-100 km/h) 9.9 s
fuel
City driving fuel consumption per 100 km 7.6 l
Highway driving fuel consumption per 100 km 4.7 l
Mixed driving fuel consumption per 100 km 5.3 l
transmission
Drive wheels Front wheel drive
Gearbox type Automatic
dimensions
Height 1485 mm
Length 4614 mm
other
Flow calculation method NEDC