VIN Decoded

VF3MCYHZJLS084159

2020 PEUGEOT

Vehicle Summary

This 2020 PEUGEOT passenger car is engineered with a 1.9-liter, 4-cylinder XU9J2 engine, generating 123 horsepower. It features a water cooling system and a dual overhead cam valve train design. Designed for the California market, this vehicle operates on gasoline and is manufactured in Sochaux by Automobiles Peugeot. The in-line engine configuration offers a balance of performance and efficiency.

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Accidents Mileage Theft Records Service History
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Make
PEUGEOT
Year
2020
Engine
1.9L

Complete Specifications

16 specs
Destination Market California
Make PEUGEOT
Manufacturer Name AUTOMOBILES PEUGEOT
Model Year 2020
Plant City SOCHAUX
Vehicle Type PASSENGER CAR
Engine Number of Cylinders 4
Displacement (CC) 1905
Displacement (CI) 115.94511377999
Displacement (L) 1.9
Engine Model XU9J2
Fuel Type - Primary Gasoline
Valve Train Design Dual Overhead Cam (DOHC)
Engine Configuration In-Line
Engine Brake (hp) From 123
Cooling Type Water

Known Issues for This Vehicle

Timing belt failure

The timing belt in Peugeot engines, including the XU9J2, can wear out or break, leading to engine misfires, loss of power, or even catastrophic engine damage if not replaced at recommended intervals.

Oil leaks

Peugeot engines are sometimes prone to developing oil leaks, often around the valve cover gasket or oil pan, which can lead to low oil levels and potential engine damage if not addressed.

Overheating

Poor cooling system maintenance or failures in components such as the thermostat or radiator can lead to engine overheating, which is a common issue in some Peugeot models.

Ignition coil failure

The ignition coils in four-cylinder Peugeot engines can fail, leading to engine misfires, rough idling, and reduced performance.

Fuel injector issues

Clogged or malfunctioning fuel injectors can cause poor fuel delivery, leading to rough idling, misfires, and decreased fuel efficiency.

Sensor malfunctions

Malfunctions in sensors like the oxygen sensor or mass air flow sensor can lead to incorrect air-fuel mixture readings, impacting engine performance and emissions.

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