Chevrolet X25D1 engine
Engines

Chevrolet X25D1 engine

Technical characteristics of the 2.5-liter gasoline engine Chevrolet X25D1, reliability, resource, reviews, problems and fuel consumption.

The 2.5-liter Chevrolet X25D1 or LF4 engine was produced from 2000 to 2014 at a Korean plant and was installed on relatively large concern models such as Epika and Evanda. The XK-6 range of 6-cylinder units was developed jointly by Daewoo and Porsche.

The X series also includes the internal combustion engine: X20D1.

Technical characteristics of the Chevrolet X25D1 2.5 liter engine

Exact volume2492 cm³
Supply systemdistribution injection
Internal combustion engine power155 hp
Torque237 Nm
Cylinder blockaluminum R6
Block headaluminum 24v
Bore77 mm
Piston stroke89.2 mm
Compression ratio9.8
Features of the internal combustion engineVIS
Hydraulic compensatorsYes
Timing drivechain
Phase regulatorno
Turbochargingno
What kind of oil to pour6.5 liters 5W-30
fuel typeAI-92
Environmental classEURO 3/4
Approximate resource260 000 km

The weight of the X25D1 engine according to the catalog is 175 kg

Engine number X25D1 is located at the junction of the block with the box

Fuel consumption Chevrolet X25D1

Using the example of a 2010 Chevrolet Epica with an automatic transmission:

City13.8 liters
Track6.6 liters
Mixed9.3 liters

Which cars were equipped with the X25D1 2.5 l 24v engine

Chevrolet
Vanda 1 (V200)2000 – 2006
Epic 1 (V250)2006 – 2014
Daewoo
Magnus V2002000 – 2006
Tuscany 1 (V250)2006 – 2013

Disadvantages, breakdowns and problems X25D1

The most famous engine failure is the cranking of the liners due to the wedge of the oil pump.

The crumbs of the collapsing catalyst are drawn into the cylinders, where they scratch the walls.

Another cause of maslozhora is the wear of valve seals and the occurrence of rings.

The cooling system delivers a lot of problems here: either the pipes flow, or the tank will burst

After over-tightening the drain plug, the crankcase of the power unit often cracks

Alusil coating of cylinder walls can begin to break down already at 100 km

The oil pressure sensor, generator and hydraulic lifters have a modest resource


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