BMW M57 engine
Engines

BMW M57 engine

Technical characteristics of 2.5 and 3.0-liter BMW diesel engines of the M57 series, reliability, resource, reviews, problems and fuel consumption.

A series of BMW M57 diesel engines with a volume of 2.5 and 3.0 liters was produced from 1998 to 2010 and was installed on the most popular models of the concern: 3-Series, 5-Series, 7-Series and X crossovers. This power unit had three different generations during production: initial, TU and TU2.

The R6 line also includes internal combustion engines: M21, M51, N57 and B57.

Technical characteristics of engines of the BMW M57 series

Modification: M57D25
Exact volume2497 cm³
Supply systemCommon Rail
Internal combustion engine power163 hp
Torque350 Nm
Cylinder blockcast iron R6
Block headaluminum 24v
Bore80 mm
Piston stroke82.8 mm
Compression ratio18
Features of the internal combustion engineintercooler
Hydraulic compensatorsYes
Timing drivechain
Phase regulatorno
TurbochargingGarrett GT2556V
What kind of oil to pour6.5 liters 5W-40
fuel typediesel
Environmental classEURO 2/3
Approximate resource400 000 km

Modification: M57D25TU or M57TUD25
Exact volume2497 cm³
Supply systemCommon Rail
Internal combustion engine power177 hp
Torque400 Nm
Cylinder blockcast iron R6
Block headaluminum 24v
Bore80 mm
Piston stroke82.8 mm
Compression ratio18
Features of the internal combustion engineintercooler
Hydraulic compensatorsYes
Timing drivechain
Phase regulatorno
TurbochargingGarrett GT2260V
What kind of oil to pour7.25 liters 5W-40
fuel typediesel
Environmental classEURO 3
Approximate resource350 000 km

Modification: M57D30
Exact volume2926 cm³
Supply systemCommon Rail
Internal combustion engine power184 - 193 HP
Torque390 - 410 Nm
Cylinder blockcast iron R6
Block headaluminum 24v
Bore84 mm
Piston stroke88 mm
Compression ratio18
Features of the internal combustion engineintercooler
Hydraulic compensatorsYes
Timing drivechain
Phase regulatorno
TurbochargingGarrett GT2556V
What kind of oil to pour6.75 liters 5W-40
fuel typediesel
Environmental classEURO 2/3
Approximate resource400 000 km

Modification: M57D30TU or M57TUD30
Exact volume2993 cm³
Supply systemCommon Rail
Internal combustion engine power204 - 272 HP
Torque410 - 560 Nm
Cylinder blockcast iron R6
Block headaluminum 24v
Bore84 mm
Piston stroke90 mm
Compression ratio16.5 – 18.0
Features of the internal combustion engineintercooler
Hydraulic compensatorsYes
Timing drivechain
Phase regulatorno
Turbochargingone or two turbines
What kind of oil to pour7.5 liters 5W-40
fuel typediesel
Environmental classEURO 3
Approximate resource350 000 km

Modification: M57D30TU2 or M57TU2D30
Exact volume2993 cm³
Supply systemCommon Rail
Internal combustion engine power231 - 286 HP
Torque500 - 580 Nm
Cylinder blockaluminum R6
Block headaluminum 24v
Bore84 mm
Piston stroke90 mm
Compression ratio17.0 – 18.0
Features of the internal combustion engineintercooler
Hydraulic compensatorsYes
Timing drivechain
Phase regulatorno
Turbochargingone or two turbines
What kind of oil to pour8.0 liters 5W-30
fuel typediesel
Environmental classEURO 3/4
Approximate resource300 000 km

The weight of the M57 engine in the catalog is 220 kg

Engine number M57 is located in the oil filter area

Fuel consumption of internal combustion engine BMW M57

Using the example of a 530 BMW 2002d with a manual transmission:

City9.7 liters
Track5.6 liters
Mixed7.1 liters

Which cars were equipped with the M57 2.5 - 3.0 l engine

BMW
3-Series E461999 – 2006
3-Series E902005 – 2012
5-Series E391998 – 2004
5-Series E602003 – 2010
6-Series E632007 – 2010
6-Series E642007 – 2010
7-Series E381998 – 2001
7-Series E652001 – 2008
X3-Series E832003 – 2010
X5-Series E532001 – 2006
X5-Series E702007 – 2010
X6-Series E712008 – 2010
Opel
Omega B (V94)2001 – 2003
  
Land Rover
Range Rover 3 (L322)2002 – 2006
  

Disadvantages, breakdowns and problems of the M57

The intake manifold flaps here can suddenly come off and fall into the cylinders.

Another branded failure is considered to be the destruction of the crankshaft pulley by 100 km.

The exhaust manifold of TU - TU2 versions often bursts, it is better to replace it with a cast iron one

Poor operation of the oil separator leads to fogging of the pipes leading to the turbine

Low-quality fuel and oil reduce the resource of fuel equipment and turbine


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