BMW M52 engine
Engines

BMW M52 engine

Technical characteristics of 2.0 - 2.8 liter BMW M52 series gasoline engines, reliability, resource, reviews, problems and fuel consumption.

A series of BMW M52 gasoline engines for 2.0, 2.5 and 2.8 liters was produced from 1994 to 2001 and was installed on such popular company models as 3-Series, 5-Series, 7-Series or Z3. Especially for the Southeast Asian market, a 52-liter modification M24B2.4TU was created.

The R6 line includes: M20, M30, M50, M54, N52, N53, N54, N55 and B58.

Technical characteristics of engines of the BMW M52 series

Modification: M52B20
Exact volume1991 cm³
Supply systeminjector
Internal combustion engine power150 hp
Torque190 Nm
Cylinder blockaluminum R6
Block headaluminum 24v
Bore80 mm
Piston stroke66 mm
Compression ratio11
Features of the internal combustion engineno
Hydraulic compensatorsYes
Timing drivechain
Phase regulatorsingle VANOS
Turbochargingno
What kind of oil to pour6.5 liters 5W-30
fuel typeAI-92
Environmental classEURO 2
Approximate resource300 000 km

Modification: M52B20TU or M52TUB20
Exact volume1991 cm³
Supply systeminjector
Internal combustion engine power150 hp
Torque190 Nm
Cylinder blockaluminum R6
Block headaluminum 24v
Bore80 mm
Piston stroke66 mm
Compression ratio11
Features of the internal combustion engineno
Hydraulic compensatorsYes
Timing drivechain
Phase regulatordouble VANOS
Turbochargingno
What kind of oil to pour6.5 liters 5W-30
fuel typeAI-92
Environmental classEURO 3
Approximate resource350 000 km

Modification: M52B25
Exact volume2494 cm³
Supply systeminjector
Internal combustion engine power170 hp
Torque245 Nm
Cylinder blockaluminum R6
Block headaluminum 24v
Bore84 mm
Piston stroke75 mm
Compression ratio10.5
Features of the internal combustion engineno
Hydraulic compensatorsYes
Timing drivechain
Phase regulatorsingle VANOS
Turbochargingno
What kind of oil to pour6.5 liters 5W-30
fuel typeAI-92
Environmental classEURO 2
Approximate resource300 000 km

Modification: M52B25TU or M52TUB25
Exact volume2494 cm³
Supply systeminjector
Internal combustion engine power170 hp
Torque245 Nm
Cylinder blockaluminum R6
Block headaluminum 24v
Bore84 mm
Piston stroke75 mm
Compression ratio10.5
Features of the internal combustion engineno
Hydraulic compensatorsYes
Timing drivechain
Phase regulatordouble VANOS
Turbochargingno
What kind of oil to pour6.5 liters 5W-30
fuel typeAI-92
Environmental classEURO 3
Approximate resource350 000 km

Modification: M52B28
Exact volume2793 cm³
Supply systeminjector
Internal combustion engine power193 hp
Torque280 Nm
Cylinder blockaluminum R6
Block headaluminum 24v
Bore84 mm
Piston stroke84 mm
Compression ratio10.5
Features of the internal combustion engineno
Hydraulic compensatorsYes
Timing drivechain
Phase regulatorsingle VANOS
Turbochargingno
What kind of oil to pour6.5 liters 5W-30
fuel typeAI-92
Environmental classEURO 2
Approximate resource300 000 km

Modification: M52B28TU or M52TUB28
Exact volume2793 cm³
Supply systeminjector
Internal combustion engine power193 hp
Torque280 Nm
Cylinder blockaluminum R6
Block headaluminum 24v
Bore84 mm
Piston stroke84 mm
Compression ratio10.5
Features of the internal combustion engineno
Hydraulic compensatorsYes
Timing drivechain
Phase regulatordouble VANOS
Turbochargingno
What kind of oil to pour6.5 liters 5W-30
fuel typeAI-92
Environmental classEURO 3
Approximate resource350 000 km

The weight of the M52 engine in the catalog is 170 kg

Engine number M52 is located at the junction of the block with the pallet

Fuel consumption internal combustion engine BMW M 52

Using the example of a 523 BMW 1997i with a manual transmission:

City13.0 liters
Track7.2 liters
Mixed9.4 liters

Chevrolet X25D1 Honda G20A Ford HYDA Mercedes M103 Nissan TB42E Toyota 1JZ‑GTE

Which cars were equipped with the M52 2.0 - 2.8 l engine

BMW
3-Series E361994 – 2000
3-Series E461998 – 2000
5-Series E391995 – 2000
7-Series E381995 – 2001
Z3-Series E361997 – 2000
  
Land Rover
Defender 1 (L316)1997 – 2000
  

Disadvantages, breakdowns and problems of the M52

The first years used nikasil coating of cylinders and it quickly collapsed

The engine is very afraid of overheating, the cylinder head immediately leads from it and breaks through its gasket

The cause of frequent misfires is usually coked hydraulic lifters.

DISA variable geometry damper can break loose and fall into cylinders

Another weak point is the crankcase ventilation valve membrane

After 100 km of run, the Vanos phase control system often needs to be repaired

On a run of 200 km, an oil burn often begins due to stuck piston rings


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