Mitsubishi 6A13TT engine
Engines

Mitsubishi 6A13TT engine

Technical characteristics of the 2.5-liter Mitsubishi 6A13TT gasoline engine, reliability, resource, reviews, problems and fuel consumption.

The Mitsubishi 2.5A6TT 6-liter V13 turbo engine was assembled in Japan from 1996 to 2003 and was installed only on the Galant VR-4 sports model and its local Legnum modification. This motor is very often used for a budget swap, including in our country.

The 6A1 family also includes internal combustion engines: 6A10, 6A11, 6A12, 6A12TT and 6A13.

Technical characteristics of the Mitsubishi 6A13TT 2.5 Twin Turbo engine

Exact volume2498 cm³
Supply systeminjector
Internal combustion engine power260 - 280 HP
Torque343 - 363 Nm
Cylinder blockcast iron V6
Block headaluminum 24v
Bore81 mm
Piston stroke80.8 mm
Compression ratio8.5
Features of the internal combustion engineDOHC, intercooler
Hydraulic compensatorsYes
Timing drivebelt
Phase regulatorno
TurbochargingTwin-Turbotwin turbo
What kind of oil to pour4.3 liters 5W-40
fuel typeAI-95
Environmental classEURO 3
Approximate resource230 000 km

The weight of the 6A13TT engine according to the catalog is 205 kg

Engine number 6A13TT is located at the junction of the block with the box

Mitsubishi 6A13TT fuel consumption

On the example of a 4 Mitsubishi Galant VR-2000 with a manual transmission:

City14.2 liters
Track7.9 liters
Mixed10.5 liters

Nissan VQ40DE Toyota 7GR‑FKS Hyundai G6DF Honda J30A Peugeot ES9A Opel Z32SE Mercedes M112 Renault Z7X

Which cars were equipped with the 6A13TT 2.5 l engine

Mitsubishi
Gallant HER1996 – 2003
Legnum EA1996 – 2002

Disadvantages, breakdowns and problems 6A13TT

The tight layout of the engine compartment greatly complicates engine maintenance

More often than others, hydraulic lifters and the idle speed controller fail here.

Timing belt replacement schedule every 90 km, but it happens that it bursts earlier

Turbines last a long time if the pressure relief valve stem is regularly lubricated

A drop in the oil level in the system immediately leads to accelerated wear of the liners.


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