Nissan KR15DDT engine
Engines

Nissan KR15DDT engine

Technical characteristics of the 1.5-liter gasoline engine KR15DDT or Nissan X-Trail 1.5 VC-Turbo, reliability, resource, reviews, problems and fuel consumption.

The 1.5-liter Nissan KR15DDT or 1.5 VC-Turbo engine has been produced in Japan since 2021 and is installed only on the X-Trail crossover or its American counterpart under the Rogue name. This three-cylinder unit is distinguished by the presence of a compression ratio adjustment system.

The KR family also includes an internal combustion engine: KR20DDET.

Specifications of the Nissan KR15DDT 1.5 VC-Turbo engine

Exact volume1477 – 1497 cm³
Supply systemdirect injection
Internal combustion engine power201 hp
Torque300 Nm
Cylinder blockaluminum R3
Block headaluminum 12v
Bore84 mm
Piston stroke88.9 - 90.1 mm
Compression ratio8.0 – 14.0
Features of the internal combustion engineATR
Hydraulic compensatorsno
Timing drivechain
Phase regulatoron two shafts
TurbochargingYes
What kind of oil to pour4.7 liters 5W-30
fuel typeAI-95
Environmental classEURO 6
Approximate resource200 000 km

The weight of the KR15DDT engine according to the catalog is 125 kg

Engine number KR15DDT is located at the junction of the block with the box

Fuel consumption ICE Nissan KR15DDT

Using the example of a 2022 Nissan X-Trail with a CVT:

City9.0 liters
Track7.1 liters
Mixed8.1 liters

Which models are equipped with the KR15DDT 1.5 l engine

Nissan
Rogue 3 (T33)2021 - p.t.
X-Trail 4 (T33)2022 - p.t.

Disadvantages, breakdowns and problems of the KR15DDT internal combustion engine

This turbo engine has just appeared and the statistics of its malfunctions have not yet been collected

At the profile forum, so far they only complain about frequent glitches of the Start-Stop system

The intake valves here are quickly overgrown with soot due to the direct injection system.

There are no hydraulic lifters and valve clearances need to be adjusted every 100 km

And the main problem of the motor is where to fix the compression ratio change system


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