Lifan LF479Q2 engine
Engines

Lifan LF479Q2 engine

Technical characteristics of a 1.5-liter gasoline engine LF479Q2 or Lifan X50 1.5 liters, reliability, resource, reviews, problems and fuel consumption.

The 1.5-liter Lifan LF479Q2 engine has been produced at a Chinese enterprise since 2013 and is installed on such popular concern models as Solano 2, Celia and the X50 crossover. Such a power unit was developed by Ricardo based on the well-known Toyota 5A-FE engine.

Lifan models also have internal combustion engines: LF479Q3, LF481Q3, LFB479Q and LF483Q.

Specifications of the Lifan LF479Q2 1.5 liter engine

Exact volume1498 cm³
Supply systemdistribution injection
Internal combustion engine power100 - 103 HP
Torque129 - 133 Nm
Cylinder blockcast iron R4
Block headaluminum 16v
Bore78.7 mm
Piston stroke77 mm
Compression ratio10
Features of the internal combustion engineno
Hydraulic compensatorsno
Timing drivebelt
Phase regulatorat i-VVT intake
Turbochargingno
What kind of oil to pour3.2 liters 5W-30
fuel typeAI-92
Environmental classEURO 4/5
Approximate resource300 000 km

The weight of the LF479Q2 engine according to the catalog is 127 kg

Engine number LF479Q2 is located at the junction of the block with the box

Fuel consumption internal combustion engine Lifan LF479Q2

On the example of Lifan X50 2016 with a manual transmission:

City8.1 liters
Track5.4 liters
Mixed6.3 liters

Which models are equipped with the LF479Q2 1.5 l engine

Lifan
Cellia 5302013 – 2018
X502014 – 2019
Solano 6302014 – 2016
Solano 6502016 - p.t.

Disadvantages, breakdowns and problems of the internal combustion engine LF479Q2

Structurally, this is a reliable unit, but it is let down by the quality of components.

Breakdowns here are associated with weak wiring, sensor failures and leaky pipes.

According to the regulations, the timing belt is changed every 60 km, but if the valve breaks, it does not bend

By runs of 100 - 120 thousand km, rings usually lie down and lubricant consumption appears

Valve burnout is common, many people forget to adjust thermal gaps


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