Engine Suzuki R06A

Since 2011, a factory in Japan has been assembling the 0.6-liter 12-valve Suzuki R06A engine, which powers the company’s well-known kei vehicles, including the Alto, Hustler, and different Wagon R models. The unit is available in two versions: atmospheric for 50–55 horsepower and turbocharged for 65 horsepower.

Engine Suzuki R06A 300x268 - Engine Suzuki R06A

Specifications

Production years since 2011
Displacement, cc 658
Fuel system injector
Power output, hp 50 – 55 (R06A)
65 (R06A-T)
Torque output, Nm 60 – 65 (R06A)
95 – 100 (R06A-T)
Cylinder block aluminum R3
Block head aluminum 12v
Cylinder bore, mm 64
Piston stroke, mm 68.2
Compression ratio 11.0 – 11.5 (R06A)
9.1 (R06A-T)
Features DOHC (R06A)
DOHC, intercooler (R06A-T)
Hydraulic lifters no
Timing drive chain
Phase regulator at intake and exhaust (R06A)
at intake (R06A-T)
Turbocharging no (R06A)
yes (R06A-T)
Recommended engine oil 0W-20
Engine oil capacity, liter 2.9
Fuel type petrol
Euro standards EURO 5/6
Fuel consumption, L/100 km (for Suzuki Alto 2017)
— city
— highway
— combined
4.8
2.9
3.7
Engine lifespan, km ~250 000

The engine was installed on:

  • Suzuki Alto 7 (HA25) in 2011 – 2014; Alto 8 (HA36) since 2014;
  • Suzuki Every 6 (DA17) since 2015;
  • Suzuki Jimny 4 (GJ) since 2018;
  • Suzuki Hustler 1 (MR31) in 2014 – 2019; Hustler 2 (MR52) since 2019;
  • Suzuki Spacia 1 (MK32) in 2013 – 2017; Spacia 2 (MK53) since 2017;
  • Suzuki Wagon R 5 (MH34) in 2012 – 2017; Wagon R 6 (MH35) since 2017;
  • Suzuki MR Wagon 3 (MF33) in 2011 – 2016;
  • Mazda Carol VI (HB25) in 2012 – 2014; Carol VII (HB36) since 2014;
  • Mazda Flair I (MJ34) in 2012 – 2017; Flair II (MJ55) since 2017;
  • Mitsubishi Town Box 2 (DS17) since 2015;
  • Nissan Moco 3 (G33) in 2011 – 2016.

Disadvantages of the Suzuki R06A engine

Owners complain about the unit’s lengthy winter warm-up on specialized forums;
On runs of 150–200 thousand kilometers, the turbine in supercharged versions frequently fails;
When a thin timing chain is stretched, the valves bend because it has roughly the same resource. On trifles, sensors and unreliable ignition coils can cause this.

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