Skoda Scala · Hatchback
Three-cylinder turbo from the EA211 evo range at 81 kW, fitted in Fabia IV, Scala and Kamiq from approx. 2021. Fundamentally reliable drivetrain, but inherently has three-cylinder vibrations at low load. Early build years (2014–2016 of the evo predecessor) showed elevated oil consumption; on the DKRF generation, intake valve carbon build-up and turbocharger are the most relevant weak points.
116 hp — agile Scala
85 kW TSI evo in the Scala: lively and punchy on twisty roads.
Engine Weaknesses 4
The wastegate flap on the small turbocharger rattles on throttle lift and can wear early (from 13,000–50,000 km). With advanced wear, bearing problems follow with power loss and oil contamination on the intake side.
Symptoms: Characteristic rattle or knock on throttle lift, power loss, EPC warning light, whistling noise under acceleration
Piston ring coking and valve stem seal wear cause measurable oil consumption of 0.5–1 litre per 1,000 km at higher mileages. Early evo variants (up to 2016) were more frequently affected; VW revised the piston rings.
Symptoms: Frequent top-up required, blueish smoke on cold start or under load, slight oil smell
With direct injection and no valve purging, oil mist and combustion residues deposit on intake valves. Typical cleaning intervals are 60,000–80,000 km (walnut blasting). Premium fuel additives can extend the interval.
Symptoms: Power loss at high revs, rough cold start, slight over-consumption, occasional misfire codes
VW/Skoda recalled models with 1.0/1.5 TSI from build years 2018–2019 for dripping injectors. Excess fuel distorts emissions and theoretically increases fire risk.
Symptoms: No immediate driver symptom; elevated HC emissions possible, occasional fuel smell after engine switch-off
Vehicle Weaknesses 6
A software fault in the OCU control unit prevents reliable operation of the automatic emergency call system. Kamiq models produced between March 2019 and February 2020 are affected (7,022 vehicles in Germany).
The battery management system of the Kamiq only charges the 12V battery to approximately 70% capacity. During short trips or extended standstill the voltage drops, deactivating all driver assistance systems simultaneously.
LED headlights fail occasionally shortly after first registration. Additionally, moisture enters the headlight housing, leading to condensation and LED corrosion.
The front coil springs can break from approximately 40,000 km, sometimes without warning. A software recall addressed the problem on early models.
The MIB3 system freezes in cold weather and displays the message 'component protection active', making the radio, parking sensors and phone unavailable. Multiple restarts required.
The tailgate is not flush from the factory or becomes misaligned after a short time. Panel gaps are uneven, with wind noise at higher speeds in some cases.
Reports & Tests
The Kamiq achieves average overall results at the MOT inspection. Abnormally high brake disc wear is the dominant weakness; other areas are largely unremarkable.
