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Skoda · Mid-Size · 2015–2024 Custom Search

Skoda Superb 3V

Weaknesses, engine ratings and buying advice

3.8 / 5.0 · Based on 8 engine variants · How we rate

The Škoda Superb 3V (2015–2024) is generation three — on MQB platform, same tech as Passat B8 but more space and better price.

Engine choice: CZDA (1.4 TSI, 110 kW) — frugal, cylinder deactivation. DFGA/DFHA (2.0 TDI, 110–140 kW) — long-distance champions, mind AdBlue. DSG DQ200 (1.4/1.8 TSI): same VW topic. DQ381 (2.0 TSI/TDI): 7-speed wet clutch, much more durable. AdBlue system: NOx sensor can fail ($220–880).

Test-drive checklist: DSG launch + manoeuvre, 2.0 TDI AdBlue status, electric boot lid, Virtual Cockpit display.

2026 market: 2017–2020 with 50,000 miles $15,400–24,200. Combi +$1,100. Insider pick: 2.0 TDI (DFGA) Combi with DSG DQ381 — durable wet clutch, frugal diesel. The rational choice.

Most Fun Engine

272 PS

Superb · Benzin

272 hp — Superb at the limit

Fun to Drive!
Most Reliable Engine

149–150 PS

1.5L TSI Benzin

4 weaknesses

Good Choice

Body Variants

The Skoda Superb 3V is available as Sedan and Combi — choose your body type for specific insurance data:

Generations


Engine Overview

The Skoda Superb 3V is available with 4 engine variants — from 149 to 280 hp. 2 variants had engine changes — the model year is crucial.

2.0L TDI · Diesel· 149–193 PS Engine Change
2015 2024

Robust EA288 diesel at 110 kW, fitted from approx. 2015 in Octavia III/IV, Superb III, Kodiaq and Karoq. The SCR/AdBlue variant significantly relieves the EGR system but makes the AdBlue dosing system the new weak point. For short-trip drivers DPF blockage is the most frequent problem; for high-mileage drivers EGR cooler cracks and turbocharger wear appear from 150,000 km.

  • !! EGR cooler leaking from 150,000 km

    The EGR cooler develops cracks and leaks so that coolant enters the exhaust stream. The resulting thick paste blocks EGR lines and valve; removal requires dismantling the DPF, driveshaft and lower control arm.

    Symptoms: White smoke from exhaust, coolant loss without visible external leak, rough engine running, fault codes in EGR path
    600–1,500 $
  • !! EGR valve coked up from 100,000 km

    Carbon deposits clog the EGR valve, causing juddering at low revs, power loss and rough idle. Secondary damage to DPF and turbocharger possible if not addressed promptly.

    Symptoms: Engine judders in the lower rev range, noticeable power loss under acceleration, rough idle, occasional fault codes P0401/P0402
    300–800 $
  • !! DPF blockage from short-trip driving from 120,000 km

    In predominantly short-trip driving, the engine rarely reaches the operating temperature required for DPF regeneration. The filter clogs progressively, causing power drops and eventually limp mode.

    Symptoms: Warning light 'clean particulate filter', significant power loss under load, elevated fuel consumption, engine goes into limp mode
    300–1,800 $

+ 1 more engine weaknesses + vehicle weaknesses

2015 2024

2.0L TDI from the EA288 generation at 140 kW — in the 150 hp class considered more solid than the RS predecessor, but EGR cooler cracks, water pump defects and DPF problems in short-trip driving are known weak points. With regular maintenance and motorway use, 250,000+ km are realistic. Check AdBlue level regularly; an empty tank triggers an engine immobilisation.

  • !! EGR cooler crack / coolant loss from 120,000 km

    Cracks in the EGR cooler allow coolant into the exhaust tract — gradual coolant loss, whitish smoke and engine protection warning. Ignoring the problem risks cylinder head damage. EGR cooler replacement costs €600–1,000.

    Symptoms: White smoke from exhaust, dropping coolant level without visible leak, fault code P0401, rough idle.
    600–1,200 $
  • !! Water pump / control valve failed from 80,000 km

    A faulty water pump or sticking control valve (TPI 2041955) causes overheating — coolant temperature rises to 130 °C. Mainly vehicles up to build date 09/2014 affected; replace in combination with timing belt.

    Symptoms: Coolant temperature gauge rises unusually fast, engine temperature warning light, power reduction from engine protection.
    500–900 $
  • !! Turbocharger wear from DPF back-pressure from 150,000 km

    A clogged DPF raises exhaust back-pressure and permanently stresses turbine housing bearings. Oil contamination from aged oil accelerates turbo damage. Replacement €900–1,800.

    Symptoms: Whistling or whirring noise under load, sluggish boost build-up, oil in intercooler hose, fault code P0299.
    900–2,500 $

+ 1 more engine weaknesses + vehicle weaknesses

1.4L TSI · Petrol· 150–156 PS
2015 2019

EA211-based 1.4 TSI with 110 kW (150 hp) and timing belt drive, fitted in Octavia III, Yeti, Rapid and Karoq. Fundamentally far more reliable than the predecessor EA111. The critical weak point on 2013–2015 build years is the camshaft adjuster: loose bolts can snap the timing belt and cause total engine failure. From 80,000 km, valve carbon build-up and elevated oil consumption are typical.

  • !! Camshaft adjuster: bolts coming loose from 80,000 km

    On vehicles from 12/2013–03/2015, camshaft adjuster bolts can come loose and collide with the cylinder head, causing timing belt failure and engine damage. VW recall 15H2 for affected models.

    Symptoms: Metallic noise from valvetrain, oil loss in the timing belt area, abrupt engine stop on failure
    500–6,500 $
  • !! Elevated oil consumption from piston rings from 100,000 km

    Piston ring coking and cylinder head wear can cause measurable excess oil consumption from 100,000 km. Earlier build years were more frequently affected; newer production batches significantly improved. Extended oil change intervals worsen the problem.

    Symptoms: Frequent oil top-up required, blueish smoke on cold start or after full-load phases, slight fuel smell
    800–4,000 $
  • !! Coolant loss from 80,000 km

    On the 1.4 TSI (EA211), coolant losses occur from leaking coolant flanges, hose connections or the coolant regulator. On Octavia vehicles, leaking flange connections on small coolant hoses have been identified as a frequent source.

    Symptoms: Coolant level drops without visible leakage, coolant level warning, engine runs hot during extended operation
    150–600 $

+ 1 more engine weaknesses + vehicle weaknesses

1.8L TSI · Petrol· 179 PS
2015 2019

Third generation EA888 with 1.8 litres and 132 kW. Improved timing chain drive versus Gen2 — less prone to chain stretch. Combination of direct and port injection significantly reduces valve carbon build-up. Main weak points: cooling system (water pump integrated with thermostat, frequent failures), timing chain at high mileage, occasional head gasket issues.

  • !! Water pump and thermostat — repeated failures from 70,000 km

    Thermostat is integrated into the water pump and not available separately. Coolant loss from a leaking pump or thermostat housing typical from 60,000–80,000 km. Repeated failures documented.

    Symptoms: Coolant level drops without visible leak, coolant puddles under vehicle, engine temperature rises too slowly (thermostat stuck open) or overheats (pump failure).
    800–1,500 $
  • !! Timing chain stretch at high mileage from 120,000 km

    Gen3 has an improved chain tensioner versus Gen2 but remains susceptible at high mileage (from 100,000 km) or after extended oil change intervals. ECU corrections mask the issue until failure without a warning light.

    Symptoms: Metallic rattling on cold start that diminishes once warm. Engine may set ignition timing codes. In the worst case the chain jumps.
    600–1,500 $
  • !! High-pressure pump: cam follower wear from 60,000 km

    The cam follower on the high-pressure pump can wear with insufficient lubrication. Metal particles contaminate the oil circuit. Regular inspection every 40,000 km recommended.

    Symptoms: Starting problems, rough engine running, metal particles in oil at oil change, noises from high-pressure pump.
    100–800 $
2.0L TSI · Petrol· 220–272 PS Engine Change
2015 2019

EA888 Gen3 high-performance variant at 162–180 kW, fitted in the Octavia RS III. Shares fundamental issues with the CJSA but more pronounced due to higher thermal and mechanical stress. Piston ring land fractures are a known risk with tuning or high-load operation. At high mileages (from 120,000 km), isolated sudden oil consumption from turbo damage documented — systematic endoscopy before purchase recommended. Timing chain less problematic than Gen1/2, but guide rails wear. Water pump/thermostat identically susceptible to the CJSA. Reliable to 200,000+ km with careful maintenance and no tuning.

  • !! Timing chain guide rail wear from 110,000 km

    Guide rails wear faster than the chain itself. The upper guide rail between the camshafts can be so heavily worn that the chain skips even when the tensioner is still in order. No warning light.

    Symptoms: Metallic rattling on cold start (oil pressure build-up), engine self-corrects camshaft position until failure. Sudden engine damage possible without warning.
    700–2,000 $
  • !! Water pump / thermostat housing leaks repeatedly from 65,000 km

    Identical cooling system to the CJSA: thermostat integrated into the water pump, not available separately. Multiple failures within 126,000 km documented. Repair requires intake manifold removal.

    Symptoms: Dropping coolant level, coolant puddles, engine temperature stuck at 60 °C (thermostat stuck open), overheating with complete pump failure.
    800–1,500 $
  • !! Piston ring land fracture (high-load operation) from 160,000 km

    In cylinder 1, piston ring lands can fracture, causing piston damage and total engine failure. Elevated risk with Stage 1/2 tuning or sustained high-load operation. Documented at 177,000 km without tuning.

    Symptoms: Sudden severe engine failure, heavy combustion noise, heavily contaminated engine oil, engine loses compression in one cylinder.
    3,000–8,000 $

+ 1 more engine weaknesses + vehicle weaknesses

2015 2019

EA888 Gen3B 2.0 TSI with 180 kW/245 hp. Significantly more mature than Gen2: no systematic oil consumption, dual injection (MPI+DI) reduces valve carbon build-up considerably. The IS20 turbo is considered reliable in standard trim. Oil changes every 10,000 km recommended; cooling system (water pump/thermostat) worth a preventive check past 100,000 km.

  • !! Timing chain wear at high mileage from 140,000 km

    On the EA888 Gen3B, timing chain problems first appear at higher mileages from around 120,000–150,000 km. Improved chain tensioners versus Gen2, but not wear-free.

    Symptoms: Rattling on cold start that diminishes at operating temperature. Fault code for camshaft timing. Severe engine damage if chain skips.
    800–2,500 $
  • !! Piston ring land fracture under high-performance use from 130,000 km

    Under sustained high load (track use, tuning), piston ring lands can fracture — documented at 133,000 km. Standard engines in factory-spec operation are significantly less affected.

    Symptoms: Massively elevated oil consumption as an early warning, engine misfires under full load, engine stop warning light.
    4,700–10,800 $
  • !! Injector coking / leakage from 100,000 km

    On the Gen3B, injectors can clog from soot accumulation or leak. Affects lambda control. Dual injection reduces the problem versus Gen2 but does not eliminate it entirely.

    Symptoms: Rough engine running, misfire fault codes, elevated fuel consumption.
    400–1,200 $

Vehicle Weaknesses

WeaknessCost
!DCC shock absorbers leak oil prematurely

The optional DCC dampers start leaking oil from as little as 70,000–80,000 km. The MOT classes leaking dampers as a significant fault. Skoda frequently declines warranty. Two new front DCC dampers cost €950–1,800.

Symptoms: Visible oil film or patches on the damper rod, thumping from the suspension, poorer steering response, MOT faults at the annual inspection
from 75,000 km
High
!Rear axle springs break through material fatigue

The rear axle springs break through material fatigue despite normal driving. Affects vehicles from approximately 80,000 km. A failed MOT and tyre damage risk result. Both springs should always be replaced in pairs.

Symptoms: Body hangs lower on one side, scraping or grinding noise at the rear wheel, noticeable lean when loaded
from 90,000 km
Medium

Test Reports

tuev

TÜV Report 2026

Below average

The current Superb also shows elevated fault rates at the MOT, due to intensive fleet use at high mileages. Suspension and brakes suffer particularly.

2025-11
pannenstatistik

ADAC breakdown statistics 2024

Above average

The Superb is one of the more reliable models in the upper mid-size class and achieves above-average results in the breakdown statistics for its segment.

2024-02

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Known Problems and Issues +

A total of 41 weaknesses have been documented for the Skoda Superb 3V (2015–2024) — 29 engine-related and 12 vehicle-related. Typical issues affect Suspension, Other, Electronics, Brakes. Considered reliable: CZDA (1.4L TSI), DADA (1.5L TSI), DNUA (2.0L TSI).

Superb (DFGA, 2015–2024) — Be Careful: EGR cooler leaking, EGR valve coked up, DPF blockage from short-trip driving. Power: 149–150 PS.

Superb (DFHA, 2015–2024) — Be Careful: EGR cooler crack / coolant loss, Water pump / control valve failed, Turbocharger wear from DPF back-pressure. Power: 190–193 PS.

Superb (DFHA, 2019–2024) — Be Careful: EGR cooler crack / coolant loss, Water pump / control valve failed, Turbocharger wear from DPF back-pressure. Power: 193–200 PS.

Superb (CJSA, 2015–2019) — Be Careful: Water pump and thermostat — repeated failures, Timing chain stretch at high mileage, High-pressure pump: cam follower wear. Power: 179 PS.

Superb (CHHB, 2015–2019) — Be Careful: Timing chain guide rail wear, Water pump / thermostat housing leaks repeatedly, Piston ring land fracture (high-load operation). Power: 220 PS.

Superb (DGEB, 2019–2024) — Be Careful: GPS position error triggers emergency braking, DQ400E hybrid gearbox judders on gearshift, 12V battery drains from software bug (90V7). Power: 150–156 PS.

What to watch out for with the Skoda Superb? See the detailed listing of all engine and vehicle weaknesses in the sections above.

Frequently Asked Questions

What problems and weaknesses does the Skoda Superb 3V have? +
The Skoda Superb 3V has 29 known engine weaknesses and 12 vehicle weaknesses.
What should I look for when buying a used Skoda Superb 3V? +
faq.watch_a_solid
Which engine is recommended? +
Good choice: CZDA (1.4L TSI), DADA (1.5L TSI), DNUA (2.0L TSI). The most reliable engine is the DADA (1.5L TSI) with the lowest risk score. The most fun to drive is the DNUA (2.0L TSI).
Which Skoda Superb 3V engine is the most reliable? +
The {code} ({displacement}) is the most reliable engine in the Skoda Superb 3V. It has the lowest risk score of all available engines and is rated "Good Choice". However, there are 4 known weaknesses to be aware of.
Which Skoda Superb 3V engine is the most fun? +
The {code} ({displacement}) offers the most driving fun in the Skoda Superb 3V — rated: "Fun to Drive!". {description} 200 kW with DSG and AWD: 5.1s to 100, 250 km/h. Most powerful petrol Superb of its generation, composed and fast.
Is the Skoda Superb 3V worth buying used? +
The Skoda Superb 3V is a good choice as a used car — 3 of 8 engine variants are rated 'Good Choice'.
What horsepower variants are available for the Skoda Superb 3V? +
The Skoda Superb 3V is available with engine variants from 149 to 280 hp. Petrol: CZDA (1.4L TSI), DADA (1.5L TSI), CJSA (1.8L TSI), CHHB (2.0L TSI), DNUA (2.0L TSI), DGEB (1.4L TSI PHEV). Diesel: DFGA (2.0L TDI), DFHA (2.0L TDI).

Last updated: February 2026 · All information without guarantee