Skoda Roomster 5J
Weaknesses, engine ratings and buying advice
The Skoda Roomster 5J (2006–2015) was a committed niche product — Fabia engineering in an unusual tall-body, with sliding rear seats and a boot that accommodates between 450 and 1,780 litres depending on configuration. No other car in this class at this price offers that level of versatility. It is also polarising: those who like the design love it. Those who do not never buy one.
Engines: The CGPA (1.2 HTP, 51 kW/70 hp) is technically the simplest powertrain — a three-cylinder naturally aspirated engine with no turbo. In practice it is borderline underpowered for normal urban traffic. Acceleration is average, motorway driving leaves no reserves. For pure city use it functions; for cross-country journeys it is a test of patience. The CGGB (1.4 MPI, 63 kW/86 hp) is the better petrol choice — more power, same robustness. The BSE (1.6 MPI, 77 kW/105 hp) is the strongest petrol and turns the Roomster into a balanced vehicle. Diesels: BNM/BWB (1.4 TDI PD, 51–59 kW) — the common diesel, frugal but noisy. Very durable when serviced. The BJB (1.9 TDI PD, 77 kW/105 hp) is the right engine for high-mileage buyers — significantly more responsive and built for long service life.
The most mechanically interesting topic on the Roomster is the sliding rear seat mechanism: the runners can clog over time, the release mechanism can jam. Not a safety issue, but annoying. Cleaning and lubricating the runners usually fixes it. Rear axle bearings wear slightly earlier on the Roomster than on hatchback variants — due to the taller body and altered centre of gravity. Symptom: droning from the rear from about 50 mph. Window regulators in plastic are the same weak point as on the Fabia 6Y — frame cracks, window jams. Replacement €40–120.
The 1.2 HTP should be avoided for long trips — it is too weak for the Roomster's core character (family car, transport function). Better to choose the 1.4 or 1.6 petrol, or the TDI for high-mileage use.
Test-drive checklist: Check all sliding mechanisms: rear seats fore and aft, release. All four window regulators. Rear axle: listen for droning on the motorway or A-road. Diesel: check timing belt service date. 1.2 HTP: full throttle onto a motorway slip road — is there enough?
2026 market: Well-kept petrol examples €3,000–8,000, TDI slightly more. The unusual design keeps buyer interest low — which pushes prices down. For a family that needs space and is not buying image, that is an advantage.
Insider pick: 1.6 MPI BSE or 1.9 TDI BJB, manual gearbox, 2009–2012 — strong engines for the vehicle class, old enough for stable prices but young enough for less rust risk.
105 PS
Roomster · Benzin
102 hp — best petrol Roomster
Decent105 PS
1.6L MPI Benzin
3 weaknesses
Good Choice105 PS
1.2L TSI Benzin
4 weaknesses
Stay Away!Engine Overview
The Skoda Roomster 5J is available with 7 engine variants — from 69 to 105 hp. 2 variants had engine changes — the model year is crucial.
1.2L common-rail TDI, 55 kW. Compact three-cylinder with Delphi injection system. Known fuel filter cap recall (20V7, 2014). Fundamentally reliable, but DPF problems in short-trip driving and rail pressure failures are known weak points. Plan at least one longer drive every 2–3 weeks to allow the DPF to regenerate; pure city use significantly shortens its service life.
- !! Fuel filter cap cracked (recall 20V7)
Pressure pulsations in the fuel line transmit vibrations to the diesel filter cap. Sustained fatigue loading causes cracks in the cap and fuel leakage. Recall 20V7 affects Fabia/Roomster 2010–2014.
Symptoms: Strong diesel smell in engine bay. Visible fuel puddle under the vehicle. Fire risk near hot exhaust components. - !! Rail pressure failure (P0087/P0191) from 150,000 km
The high-pressure pump on the Delphi system can fail, causing faults P0087 (rail pressure too low) and P0191. A complete pump failure renders the engine an economic write-off.
Symptoms: Significant power loss, engine stuttering. Limp mode, engine starts poorly or stalls. - !! DPF blockage in short-trip driving from 100,000 km
The diesel particulate filter on the 1.2 TDI only regenerates with sufficiently long runs. Predominantly short-trip use clogs the DPF, requiring a workshop regeneration or expensive replacement.
Symptoms: DPF warning light illuminates, engine power reduced. Elevated fuel consumption.
1.4L three-cylinder unit injector engine, 59 kW. Robust diesel, but typical PD weaknesses: camshaft wear and EGR coking at high mileages. Use only VW-approved 505.01 oil. Oil changes no later than every 15,000 km — longer intervals promote oil sludge and accelerate the camshaft lobe wear characteristic of PD engines.
- !! Camshaft wear (PD-typical) from 190,000 km
On PD-TDI engines, camshaft bearings and hydraulic tappets wear from mechanical stress caused by the unit injector assemblies. Damage typically appears from 180,000–220,000 km.
Symptoms: Clattering from the valvetrain, especially on cold start. Power loss, rough engine running. - !! Timing belt failure → engine damage from 130,000 km
The 1.4 TDI BNM is an interference engine — a snapped timing belt will definitely bend valves. Strictly observe the replacement interval of 120,000 km (until April 2006) or 150,000 km (from May 2006).
Symptoms: Sudden engine stop, loud banging from engine bay. Engine will not restart. - ! EGR valve carbon build-up from 120,000 km
The EGR valve clogs with soot deposits from diesel operation. The connecting hose between EGR and throttle body is particularly affected. More pronounced in short-trip driving.
Symptoms: Power loss, rough idle, EGR valve fault message, elevated fuel consumption.
1.4L three-cylinder unit injector engine, 51 kW (70 hp). Same construction as BNM but lower power output. Same PD-typical weak points: camshaft wear and EGR coking at high mileage. Below 1,500 rpm sluggish; barely suitable for short trips. Use only VW-approved 505.01 oil — cheaper engine oils accelerate the PD-typical camshaft lobe wear.
- !! Camshaft wear (PD-typical) from 185,000 km
Like all VAG PD-TDI engines, the BWB suffers from camshaft wear due to the mechanical load of the unit injector assemblies. Parts costs for camshaft, bearings and tappets are around €1,170.
Symptoms: Clattering on cold start, increasing valvetrain noise. Power loss and rough idle with advanced wear. - !! Timing belt failure → engine damage from 130,000 km
Total engine failure on timing belt snap — the BWB is an interference engine. Strictly follow the manufacturer's service interval (120,000–150,000 km depending on build year).
Symptoms: Sudden stall while driving, loud bang. Engine will not restart. - ! Camshaft sensor failed from 130,000 km
The camshaft position sensor on the BWB fails sporadically and causes hot-restart issues. Particularly after 30–60 minutes of standstill with a warm engine, restart fails.
Symptoms: Engine starts fine when cold, hot restart after brief standstill fails. Multiple start attempts needed.
The 1.6L TDI CR (EA189, CAYC) is fundamentally a long-lived diesel capable of 300,000+ km with proper care. However, the mandatory emissions scandal software update (23R7) increased EGR stress on many vehicles and triggered secondary damage. VW offered goodwill coverage for EGR valve, injectors and high-pressure pump for 24 months after the update.
- !! EGR valve wear and failure from 100,000 km
The EGR valve clogs with soot deposits, especially in short-trip driving. Following the Dieselgate software update, the elevated EGR rate significantly accelerated failures — defects documented from as little as 78,000 km.
Symptoms: Black exhaust smoke, power loss, engine judders especially below 50 km/h, limp mode with fault code 'EGR valve faulty'. - !! Emissions scandal mandatory software update (EA189)
All CAYC engines with Euro 5 certification are affected by the EA189 Dieselgate recall (recall 23R7). Vehicles without the update risk being taken off the road. The update affects engine characteristics.
Symptoms: Without update: risk of impoundment by authorities. After update: possible increase in fuel consumption and altered torque curve. - !! Diesel particulate filter blockage from 150,000 km
The DPF only lasts 120,000–180,000 km with predominantly short-trip driving. Excessively frequent regeneration cycles (every 120 km instead of 750+ km) indicate a saturated or defective filter.
Symptoms: Engine check light, frequent regeneration phases with elevated consumption, reduced power, in the worst case engine protection shutdown.
+ 1 more engine weaknesses + vehicle weaknesses
The 1.6L TDI CR (EA189, CAYC) is fundamentally a long-lived diesel capable of 300,000+ km with proper care. However, the mandatory emissions scandal software update (23R7) increased EGR stress on many vehicles and triggered secondary damage. VW offered goodwill coverage for EGR valve, injectors and high-pressure pump for 24 months after the update.
- !! EGR valve wear and failure from 100,000 km
The EGR valve clogs with soot deposits, especially in short-trip driving. Following the Dieselgate software update, the elevated EGR rate significantly accelerated failures — defects documented from as little as 78,000 km.
Symptoms: Black exhaust smoke, power loss, engine judders especially below 50 km/h, limp mode with fault code 'EGR valve faulty'. - !! Emissions scandal mandatory software update (EA189)
All CAYC engines with Euro 5 certification are affected by the EA189 Dieselgate recall (recall 23R7). Vehicles without the update risk being taken off the road. The update affects engine characteristics.
Symptoms: Without update: risk of impoundment by authorities. After update: possible increase in fuel consumption and altered torque curve. - !! Diesel particulate filter blockage from 150,000 km
The DPF only lasts 120,000–180,000 km with predominantly short-trip driving. Excessively frequent regeneration cycles (every 120 km instead of 750+ km) indicate a saturated or defective filter.
Symptoms: Engine check light, frequent regeneration phases with elevated consumption, reduced power, in the worst case engine protection shutdown.
+ 1 more engine weaknesses + vehicle weaknesses
Robust unit injector diesel with high torque and good long-distance potential. The integrated unit injectors are maintenance-intensive and susceptible from 150,000 km. Connecting rod bearing damage was documented for the 105 hp variants — strictly observe oil change intervals and use only VW 505.01 oil. Watch for oil pressure loss or bearing knock, especially after extended standing periods.
- !! Unit injectors worn from 180,000 km
The unit injectors wear from around 150,000–190,000 km, causing juddering and power loss between 2,000–3,000 rpm. Single element replacement costs €600, full set up to €2,400.
Symptoms: Juddering and power loss especially between 2,000–3,000 rpm, difficult cold starts - !! Connecting rod bearing failure from 160,000 km
Isolated connecting rod bearing failures on the BJB/BLS/BXE variant due to material defects and irregular oil changes. Damage occurred at around 157,000 km, resulting in engine failure.
Symptoms: Increasingly loud engine knock, oil pressure warning light, in the worst case a loud bang from the engine bay - !! Camshaft wear from PD stress from 180,000 km
Unit injector fuel injection puts extreme stress on the camshaft. Cam lobe and bearing wear from 180,000 km, accelerated by long-life oil intervals.
Symptoms: Ticking noise from valvetrain, rough idle, power loss
+ 1 more engine weaknesses + vehicle weaknesses
Simple three-cylinder naturally aspirated engine with 12V timing chain instead of belt. The chain tends to elongate from around 100,000 km and is a known weak point. Oil consumption from worn valve stem seals appears frequently at higher age. Suitable for short distances; when buying, check chain condition and oil level.
- !! Timing chain stretch from 115,000 km
The timing chain on the 3-cylinder naturally aspirated engine tends to elongate from around 100,000–130,000 km. Rattling on cold start is the typical early warning sign. If the chain is replaced too late, valves can be bent.
Symptoms: Metallic rattling on cold start that diminishes at operating temperature. With advanced wear: power loss, engine stop or misfires. - ! Elevated oil consumption from valve stem seals from 130,000 km
At higher mileages and on older examples, valve stem seals wear. The engine then consumes 0.5–1.0 l/1,000 km, which Skoda still considers acceptable, but it is a warning signal.
Symptoms: Blue smoke clouds on start or after idling phases, dropping oil level with no visible external leak. - ! Throttle body dirty or failed from 100,000 km
The throttle body on the 1.2 HTP tends to contaminate and malfunction. The ECU activates limp mode, limiting engine revs and vehicle speed.
Symptoms: Engine check light illuminates, engine runs in limp mode (max. 3,000 rpm / 60 km/h), stuttering when pulling away and at low speed.
The 1.2 TSI EA111 (CBZA) has a known design weakness: the timing chain tends to premature elongation, which can lead to engine failure. Vehicles before October 2011 are particularly affected. The successor EA211 deliberately uses a belt instead of a chain to avoid these problems.
- !! Timing chain elongation — design fault from 40,000 km
The timing chain on the CBZA wears prematurely from around 30,000–40,000 km. Defective chain tensioners and worn guide rails cause elongation — in the worst case engine damage from jumped teeth.
Symptoms: Rattling on cold start (disappears after warm-up), rough engine running, engine check light, in extreme cases engine damage - !! Turbocharger seal wear from 120,000 km
The turbocharger shaft seals on the small EA111 turbo wear with high oil consumption or poor maintenance. The turbo is compact by design and sensitive to low-quality oil.
Symptoms: Blue smoke when accelerating, power loss, oil in intake tract or charge air hose - ! Elevated oil consumption from 80,000 km
Some CBZA engines consume above-average amounts of oil through worn piston rings or seals. In combination with the turbocharger, this can lead to secondary damage.
Symptoms: Dropping oil level between service intervals, blue exhaust smoke under load, oil smell
The 1.2L TSI (EA111) coded CBZB is structurally prone to timing chain elongation — a design flaw not corrected until October 2011. Engines built before that date carry elevated risk. The first-generation turbocharger tends to seize, which Skoda was internally aware of. With regular oil changes and controlled avoidance of short trips, the engine can reach 130,000 km+.
- !! Timing chain elongation and chain tensioner from 60,000 km
Engines built before October 2011 (CBZA/CBZB/CBZC) are inherently prone to timing chain elongation from defective chain tensioners and worn guide rails. Damage possible from 30,000 km.
Symptoms: Metallic rattling on cold start, rough idle, in extreme cases engine failure from chain skip. - !! Turbocharger seizure (first generation) from 70,000 km
The turbocharger on the first-generation 1.2 TSI (EA111) tends to seize by design. Skoda was internally aware of the problem and carried out a workshop action (24W6).
Symptoms: EPC warning light, sudden power loss, engine recovers briefly after restart, then fails again. - !! Elevated oil consumption from 80,000 km
The EA111 TSI consumes more oil than naturally aspirated engines by design due to direct injection and turbocharging. Problematic oil control rings can elevate consumption further.
Symptoms: Frequent top-up required between service intervals, occasional blueish exhaust smoke under load.
+ 1 more engine weaknesses + vehicle weaknesses
1.4L naturally aspirated petrol from the EA111 family, 63 kW. Technically mature engine with overhead camshaft and timing belt. More reliable than turbo variants, but head gasket and ignition coil are known weak points. Replace timing belt per manufacturer specification and renew tensioner and water pump at the same time — doing so keeps the engine trouble-free past 200,000 km.
- !! Head gasket failure from 100,000 km
The cylinder head gasket on the 1.4 MPI is a known weak point. Multiple failures from as little as 17,000–60,000 km have been documented in the Skoda community. Partly caused by incorrect factory assembly.
Symptoms: Coolant loss without visible external leak. Mayonnaise layer on oil filler cap. White smoke from exhaust. - !! Timing belt failure → valve damage from 100,000 km
If the timing belt on the CGGB snaps, valves will bend — the engine is an interference design. Replace timing belt every 90,000–120,000 km.
Symptoms: Sudden engine stop while driving. Loud bang from engine bay. - ! Ignition coil failed from 80,000 km
The ignition coil on the 1.4 MPI CGGB fails repeatedly — individual owners report three failures within a year. A VAG-wide known problem with this engine family.
Symptoms: Misfires, rough engine running. Significant power loss, engine running on fewer cylinders.
Proven four-cylinder naturally aspirated engine (EA113 derivative) with timing belt. Fundamentally sound construction, but timing belt and water pump are mandatory replacement items. Valve stem seals wear with age and cause blue smoke on cold start. Cooling system issues, particularly the thermostat, are documented. Well-maintained examples can reach 250,000 km without a rebuild.
- !! Timing belt: long service interval carries risk from 180,000 km
The BSE has a timing belt with a recommended replacement at 180,000 km or every 5 years. Missing the interval risks engine damage from valve contact if the belt snaps.
Symptoms: No early warning symptom — failure occurs without warning. New belts may show slight flutter on visual inspection. - ! Oil consumption due to worn valve stem seals from 130,000 km
At higher mileages (from around 100,000–150,000 km), valve stem seals and piston rings wear increasingly. In documented cases up to 700 ml/1,000 km consumption was measured.
Symptoms: Blue smoke clouds on cold or warm start, dropping oil level with no visible external leak, blue smoke after overrun phases. - ! Thermostat not opening properly from 100,000 km
Thermostat faults are known on the 1.6 MPI, where the operating temperature is not reached or drops during higher revs. Only genuine parts reliably fix the problem.
Symptoms: Coolant temperature gauge does not reach normal level (90 °C), heater delivers little warmth, temperature drops on motorway
Vehicle Weaknesses
| Weakness | Cost | |
|---|---|---|
| Rust on tailgate, wheel arches and lower door edges The Roomster is prone to rust-through on the tailgate (particularly top left beside the handle recess), the rear wheel arches and beneath the door sill strips. Rust works from the inside out. Mainly affects model years 2006–2010. Symptoms: Paint bubbles on the upper tailgate edge, rust spots on lower door edges and behind sill strips, visible rust-through patch from 80,000 km | Medium |
Test Reports
TÜV Report 2024
The Roomster shows noticeably poor MOT results compared to other Group vehicles. Lighting, oil leaks and suspension cause significant problems with increasing age.
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Known Problems and Issues +
A total of 41 weaknesses have been documented for the Skoda Roomster 5J (2006–2015) — 33 engine-related and 8 vehicle-related. 3 problem engines: CBZA (1.2L TSI), CBZB (1.2L TSI), CAYC (1.6L TDI). Typical issues affect Rust, Suspension, Electronics, Body. Considered reliable: BSE (1.6L MPI).
Roomster (BNM, 2006–2010) — Be Careful: Camshaft wear (PD-typical), Timing belt failure → engine damage, EGR valve carbon build-up. Power: 69 PS.
Roomster (BWB, 2006–2010) — Be Careful: Camshaft wear (PD-typical), Timing belt failure → engine damage, Camshaft sensor failed. Power: 80 PS.
Roomster (BJB, 2006–2010) — Be Careful: Unit injectors worn, Connecting rod bearing failure, Camshaft wear from PD stress. Power: 105 PS.
Roomster (CFWA, 2010–2015) — Be Careful: Fuel filter cap cracked (recall 20V7), Rail pressure failure (P0087/P0191), DPF blockage in short-trip driving. Power: 75 PS.
Roomster (CAYC, 2010–2015) — Stay Away!: EGR valve wear and failure, Emissions scandal mandatory software update (EA189), Diesel particulate filter blockage. Power: 90 PS.
Roomster (CAYC, 2010–2015) — Stay Away!: EGR valve wear and failure, Emissions scandal mandatory software update (EA189), Diesel particulate filter blockage. Power: 105 PS.
Roomster (CGGB, 2006–2015) — Be Careful: Head gasket failure, Timing belt failure → valve damage, Ignition coil failed. Power: 86 PS.
Roomster (CBZA, 2010–2015) — Stay Away!: Timing chain elongation — design fault, Turbocharger seal wear, Elevated oil consumption. Power: 86 PS.
Roomster (CGPA, 2010–2015) — Be Careful: Timing chain stretch, Elevated oil consumption from valve stem seals, Throttle body dirty or failed. Power: 69 PS.
Roomster (CBZB, 2010–2015) — Stay Away!: Timing chain elongation and chain tensioner, Turbocharger seizure (first generation), Elevated oil consumption. Power: 105 PS.
What to watch out for with the Skoda Roomster? See the detailed listing of all engine and vehicle weaknesses in the sections above.
Frequently Asked Questions
What problems and weaknesses does the Skoda Roomster 5J have? +
What should I look for when buying a used Skoda Roomster 5J? +
Which engine is recommended? +
Which Skoda Roomster 5J engine is the most reliable? +
Which Skoda Roomster 5J engine is the most fun? +
Is the Skoda Roomster 5J worth buying used? +
What horsepower variants are available for the Skoda Roomster 5J? +
Last updated: February 2026 · All information without guarantee