One of Europe's best-selling superminis during its production run, offering sharp styling, a compact footprint, and low running costs. The naturally aspirated 1.2 PureTech three-cylinder is the most popular engine choice, delivering modest but adequate power with good fuel economy. It shares the EB2 engine family's wet timing belt design with the turbocharged variants, which is the single most important reliability concern on this car.
Low fuel and insurance costs
Cheap and widely available parts
Wet timing belt is a known weak point
Oil consumption needs monitoring
Buy if: You want an affordable, economical city car and can verify the timing belt has been replaced or is within its service interval.
Avoid if: The timing belt history is unknown, the car has excessive oil consumption, or you cannot commit to regular oil level checks between services.
Expected Annual Maintenance Costs
Common Problems
Oil-immersed timing belt deteriorates, shedding rubber particles that clog oil galleries and can cause oil starvation · more· less
The 1.2 PureTech EB2 uses a timing belt running in engine oil. Over time, fuel dilution and oil degradation cause the belt to shed rubber particles. These particles clog the oil pickup strainer, VVT valves, and oil galleries, leading to oil pressure warnings — particularly during braking or cornering when oil sloshes away from the pickup. In the worst case, the belt can snap, causing catastrophic valve-piston contact as this is an interference engine. PSA originally specified a 180,000 km replacement interval but reduced it to 100,000 km (or 6 years) after widespread failures. Belt replacement costs €800-1,000 at an independent garage (parts approximately €225, labor 6-8 hours). If belt debris has already damaged the VVT system or oil pump, repair costs escalate to €1,500-3,000. Pre-2017 belts are the most problematic; PSA introduced an improved belt material from mid-2017 onwards. Stellantis launched a compensation programme in 2024 covering 100% of repair costs for engines under 10 years / 180,000 km with documented service history.
Piston oil control rings clog with carbon, allowing oil to burn at an accelerated rate · more· less
Many 1.2 PureTech owners report oil consumption between 0.5 and 1 litre per 1,000 km, well above Peugeot's stated acceptable maximum of 0.25L per 1,000 km. The root cause is carbon buildup on the piston oil control rings, which prevents them from scraping oil effectively. Short trips and gentle driving exacerbate the problem as the engine rarely reaches optimal operating temperature. In mild cases, more frequent oil changes (every 7,500 km) and occasional sustained motorway driving can manage consumption at the cost of extra oil top-ups (€50-100/year). Severe cases require piston ring cleaning or replacement at €1,500-2,500. The Stellantis compensation programme may cover these repairs for qualifying vehicles.
Electric water pump seal or thermostat housing develops a coolant leak, typically after 70,000 km · more· less
The EB2 engine uses an electric water pump integrated with the thermostat housing. The water pump shaft seal can fail from corrosion and contaminant circulation, while the thermostat housing can develop micro-cracks. Symptoms include low coolant warnings, poor cabin heating, or visible coolant pooling underneath the car. The integrated design means the entire unit typically needs replacing — part cost €200-350 plus 3-4 hours labor. Peugeot has updated the thermostat housing design in later production runs. Checking coolant level at every fuel stop is advisable on higher-mileage examples.
Coil packs fail causing misfires, rough running, and engine warning light · more· less
The three-cylinder engine uses individual coil-on-plug ignition coils that can fail prematurely, typically between 60,000 and 100,000 km. Symptoms include rough running, misfires (often on cylinder 1 or 3), loss of power, and engine warning light. Diagnosis is straightforward: swapping coils between cylinders reveals whether the misfire follows the coil. A single coil costs €40-80 (Bosch aftermarket coils are recommended over OEM for better longevity). Replacing all three coils and spark plugs simultaneously as a preventive measure costs €150-400 depending on parts quality and labor.
Clutch wears prematurely, especially with urban driving, causing a progressively higher bite point · more· less
The 208's clutch can wear faster than expected, particularly in urban stop-start driving. A high clutch bite point is sometimes dismissed as a characteristic of French cars, but if it progresses to near the top of pedal travel or the clutch begins slipping under load, replacement is needed. The 82hp naturally aspirated version does not use a dual mass flywheel, which simplifies and reduces the replacement cost compared to turbo variants. A clutch kit (pressure plate, disc, release bearing) costs €150-250 for parts, plus €350-500 labor. If the flywheel also needs replacement, add €200-300. Clutch life varies widely — 80,000-120,000 km is typical with mixed driving.
Smart alternator system can malfunction, causing gradual battery drain and starting difficulties · more· less
The 208 uses a smart charging system that adjusts alternator output based on driving conditions to improve fuel efficiency. When the control signal malfunctions, the alternator may not charge properly, leading to battery drain and difficulty starting. Peugeot issued ECU updates for some affected cars. An alternator replacement costs €250-400 including labor, while a new battery costs €80-120. In some cases, a software update at the dealer resolves the issue without part replacement.
Affordable and economical, but the wet timing belt demands attention
The Peugeot 208 A9 with the 1.2 PureTech is a competent and inexpensive supermini, but the wet timing belt is a genuine concern that buyers must not overlook. Verify the belt replacement history before purchase — pre-2017 belts are particularly prone to degradation. The naturally aspirated 82hp version is simpler than the turbocharged variant (no turbo, no direct injection, no high-pressure fuel pump), which eliminates several potential failure points. Regular oil level checks between services and shortened oil change intervals (every 7,500-10,000 km) significantly reduce the risk of belt degradation and oil consumption problems. Cars with documented Peugeot service history and evidence of belt replacement at or before 100,000 km are the safest buys.
Recalls and Technical Service Bulletins
Brake vacuum pump — timing belt material detachment damages pump, reducing braking assistance (June 2013 - April 2017 production)
Critical - verify completed
Timing belt premature wear — belt teeth may wear off, risking engine stall or damage (2014-2018 production, recall JZR)
Verify completed
Engine thermostat — faulty thermostat causing overheating risk (selected 2012-2015 production)
Verify completed
Emission system ventilation valve — hydrocarbon concentration exceeds limits (2019 production, late A9 models)
Verify completed
Contact a Peugeot dealer with the VIN to verify all recalls have been completed. The brake vacuum pump recall (2013-2017) is particularly important as it directly affects braking safety. Also check eligibility for the Stellantis PureTech compensation programme at stellantis-support.com.
Warranty Status
Factory warranty (2 years)
Expired on all used 208 A9 models
Stellantis PureTech support programme
Up to 10 years / 180,000 km for wet belt and oil consumption issues (requires full service history)
Rust perforation warranty
12 years from first registration
All Peugeot 208 A9 models are outside their original 2-year factory warranty. The Stellantis PureTech compensation programme (launched 2024) may cover timing belt and oil consumption repairs for qualifying vehicles under 10 years old with documented service history. Check eligibility at stellantis-support.com with your VIN.
This report is for informational purposes only and does not constitute professional advice. Estimates may be inaccurate. Always have a qualified specialist inspect the vehicle before purchase. We accept no liability for decisions made based on this information.