Suzuki Swift 5
Weaknesses, engine ratings and buying advice
The fifth generation (FZ/NZ, 2010–2017) is the matured Swift — visually close to the fourth, but technically softened and more finely tuned. This is where Suzuki's fixes in the right places pay off. A supermini that now offers the best blend of price, maturity and low fuss.
The engines: Bread and butter is the K12B (1.2, 69 kW) — a modern naturally-aspirated unit, no turbo, no direct injection, timing chain and variable valve timing. As frugal as they come, with some of the lowest running costs in the class. The VVT solenoid can foul over the years (cold-start rattle, check-engine light); the chain only stretches under oil starvation. A safe buy. The D13A (1.3 DDiS, 55 kW) is the revised Multijet with a factory DPF, smoother than before — but the timing chain (tensioner from 70,000 km), EGR coking and turbo wear remain the known themes. Long-distance use only. The Swift Sport with the M16A (1.6, 100 kW) is the last pure naturally-aspirated Sport — free-revving, honest, with the familiar head-gasket-after-overheating risk.
Model years: Two safety recalls ran through production — seat heaters with a fire risk and incorrectly routed brake lines. Before buying, confirm both have been done.
Whole car: Generation-specific is the steering rack that rattles at the front from ~90,000 km (€300–700), plus front shocks from 80,000 km (€200–500) and prematurely worn brake discs. Electrical niggles: failing fuel/digital clock and rear lights. On the Sport the shift cable can fail (€200–500).
Test drive: Listen for rattle from the steering at a standstill and crawling along. Test the shocks for crashing, check discs for scoring/rust. Confirm the fuel and digital clock work. On the Sport demand clean, precise shifts.
Market 2026: €4500–8500, Sport €7000–11,000. Insider pick: a K12B petrol manual with both recalls done — the most sensible Swift there is.
136 PS
Swift Sport · Benzin
Lightweight corner carver with rally genes
Fun to Drive!86–94 PS
1.2L Benzin
4 weaknesses
Good ChoiceGenerations
Engine Overview
The Suzuki Swift 5 is available with 3 engine variants — from 69 to 136 hp.
The later-generation 1.3 DDiS is still the Fiat 1.3 Multijet, now with a revised common-rail system and a factory particulate filter. Smoother and more eager to rev than the first version, frugal on fuel, but carrying the family's known issues. The timing chain remains the central worry: tensioner and guide rails stretch and announce themselves from around 100,000 to 150,000 km with a metallic rattle. The tight oil capacity makes the engine sensitive to deferred maintenance, so short intervals and good oil pay off. EGR valve and particulate filter clog faster on pure short-trip use, while longer motorway runs aid regeneration. Before buying, rule out timing-chain noise and insist on complete service records.
- !! Timing chain tensioner wears before 70,000 km from 70,000 km
The timing chain tensioner on the 1.3 Multijet/D13A should be inspected and replaced if necessary every 70,000 km. At low oil level the chain can jump, causing severe engine damage. The engine is extremely sensitive to oil starvation.
Symptoms: Rattling on cold start, loud engine noise on start-up, engine warning light, in the worst case a seized engine - !! Turbocharger wear from 130,000 km
The turbocharger wears mainly from oil starvation and coked variable-geometry vanes. Power fades and the turbo whistles or smokes. A clean oil supply is decisive for long durability.
Symptoms: Power loss, whistling noise, smoke, limp mode when the actuator sticks. - !! EGR valve coked up and stuck from 80,000 km
The EGR valve on the D13A/Multijet seizes due to soot deposits. The EGR valve housing can crack. A blocked EGR causes hesitation on acceleration and spurious turbocharger fault codes.
Symptoms: Hesitation on acceleration, engine stalling after start, turbocharger or EGR system fault codes, black smoke
+ 3 more engine weaknesses + vehicle weaknesses
The 1.2-litre four-cylinder is about as uncomplicated as modern naturally aspirated engines get — no turbo, no direct injection, timing chain instead of a belt. With variable valve timing it runs smoothly and frugally, and running costs are among the lowest around. The VVT solenoid can clog over the years and trigger a brief tick at cold start or a check-engine light with a timing fault — usually clean oil and, if needed, a new solenoid solve it. The timing chain is durable but can stretch beyond 150,000 km if oil changes are neglected. A classic trait of the family is the ageing catalytic converter and its lambda sensors causing an emissions fault. Oil consumption via valve stem seals or the PCV valve tends to appear only late. Overall a very reliable, cheap-to-run engine.
- !! Timing Chain Stretches with Oil Neglect from 130,000 km
The K12B timing chain can stretch excessively with neglected oil maintenance or at very high mileage. This leads to an intermittent MIL and sporadic misfires. In documented cases a stretched chain was the cause at 110,000 km.
Symptoms: MIL flickers at low revs, misfires at part load. Metallic rattling briefly after cold start. OBD shows camshaft phase fault. - !! Catalytic converter / lambda sensor ageing from 150,000 km
As mileage climbs the catalyst efficiency drops or one of the two lambda sensors reports false readings. The result is an emissions fault with a check-engine light and a failed emissions test.
Symptoms: Check-engine light with emissions/catalyst fault code, worse emissions readings at inspection, occasionally a slight power loss. - ! VVT Solenoid Clogged — P0011/P0014 from 100,000 km
The K12B VVT control solenoid gets clogged by oil deposits, especially when oil change intervals are exceeded. This triggers fault codes P0011 or P0014. An oil change with cleaning of the sieve filter often resolves the issue without parts replacement.
Symptoms: MIL on, fault code P0011 or P0014. Rough idle, slight hesitation on acceleration. Engine running rougher than usual.
+ 1 more engine weaknesses + vehicle weaknesses
The largest naturally aspirated member of the M family with a timing chain and intake-side cam phasing — known as a tough, free-revving four-cylinder that does without forced induction even in its sporting form. Mechanically very durable, the chain is designed for well over 200,000 km. The main risk is the head gasket after overheating: keep the radiator clean and watch the temperature, otherwise air in the cooling circuit and head damage threaten. The VVT solenoid cokes up with deferred servicing and throws P0011, while the throttle body and camshaft sensor tend toward deposits and dropouts respectively. On LPG the exhaust valves recede into their seats and the clearance eventually becomes unadjustable. With short oil-change intervals and a healthy cooling system it is a long-distance runner.
- !! Head Gasket Failure After Overheating from 150,000 km
After overheating the head gasket can fail — typical signs are air in the expansion tank, coolant loss and rising temperature. A clean radiator and healthy cooling system prevent it; once it fails, repair is labour-intensive.
Symptoms: Coolant level drops with no visible leak. White smoke from exhaust. Coolant in the expansion tank bubbles. Engine oil milky and cloudy (mayonnaise effect). - !! Valve seat recession / clearance no longer adjustable from 100,000 km
The exhaust valves recede into their seats over time, clearance shrinks and eventually can no longer be set by shims. On LPG without hardened seats this happens far earlier and can leave the cylinder head needing a rebuild.
Symptoms: Clearance shrinking service after service, compression loss, poor cold running, power loss, in extreme cases burnt exhaust valves. - ! VVT Solenoid Clogged — Fault Code P0011/P0014 from 130,000 km
The VVT solenoid clogs with oil sludge when servicing is neglected and can stick — the result is fault code P0011, rough idle and power loss. Cleaning or replacing the valve plus fresh oil usually fixes it reliably.
Symptoms: MIL on with P0011 or P0014. Rough or uneven idle. Increased consumption. Occasional hesitation on acceleration.
+ 3 more engine weaknesses + vehicle weaknesses
Vehicle Weaknesses
| Weakness | Cost | |
|---|---|---|
| Steering rack worn — front axle rattling Worn steering racks produce loud rattling and knocking from the front axle, frequently flagged at MOT. The steering rack usually needs to be replaced as a complete unit. Symptoms: Loud rattling or knocking from the front axle, particularly at low speed with steering input; imprecise steering feel from 90,000 km | Medium |
Test Reports
AUTO BILD TÜV Report 2025
The fifth-generation Swift stands out at the MOT for creaking front axles. Rear brake lights exceed failure thresholds more often than usual. Oil leaks at engine and drivetrain are flagged. On the positive side: emissions test above average, exhaust rust-free even after many years.
2024-11Top Reported Issues
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Known Problems and Issues +
A total of 24 weaknesses have been documented for the Suzuki Swift 5 (2010–2017) — 16 engine-related and 8 vehicle-related. Typical issues affect Steering, Suspension, Electronics, Gearbox. Considered reliable: M16A (1.6L), K12B (1.2L).
Swift (D13A, 2010–2013) — Be Careful: Timing chain tensioner wears before 70,000 km, Turbocharger wear, EGR valve coked up and stuck. Power: 69–75 PS.
What to watch out for with the Suzuki Swift? See the detailed listing of all engine and vehicle weaknesses in the sections above.
Frequently Asked Questions
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Last updated: February 2026 · All information without guarantee