Porsche 718 Boxster 982
Weaknesses, engine ratings and buying advice
The 718 Boxster 982 is the controversial generation — Porsche replaced the beloved naturally aspirated flat-sixes with four-cylinder turbos. On sale since 2016, the 718 divides the Porsche community like no other model.
The 2.0L turbo (220 kW) in the base and the 2.5L turbo (257 kW) in the S deliver more power and torque than their predecessors — but the sound is different. The four-cylinder boxer sounds punchy but not like a Porsche flat-six. From 2020, the six-cylinder returned in the GTS 4.0 and GT4 — with 4.0 liters and up to 309 kW in the GT4 RS. These models are the true enthusiast's choice.
Vehicle weaknesses concern the cooling system (lines, thermostat), occasional PCM software issues, and the convertible hydraulic system. The turbo four-cylinders are mechanically robust, but the turbocharger and charge air piping are additional wear points versus the NA engines.
The 718 Boxster is objectively the better sports car than the 981 — faster, more efficient, technically modern. Subjectively, many miss the emotional NA character. Used buying tip: The GTS 4.0 with manual combines the best of both worlds — flat-six emotion with modern technology.
420 PS
Spyder · Benzin
Open sports car in its purest form
Legendary!420 PS
4.0L Benzin
8 weaknesses
Good ChoiceEngine Overview
The Porsche 718 Boxster 982 is available with 6 engine variants — from 299 to 420 hp.
The 2.0T four-cylinder boxer was a provocation in 2016 — Porsche replaced the legendary naturally aspirated six-cylinder with a turbocharged four, and reactions ranged from disappointment to open anger. Technically the engine is solid: broad torque band, pushing strongly from just 1,600 rpm, not a bad engine. But the sound is a problem — the characteristic boxer snarl of the old 2.7/3.4 is completely absent; instead the 2.0T sounds like a well-motorised VAG product. Cooling system weaknesses (variable water pump with vacuum seal) and carbon build-up on the intake valves need monitoring at higher mileages. Get past the sound and you have a dynamically excellent mid-engine sports car.
- !! Spark Plugs Seize in Aluminium Head — 2.0T from 35,000 km
Spark plugs can seize in the aluminium cylinder heads of the 2.0T — if the service interval (3 years/30,000 km) is missed, thread seizure and costly head repair become a real risk. Turbo operating temperatures accelerate galvanic corrosion between the spark plug and the aluminium.
Symptoms: Misfires, rough running; difficult or impossible spark plug removal at service. - !! Water pump vacuum seal failed from 25,000 km
The variable water pump uses vacuum to control flow. The vacuum seal fails prematurely, coolant enters the vacuum lines. A common problem.
Symptoms: Warning message "Visit workshop — cooling system", coolant loss at pump housing, coolant in vacuum lines - !! Turbo actuator blocked by dirt from 40,000 km
The electronic turbo actuator sits near an underbody opening and is susceptible to water and dirt ingress. Actuator seizes, boost collapses.
Symptoms: Significantly reduced boost, barely any power at full throttle, no boost in Sport mode
+ 4 more engine weaknesses + vehicle weaknesses
The 2.5T in the first GTS configuration at 269 kW is the best that can be extracted from the four-cylinder turbo — more aggressively calibrated, Sport Chrono standard, more direct throttle response. The difference from the S variant is noticeable but no quantum leap. Oil consumption on this engine is structurally higher than the 2.0T — Porsche accepts up to 0.8 l/1,000 km as normal; under spirited driving 1 l/1,000 km is realistic. Sonically the GTS four-cylinder still doesn't come close to what purists expect. The redemption came in 2020 with the GTS 4.0 — until then the 2.5T GTS was the best available compromise in the 718 without the naturally aspirated flat-six.
- !! Wastegate actuator seizes from 55,000 km
The 2.5T in the GTS is prone to seized wastegate actuators — thermally stressed harder than in the S due to the higher boost strategy. Diagnosis and repair at a Porsche dealer required.
Symptoms: Rattling on load change around 2,500–3,000 rpm, limp mode, fluctuating boost pressure. - !! Spark plugs seize in aluminium heads from 30,000 km
Spark plugs can seize in the aluminium heads of the 2.5T GTS engine when service intervals are missed (3 years/30,000 km). Turbo-related temperature spikes accelerate the baking-in. Thread damage can require cylinder head repair.
Symptoms: Misfires, rough running, fault codes for specific cylinders, difficulty removing plugs. - !! Coolant expansion tank cracks from 40,000 km
The GTS engine coolant expansion tank cracks under thermal load — identical problem to all other 2.5T variants. Leak only detectable at operating temperature.
Symptoms: Coolant warning light, coolant smell after spirited driving, dropping coolant level.
+ 1 more engine weaknesses + vehicle weaknesses
This is the redemption. Porsche answered the purists' outcry and brought back the 4.0L naturally aspirated flat-six in 2019/2020 — same engine architecture as the GT3 flat-six, with individual throttle bodies and a 7,800 rpm redline. The sound is unmistakably Porsche: with the roof down and revs above 5,000 rpm, a mechanical crescendo builds directly behind your head. The pull comes without turbo feel: linear, increasingly urgent, and the final third before the limiter is an experience you don't forget. High-revving also means: valve stem seals age faster, carbon buildup on intake valves arrives earlier than in the turbo-four, and track use accelerates ignition coil wear noticeably. The early production run (August 2020 to January 2021) had a documented oil pump defect — pump seizes, simplex chain snaps, engine damage possible. That's the first question when buying used. PADM engine mounts fail frequently but remain drivable with Sport mode still usable. The 4.0 naturally aspirated is the engine the 718 concept was always waiting for — and with the combustion-engined 718 ending production in 2025, it's already an instant classic.
- !! Oil pump failure on Aug 2020–Jan 2021 production from 500 km
Vehicles produced August 2020–January 2021 had defective oil pumps. The pump seizes, the simplex chain snaps and damages the timing chain. Engine damage from under 1,000 km. Warranty replacement.
Symptoms: "Oil pressure measurement error" warning, engine dies at low rpm, no restart possible - !! Water pump early failure from 50,000 km
The 4.0L naturally aspirated engine also shows premature water pump failures. Coolant loss requires removing the intake manifold — not a full engine removal as with the turbo 4. Still several hours of work.
Symptoms: Coolant warning light, coolant loss, puddle rear driver's side, cooling fault code. - !! Coolant expansion tank cracks from 35,000 km
The expansion tank in the 4.0L cracks under thermal cycling. On the GT4/Spyder the intake manifold must be removed — no full engine removal needed. Early failures documented from as low as 8,000 km.
Symptoms: Coolant warning light at low mileage, coolant smell, puddle rear driver's side.
+ 5 more engine weaknesses + vehicle weaknesses
The 2.5T four-cylinder boxer in the S variants is a step up from the 2.0T — more displacement means less turbo pressure needed, the pull is fuller, and the spread between part-load and full-load feels less artificial. Still: sonically the engine remains a compromise. The 2.5T cooling system has its own weakness in the form of changeover valves that can fail prematurely without obvious coolant loss — diagnosis is tedious. Turbo oil feed lines can leak and set up bearing damage. Buying the S means primarily buying the better suspension calibration and higher torque — the engine is a means to an end, not a soul.
- !! Wastegate actuator seizes / turbo failure from 50,000 km
Wastegate actuator can seize or fail. Porsche dealers diagnosed seized actuators that were fixed by lubrication — sometimes replacement was necessary. Can trigger limp mode.
Symptoms: Metallic rattle at around 2,700 rpm, power loss, limp mode, boost pressure fault. - !! Spark plugs seize in aluminium heads from 30,000 km
Overdue spark plugs can seize in the aluminium heads of the 2.5T engine. Turbo-related heat cycles accelerate the baking-in. Thread damage can require cylinder head repair.
Symptoms: Misfires, rough running, fault codes for individual cylinders, difficulty removing plugs. - !! Cooling system switching valves failed from 40,000 km
Thermal switching valves in the cooling circuit fail prematurely. Similar vacuum issues as on the 2.0T. A symptomatic diagnostic drive is required.
Symptoms: Cooling system fault warning, irregular temperature development, workshop alert without visible coolant loss
+ 3 more engine weaknesses + vehicle weaknesses
This is the redemption. Porsche answered the purists' outcry and brought back the 4.0L naturally aspirated flat-six in 2019/2020 — same engine architecture as the GT3 flat-six, with individual throttle bodies and a 7,800 rpm redline. The sound is unmistakably Porsche: with the roof down and revs above 5,000 rpm, a mechanical crescendo builds directly behind your head. The pull comes without turbo feel: linear, increasingly urgent, and the final third before the limiter is an experience you don't forget. High-revving also means: valve stem seals age faster, carbon buildup on intake valves arrives earlier than in the turbo-four, and track use accelerates ignition coil wear noticeably. The early production run (August 2020 to January 2021) had a documented oil pump defect — pump seizes, simplex chain snaps, engine damage possible. That's the first question when buying used. PADM engine mounts fail frequently but remain drivable with Sport mode still usable. The 4.0 naturally aspirated is the engine the 718 concept was always waiting for — and with the combustion-engined 718 ending production in 2025, it's already an instant classic.
- !! Oil pump failure on Aug 2020–Jan 2021 production from 500 km
Vehicles produced August 2020–January 2021 had defective oil pumps. The pump seizes, the simplex chain snaps and damages the timing chain. Engine damage from under 1,000 km. Warranty replacement.
Symptoms: "Oil pressure measurement error" warning, engine dies at low rpm, no restart possible - !! Water pump early failure from 50,000 km
The 4.0L naturally aspirated engine also shows premature water pump failures. Coolant loss requires removing the intake manifold — not a full engine removal as with the turbo 4. Still several hours of work.
Symptoms: Coolant warning light, coolant loss, puddle rear driver's side, cooling fault code. - !! Coolant expansion tank cracks from 35,000 km
The expansion tank in the 4.0L cracks under thermal cycling. On the GT4/Spyder the intake manifold must be removed — no full engine removal needed. Early failures documented from as low as 8,000 km.
Symptoms: Coolant warning light at low mileage, coolant smell, puddle rear driver's side.
+ 5 more engine weaknesses + vehicle weaknesses
Identical engine architecture to the MDD.PB, fitted in the T derivatives with marginally adjusted calibration. The T variant has something to offer as a concept — lighter spec, Sport Chrono and PASM standard — but the four-cylinder turbo itself remains what it is: powerful and efficient, sonically unconvincing. The same VAG EA888-related issues (timing chain tensioner, oil consumption, timing chain cover gasket) apply at high mileages. Not a bad engine, but anyone wanting a mid-engine sports car with the right soundtrack is better off waiting for the 4.0 naturally aspirated.
- !! Spark plugs seize in aluminium heads from 35,000 km
Spark plugs can seize in the aluminium cylinder heads if the 3-year/30,000 km replacement interval is exceeded. Removal can damage the head — routine maintenance turns into a costly repair.
Symptoms: Misfires, rough idle, difficult plug removal, in the worst case stripped threads. - !! Water pump vacuum seal failed from 25,000 km
Identical to the MDD.PB: the variable water pump uses vacuum for flow control. The vacuum seal fails prematurely.
Symptoms: Cooling system warning, coolant loss at the pump housing - !! Timing chain tensioner wears out (EA888) from 120,000 km
EA888 Gen3B 2.0 TFSI Macan: the timing chain tensioner can lose tension at high mileage. Typical EA888 issue.
Symptoms: Timing chain rattle on cold start, camshaft position fault code
+ 3 more engine weaknesses + vehicle weaknesses
Vehicle Weaknesses
| Weakness | Cost | |
|---|---|---|
| PDK Noise on Downshift 2→1 The PDK dual-clutch gearbox produces an audible clunk when downshifting from 2nd to 1st during coasting. Not classified as a defect by Porsche, but noticeable. Symptoms: Audible clunk/click when coasting down to 1st gear, especially with a cold gearbox from 20,000 km | Low |
Top Reported Issues
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Known Problems and Issues +
A total of 45 weaknesses have been documented for the Porsche 718 Boxster 982 (2016–2025) — 31 engine-related and 14 vehicle-related. Typical issues affect Gearbox, Electronics, Suspension, Brakes. Considered reliable: DKDA (4.0L).
718 Boxster (MDD.PB, 2016–2021) — Be Careful: Spark Plugs Seize in Aluminium Head — 2.0T, Water pump vacuum seal failed, Turbo actuator blocked by dirt. Power: 300 PS.
718 Boxster (MDD.NC, 2016–2025) — Be Careful: Wastegate actuator seizes / turbo failure, Spark plugs seize in aluminium heads, Cooling system switching valves failed. Power: 350 PS.
718 Boxster (MA2.22, 2017–2020) — Be Careful: Wastegate actuator seizes, Spark plugs seize in aluminium heads, Coolant expansion tank cracks. Power: 366 PS.
718 Boxster (DDPB, 2020–2025) — Be Careful: Spark plugs seize in aluminium heads, Water pump vacuum seal failed, Timing chain tensioner wears out (EA888). Power: 300 PS.
What to watch out for with the Porsche 718 Boxster? 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