VW/Audi 2.0 TFSI EA888 Rebuild, common faults & everything you need to know
Complete guide to the VW Group's most widespread turbo engine - a chain-driven DOHC with direct injection and a single turbo. From timing chain tensioners and oil consumption to 500 hp IS38 builds, with factory-verified torque specs per generation and workshop prices.
We have built and rebuilt the VW Group's turbo fours for decades. The EA888 is the 2.0 TFSI/TSI engine found in everything from the Golf GTI and Audi A4 to the Skoda Octavia RS and Porsche Macan. It is a chain-driven DOHC four with direct injection, two balance shafts and a single turbo. The cast iron block is tough and the bottom end takes plenty of boost. What needs attention is in the cam drive and the surrounding systems: the early timing chain tensioner is fault-prone, piston rings and valve stem seals cause oil consumption, and the turbo wears. The EA888 is also an interference engine, so a timing chain failure bends valves. We handle everything from cylinder head reconditioning and turbo reconditioning to complete engine reconditioning with our own machine shop and a 12-month warranty.
The EA888 at a glance
Common baseline data for the EA888 family (2.0 TFSI/TSI). Generation- and variant-specific differences are listed in the table below and under torque specs. Torque figures read from VW/Audi's factory manuals (Audi A3 QRSB, Audi A4/S4 QRSB, VW Golf/GTI QRSB) and cross-verified.
| Variant (code) | Generation | Power | Torque | Year |
|---|---|---|---|---|
| BPY Predecessor | EA113 bridge (timing belt) | 200 hk | 280 Nm | 2004-2008 |
| CCTA / CBFA | Gen1/Gen2 transverse | 200 hk | 280 Nm | 2008-2014 |
| CAEB / CDNC | Gen2 longitudinal (Audi) | 211 hk | 350 Nm | 2008-2015 |
| CPMA / CPMB | Gen2 longitudinal (Audi) | 210-220 hk | 350 Nm | 2009-2016 |
| CHHB / CULC Gen3 | Gen3 transverse | 220 hk | 350 Nm | 2013-2020 |
| CJXC IS38 | Gen3 (S3 / Golf R) | 300-310 hk | 380-400 Nm | 2013-2020 |
Torque specs
Read from VW/Audi's factory manuals (Audi A3 QRSB for Gen1 BPY/CBFA/CCTA, Audi A4/S4 QRSB and VW Golf/GTI QRSB for Gen2) and cross-verified against evidence images of the factory pages. Stretch bolts (cylinder head, main bearings, con-rods) are angle-tightened - always fit new ones. Several torque figures differ between generations and must NOT be mixed up: always read against the correct generation and engine code.
Cylinder head & valvetrain
Engine block & bottom end
Intake, exhaust & turbo
Note - Stretch bolts: cylinder head, main bearing and con-rod bolts are angle-tightened stretch bolts (TTY). VW/Audi specify new bolts, and Meksta always fits new bolts on disassembly. The reason: stress accumulation is invisible and the cost of new bolts is negligible against the risk of failure. The cylinder head bolts are tightened in sequence.
Note - Generation differences in torque: The EA888 comes in three generations and several torque figures differ. The con-rod bolt went from 30 Nm + 90° (Gen1) to 45 Nm + 90° (Gen2) because the main bearing journals were reduced from 58 to 52 mm. The oil drain plug changed from 15 Nm (Gen1) to 30 Nm (Gen2). The crankshaft end changed from a timing belt sprocket/sealing flange bolt (90 Nm + 90°) on Gen1 to a central vibration damper bolt (150 Nm + 90°) on Gen2. Never mix up the values - read against the correct generation and engine code.
Note - Gen3 values are not given here: we only publish torque figures we have been able to verify against an actual factory page. Gen3 (CHHB/CNCD/CJXC) main torques and the longitudinal Audi main bearing torques were not found on a rendered factory page and are therefore deliberately omitted - we never guess and never borrow values from another generation. Ask us for them if needed and we will look them up in ElsaWeb/RG13.
Note - Cam drive at the rear: The EA888 has the timing chain at the flywheel/rear end plus a separate chain to the two balance shafts in the lower oil pump module. The early Gen1 tensioner is the fault-prone part. We always replace the guide rails and tensioner during a rebuild and check chain stretch.
Factory tolerances (bearing clearance, deck height, piston clearance) for the EA888 are documented separately and published once cross-verified. Every measurement is checked against factory tolerances with our own machine shop.
Common faults on the EA888
This is what we see most often when a 2.0 TFSI EA888 comes in. Symptoms, causes and how we fix it.
Timing chain tensioner fails (Gen1/Gen2)
Early Gen1 worst • Critical- Symptoms
- Cold-start rattle from the timing side/rear end, a camshaft position fault code, and in the worst case the chain jumping. Because the EA888 is an interference engine, the result is bent valves.
- Cause
- The early timing chain tensioner does not hold chain tension at cold start and can let the chain jump a tooth. The early Gen1 tensioner is the worst; VW revised the design around 2010-2013. Neglected oil changes speed up the wear.
High oil consumption (piston rings)
Common Gen1/Gen2 • High- Symptoms
- Oil consumption of 0,5-1 litre per 100 mil or more, blue smoke, the oil light coming on between services, sooty spark plugs.
- Cause
- Thin low-friction oil control rings and the design of the oil separator (PCV) draw oil into the combustion chamber. Common on Gen1/Gen2. It leads on to sooty intake valves, because the direct injection does not wash them.
Sooty intake valves (direct injection)
100 000+ km • Medium- Symptoms
- Hesitation on acceleration, rough idle, misfires, power loss and increased fuel consumption over time.
- Cause
- On Gen1/Gen2 direct injection the fuel is sprayed straight into the cylinder, so the intake valves are never washed clean. Oil mist from the crankcase ventilation forms carbon deposits on the valves and ports. Gen3 eases this with supplementary port injection.
Turbo wear & wastegate rattle
High mileage • High- Symptoms
- Lost boost, a whistle or howling noise, rattle from the wastegate linkage, blue smoke on load, a boost pressure fault code.
- Cause
- Worn thrust bearings in the turbo and play in the wastegate linkage after high mileage and hard boost. The oil feed is sensitive to neglected oil changes. The exhaust manifold and turbine housing are a single unit on the EA888.
Water pump & thermostat (plastic parts)
Common • Medium- Symptoms
- Coolant leaks, uneven engine temperature, overheating, a coolant temperature fault code. Often leaking at the combined water pump/thermostat module.
- Cause
- The EA888 has a plastic-based combined water pump and thermostat module that ages and cracks. Some variants have a belt-driven auxiliary water pump. Overheating leads on to head gasket and flatness problems.
Big-end and main bearing wear
High mileage / hard boost • Critical- Symptoms
- A knocking noise from the lower engine under load, low oil pressure, metal shavings at oil changes.
- Cause
- Worn bearing shells after high mileage, oil starvation or hard boost beyond the bottom end's margins. Gen2 reduced the main bearing journals to 52 mm. Requires crankshaft grinding and new bearings.
EA888 rebuild prices
Prices based on the EA888 specifications: 4 cyl inline, 82,5 mm bore, 16 valves, 5 main bearings + 4 big-end bearings, cast iron block. We carry out cylinder boring, crankshaft grinding and cylinder head resurfacing with our own machine shop. The turbo is reconditioned separately. All prices exclude VAT and parts.
Cylinder head reconditioning
Bottom end
Full rebuild
Performance
Cylinder machining (4 cyl, 82,5 mm bore)
| Service | Price |
|---|---|
| Cylinder boring 4 cyl straight block (82,5 mm) | 3 318 kr |
| Plateau honing 4 cyl | 1 050 kr |
| Stress boring 4 cyl | 4 603 kr |
| O-ringing block 4 cyl (high-boost) | 2 800 kr |
| Deck decking block 4 cyl | 1 974 kr |
Crankshaft work (5 main + 4 big-end, 8 counterweights)
| Service | Price |
|---|---|
| Crankshaft grinding (5 main + 4 big-end) | 3 010 kr |
| Polishing standard | 1 022 kr |
| Cleaning 4-cyl crankshaft | 784 kr |
| Straightening (medium) | 1 190 kr |
| Camshaft journal grinding 10 pcs (DOHC) | 3 080 kr |
| Remove/fit counterweights 8 pcs | 2 044 kr |
Valve reconditioning (16 valves)
| Service | Price |
|---|---|
| Cutting 16 valve seats (standard) | 1 820 kr |
| Cutting 16 valve seats (large) | 2 772 kr |
| Valve guide replacement 16 pcs (light alloy) | 2 548 kr |
| Manufacture of valve seat inserts 16 pcs | 3 080 kr |
| Bronze sleeves fitting 16 pcs | 2 268 kr |
Resurfacing (I4, standard cylinder head size)
| Service | Price |
|---|---|
| Resurfacing cylinder head 4 cyl (standard) | 1 330 kr |
| Resurfacing cylinder head 4 cyl (large) | 1 596 kr |
| Resurfacing block 4 cyl (standard) | 1 988 kr |
| Resurfacing block 4 cyl (large) | 2 114 kr |
| Resurfacing manifold 4 cyl | 2 842 kr |
Con-rod work (4 pcs)
| Service | Price |
|---|---|
| Replace con-rod bush 4 pcs (Ø21 mm gudgeon pin) | 2 240 kr |
| Manufacture con-rod bush 4 pcs | 2 898 kr |
| Length adjustment con-rod 4 pcs | 2 898 kr |
| Replace press-fit piston 4 pcs | 1 582 kr |
| Replace piston ring 4 pcs | 1 106 kr |
| Resizing big-end housing 4 pcs | 2 352 kr |
| Check/straighten con-rod 4 pcs | 1 414 kr |
| Full reconditioning con-rod 4 pcs | 3 164 kr |
| Steel shot peening con-rods 4 pcs | 2 268 kr |
Pressure testing & balancing
| Service | Price |
|---|---|
| Pressure testing cylinder head 4 cyl (small) | 1 876 kr |
| Pressure testing cylinder head 4 cyl (large) | 2 800 kr |
| Pressure testing cylinder block | 1 400 kr /h |
| Balancing rotating assembly straight 4-cyl | 3 742 kr |
| Weight matching con-rods 4 pcs | 1 316 kr |
| Weight matching pistons 4 pcs | 1 092 kr |
| Flywheel balancing | 2 100 kr |
| Balancing flywheel + clutch | 2 842 kr |
Indicative prices for the EA888 configuration (4 cyl inline, 82,5 mm bore, 16 valves, alloy cylinder head, cast iron block). Labour prices exclude VAT and parts (piston rings, bearings, gaskets, stretch bolts, turbo). Request a quote for an exact price after inspection.
Tuning the EA888
The EA888 is one of the most tuning-friendly turbo fours ever built. The cast iron block and the bottom end take plenty of boost, so big power comes through remapping, a larger turbo and reinforced internals.
- 1
Remapping & intake/exhaust
A Stage 1 remap, a freer intake, an intercooler and a downpipe give a big gain on stock hardware thanks to the turbo. The bottom end handles this well with the right margins.
270-290 hk - 2
Larger turbo / hybrid
An IS38 upgrade or a hybrid turbo with fuel system and a Stage 2 remap. The stock bearings handle more boost with the right margins and turbo work.
350-400 hk - 3
Forged internals + large turbo
Forged pistons and con-rods, ARP bolts, balancing and a larger turbo. This opens the power window right up.
450-500 hk - 4
Full build
A complete bottom end, a ported cylinder head, a fuel system and a large turbo for track and drag. We build the whole chain in-house with performance engine building.
500+ hk
Questions & answers about the EA888
What we hear most often from EA888 owners.
What does it cost to rebuild a 2.0 TFSI EA888?
A cylinder head reconditioning costs around 5 000 - 7 000 SEK (labour), a complete engine reconditioning around 19 500 - 30 500 SEK. On top of that come parts (gasket, bearings, piston rings, stretch bolts) and any turbo, typically 8 000 - 25 000 SEK depending on condition and variant. We give a fixed quote after inspection.
Is the 2.0 TFSI EA888 an interference engine?
Yes. The EA888 is an interference engine. If the timing chain jumps because of a stretched chain or a failed tensioner, the valves hit the pistons, causing bent valves and often consequential damage. That is why the timing chain guide rails and tensioner are critical - we check and replace them during a rebuild.
What is the difference between Gen1, Gen2 and Gen3?
Gen1 (CBFA/CCTA) has 58 mm main bearing journals, a K03 turbo and the early fault-prone timing chain tensioner. Gen2 reduced the main bearing journals to 52 mm, raised the con-rod torque to 45 Nm + 90° (from Gen1's 30 Nm + 90°), changed the oil drain plug to 30 Nm and changed the crankshaft end to a central vibration damper bolt (150 Nm + 90°). Gen3 (CHHB/CJXC) has a thin-wall block, an integrated water-cooled exhaust manifold in the cylinder head, combined direct and port injection and an IS20/IS38 turbo.
Why does my EA888 use oil?
High oil consumption is common on Gen1/Gen2. The cause is thin low-friction oil control rings and the design of the oil separator, which draws oil into the combustion chamber. It often leads on to sooty intake valves, because the direct injection does not wash them clean. We fix it with new rings (cylinder boring if needed), an updated PCV and decoking of the intake ports.
How long does a rebuilt EA888 last?
With a proper rebuild and regular maintenance: 250 000 - 350 000 km or more. The cast iron block is durable. Keep an eye on the timing chain tensioner, oil consumption, cooling system and turbo, and the EA888 is a durable turbo engine.
Can you tune an EA888?
Yes. A Stage 1 remap often gives 270-290 hp on stock hardware. With a larger turbo (IS38) or a hybrid turbo, a fuelling upgrade and Stage 2 you can build 350-400 hp. With forged internals 450-500 hp and with a full build 500+ hp. The robust bottom end makes the EA888 a popular base for boosted builds.
Should you rebuild or replace the engine?
For the EA888: usually rebuild. A used engine has an unknown history and the same wear points (timing chain tensioner, oil consumption, turbo). A rebuilt engine has known tolerances, new wear parts and a 12-month warranty. We ship worldwide.
See also: we recondition and build turbo engines from across the VW Group and other manufacturers. If you only need the turbo sorted, we do that through our turbo reconditioning. See all our engine types.
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Have a 2.0 TFSI EA888 that needs looking at?
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