BMW 5er E60
Weaknesses, engine ratings and buying advice
The E60 (2003–2010) is the most electronically complex 5 Series of its era — which makes it either a risk or an opportunity. Chris Bangle's design still polarises, but underneath lies genuine BMW dynamics. The critical date: March 2007 (LCI) — after that, new iDrive, better engines, many corrections.
The safe choice: The M57D30 in the 525d/530d is the diesel classic — inline-six, refined, durable. The M57TUD30 in the 530d LCI and 535d offers even more torque. Plan timing chain replacement from 150,000 km ($1,650–2,200 at a specialist), but the engine itself is built for 300,000+ km. For petrol: N52B25/N52B30 (523i/525i/530i) are the solid naturally aspirated options — Valvetronic eccentric shaft can wear ($550–880), otherwise little drama.
Avoid: The M47TUD20 in the 520d pre-LCI. Same timing chain catastrophe as the E90 — chain at the rear, repair $1,980–3,850, engine destruction $6,600–11,000. Cold start rattling = reject immediately. The N53 (523i/530i from 2007) has expensive high-pressure pump and injectors ($1,100+). The N62B40 V8 in the 540i: coolant and oil leaks, Dynamic Drive expensive — too costly as a daily.
The E61 trap: The Touring has standard rear air suspension. Failed compressor or leaking bags can exceed the car's value. Dynamic Drive (active stabilisers, optional) leaks — replacement from $770–2,750. Tailgate wiring breaks from constant movement: tail lights, rear wiper fail ($220–880). Only buy E61 without Dynamic Drive, or with documented replacement.
Test-drive checklist: Cold start 520d: rattling = N47 timing chain, walk away. E61: does it sit level? Compressor noises? iDrive responsive? Active suspension warning? Oil leaks at valve cover (all engines). Check aluminium control arms for play (MOT issue).
2026 market: 520d pre-LCI from $4,400–7,150 (risk priced in). 530d LCI $7,700–15,400 (sweet spot). 535i $6,600–11,000. M5 from $30,800.
Insider pick: 530d LCI Saloon (M57TUD30, from March 2007) — without Dynamic Drive, with standard steel suspension. The M57 is the most reliable powertrain of this generation.
306 PS
540i · Benzin
Four-Litre V8 Sweet Spot
Fun to Drive!507 PS
5.0L V10 Benzin
9 weaknesses
Stay Away!Body Variants
The BMW 5er E60 is available as Sedan and Touring — choose your body type for specific insurance data:
Generations
Engine Overview
The BMW 5er E60 is available with 9 engine variants — from 150 to 507 hp. 4 variants had engine changes — the model year is crucial.
The M47TUD20 is the revised version of BMW's first common-rail diesel, producing between 120 and 165 hp depending on the tune. At its core a solid four-cylinder diesel that can easily surpass 300,000 km with proper maintenance. The biggest weakness is the notorious swirl flaps in the intake manifold — when carbon buildup causes them to seize, fragments can enter the combustion chamber and cause catastrophic engine damage. Many workshops recommend preventive removal or regular cleaning beyond 150,000 km. Injectors tend to leak at high mileage, causing rough running and power loss. The crankcase ventilation system and turbo oil return line should also be monitored. When buying, watch for blue or white smoke on cold starts — this points to worn injector seals. Oil change intervals should be kept under 15,000 km; BMW longlife intervals are too generous for this engine.
- !! Timing chain stretches from 180,000 km
The timing chain can stretch or the chain tensioner can fail. Compared to the N47 the M47 is considered more robust, but timing chain problems occur at high mileages and with neglected maintenance.
Symptoms: Rattling on cold start from the front of the engine, easing after warm-up. With heavy stretching, engine damage through chain jump. - !! Swirl flaps break off and fall into the engine from 150,000 km
The metal swirl flaps in the intake manifold work loose through carbon deposits and can break off. An ingested flap blade causes immediate total damage to valves and pistons.
Symptoms: Engine stumbling, sudden severe power loss, loud metallic noise from engine, engine failure. - !! Cylinder head cracks (M47TU variant) from 200,000 km
The aluminium cylinder head of the M47TU tends to develop hairline cracks between valve seats and glow plug bores at high mileages. The cause is the different thermal expansion coefficient of the aluminium head and cast iron block.
Symptoms: White smoke from exhaust, rising oil level through coolant contamination, coolant loss without visible leakage.
+ 2 more engine weaknesses + vehicle weaknesses
Legendary common-rail straight-six diesel. Extremely smooth and long-lived; turbocharger and EGR valve are the most common weaknesses at high mileage.
- !! Timing chain stretched / chain tensioner defective from 150,000 km
As mileage increases the timing chain stretches and the chain tensioner loses its spring force. Broken plastic guide rails send fragments into the oil sump, which can damage the oil pump.
Symptoms: Rattling or clattering on cold start that improves once warm. Engine warning light. - !! Turbocharger worn from 200,000 km
The turbocharger wears through bearing problems or insufficient lubrication. Particularly at risk with infrequent oil changes or immediate shutdown after full-load driving.
Symptoms: Whistling noises, significant power loss, blue exhaust smoke, oil in the intercooler. - !! Swirl flaps break off — risk of engine damage from 150,000 km
The plastic swirl flaps in the intake manifold break off and can be ingested by the engine. M57 engines built before 03/2004 are particularly at risk — complete removal is widely recommended.
Symptoms: Hesitation at low rpm; power loss; rattling from the intake area; in the worst case engine damage from ingested flaps; no fault code in early stages
+ 3 more engine weaknesses + vehicle weaknesses
Legendary common-rail straight-six diesel. Extremely smooth and long-lived; turbocharger and EGR valve are the most common weaknesses at high mileage.
- !! Timing chain stretched / chain tensioner defective from 150,000 km
As mileage increases the timing chain stretches and the chain tensioner loses its spring force. Broken plastic guide rails send fragments into the oil sump, which can damage the oil pump.
Symptoms: Rattling or clattering on cold start that improves once warm. Engine warning light. - !! Turbocharger worn from 200,000 km
The turbocharger wears through bearing problems or insufficient lubrication. Particularly at risk with infrequent oil changes or immediate shutdown after full-load driving.
Symptoms: Whistling noises, significant power loss, blue exhaust smoke, oil in the intercooler. - !! Swirl flaps break off — risk of engine damage from 150,000 km
The plastic swirl flaps in the intake manifold break off and can be ingested by the engine. M57 engines built before 03/2004 are particularly at risk — complete removal is widely recommended.
Symptoms: Hesitation at low rpm; power loss; rattling from the intake area; in the worst case engine damage from ingested flaps; no fault code in early stages
+ 3 more engine weaknesses + vehicle weaknesses
The M57TUD30 is the uprated variant of BMW's legendary inline-six diesel with variable turbine geometry, producing up to 286 hp in twin-turbo form. At its core one of the finest six-cylinder diesels ever built — refined, enormously torquey, and long-lasting with proper maintenance. The turbochargers are the main concern: VTG vanes coke up over time, leading to power loss and potentially turbo failure. The twin-turbo version doubles the repair bill. The diesel particulate filter tends to cause issues beyond 180,000 km, especially with frequent short trips. Timing chain and guide rails should be inspected past 200,000 km. Injectors and high-pressure pump are durable with clean fuel supply, but replacement costs are significant. When buying, verify regular oil changes — this engine reacts poorly to neglected maintenance. A well-maintained M57TUD30 is an outstanding long-distance powerplant.
- !! Timing chain stretched / chain tensioner defective from 150,000 km
As mileage increases the timing chain stretches and the chain tensioner loses its spring force. Broken plastic guide rails send fragments into the oil sump, which can damage the oil pump.
Symptoms: Rattling or clattering on cold start that improves once warm. Further wear can lead to engine damage. - !! Swirl flaps break off (known risk) from 150,000 km
The swirl flaps in the M57TUD30 intake manifold become heavy from carbon and EGR soot deposits and can break off. Metal fragments enter the combustion chamber and destroy valves and pistons.
Symptoms: Sudden hard engine knock, power loss, blue smoke, engine will not restart. - !! EGR cooler leaking — fire risk (recall) from 100,000 km
On the M57TUD30 (build dates July 2012–June 2015), coolant can escape from the EGR cooler and ignite with soot deposits. BMW recalled approximately 300,000 vehicles across Europe.
Symptoms: Engine warning light, power loss, in rare cases smoke from the engine bay or vehicle fire.
+ 4 more engine weaknesses + vehicle weaknesses
The M57TUD30 is the uprated variant of BMW's legendary inline-six diesel with variable turbine geometry, producing up to 286 hp in twin-turbo form. At its core one of the finest six-cylinder diesels ever built — refined, enormously torquey, and long-lasting with proper maintenance. The turbochargers are the main concern: VTG vanes coke up over time, leading to power loss and potentially turbo failure. The twin-turbo version doubles the repair bill. The diesel particulate filter tends to cause issues beyond 180,000 km, especially with frequent short trips. Timing chain and guide rails should be inspected past 200,000 km. Injectors and high-pressure pump are durable with clean fuel supply, but replacement costs are significant. When buying, verify regular oil changes — this engine reacts poorly to neglected maintenance. A well-maintained M57TUD30 is an outstanding long-distance powerplant.
- !! Timing chain stretched / chain tensioner defective from 150,000 km
As mileage increases the timing chain stretches and the chain tensioner loses its spring force. Broken plastic guide rails send fragments into the oil sump, which can damage the oil pump.
Symptoms: Rattling or clattering on cold start that improves once warm. Further wear can lead to engine damage. - !! Swirl flaps break off (known risk) from 150,000 km
The swirl flaps in the M57TUD30 intake manifold become heavy from carbon and EGR soot deposits and can break off. Metal fragments enter the combustion chamber and destroy valves and pistons.
Symptoms: Sudden hard engine knock, power loss, blue smoke, engine will not restart. - !! EGR cooler leaking — fire risk (recall) from 100,000 km
On the M57TUD30 (build dates July 2012–June 2015), coolant can escape from the EGR cooler and ignite with soot deposits. BMW recalled approximately 300,000 vehicles across Europe.
Symptoms: Engine warning light, power loss, in rare cases smoke from the engine bay or vehicle fire.
+ 4 more engine weaknesses + vehicle weaknesses
The N52B25 is a 2.5-litre inline six with a magnesium-aluminium composite crankcase and Valvetronic, producing between 177 and 218 hp depending on the power level. One of the last great BMW naturally aspirated engines and for many enthusiasts the epitome of silky-smooth six-cylinder character. In daily use refined, eager to rev, and very durable with proper care. The most common weakness is the oil filter housing gasket, which hardens over time and causes oil leaks — a relatively inexpensive repair that should not be ignored. VANOS solenoid valves become contaminated with extended change intervals, causing rough idle and power loss. The crankcase ventilation system is designed as a wear item and should be replaced when symptoms like oil mist or fluctuating idle appear. Valve stem seals can harden at high mileage, leading to slight oil consumption. The magnesium crankcase is more sensitive to overheating than full aluminium — check the cooling system regularly for leaks. Overall an excellent engine that causes few worries when oil maintenance is kept up.
- !! Electric water pump defective from 100,000 km
The N52 electric water pump is a known wear item. When it fails the engine overheats quickly. Recommended: preventive replacement when any abnormalities appear or from around 100,000 km.
Symptoms: Coolant temperature gauge rises quickly, coolant loss, audible pump malfunction, engine overheating. - !! Eccentric shaft sensor (Valvetronic) failure from 80,000 km
The eccentric shaft sensor on the N52B25 Valvetronic system fails sporadically. Fuel consumption jumps sharply by 30–35%; the sensor costs approximately €315 new from BMW.
Symptoms: Sporadic eccentric shaft sensor fault code; fuel consumption jumps from ~10 to ~13.5 L/100 km; power loss; whistling noise under acceleration - !! Oil filter housing gasket leaking — oil in coolant from 120,000 km
The seals in the oil-coolant heat exchanger inside the oil filter housing become porous and allow oil into the coolant. Affects N52, N53, and N54 equally. Always replace both seals at the same time.
Symptoms: Oil film on the coolant surface; oily-looking oil filler cap; no white smoke or visible fluid loss despite apparent head gasket symptoms
+ 4 more engine weaknesses + vehicle weaknesses
The 258 hp top version of the N52 is one of the last large high-revving naturally aspirated engines from BMW: a magnesium-aluminium composite block that defines the class through extreme smoothness and a willingness to rev that drivers describe as 'like a sewing machine' — so even and effortless in its climb. Compared to the N54 turbo it sounds cleaner and more natural, without turbo hiss; instead a clear naturally aspirated note that fills out with increasing revs. Cold-start behaviour is impeccable; in daily use it runs nearly maintenance-free. Typical weaknesses: electric water pump (fails without warning, 80,000–150,000 km, preventive replacement recommended), Valvetronic eccentric shaft sensor (fault code, limp mode), VANOS solenoids with sludge build-up. Buying tip: check service history, as missed oil changes can permanently impair VANOS function.
- !! Electric water pump defective from 100,000 km
The N52 electric water pump is a known wear item. When it fails the engine overheats quickly. Recommended: preventive replacement when any abnormalities appear or from around 100,000 km.
Symptoms: Coolant temperature gauge rises quickly, coolant loss, audible pump malfunction, engine overheating. - !! Oil filter housing gasket — oil into coolant from 120,000 km
The gasket between the oil filter housing and the engine block ages and becomes porous, allowing oil into the coolant. Symptoms resemble a head gasket failure. Early replacement of both seals is recommended.
Symptoms: Oil film on the coolant; discoloured oil filler cap; coolant slightly foamy or brownish; no white exhaust smoke — a key differentiator from head gasket damage - !! Eccentric shaft sensor (Valvetronic) failure from 100,000 km
The Valvetronic eccentric shaft sensor fails due to moisture and ageing. Fault code 2A31 is typical. The sensor costs approximately €275; installation requires opening the cam cover.
Symptoms: Rough idle; severe judder with light throttle input; increased fuel consumption (up to +30%); fault code 2A31; engine runs better with the sensor disconnected
+ 2 more engine weaknesses + vehicle weaknesses
The N53B25 is a 2.5-litre inline six with direct petrol injection as the successor to the port-injected N52B25, producing between 190 and 218 hp depending on the tune. The switch to direct injection brought slightly better efficiency but also significantly more trouble spots. The high-pressure pump is the central weakness — failure means the engine will not start or runs in limp mode only. Piezo injectors are sensitive and cost well over 200 euros each; with six of them the bill adds up quickly. Unlike the N52, the N53 operates partly in lean-burn mode, requiring a NOx storage catalyst that is sensitive to fuel quality. Spark plugs need more frequent replacement than on the port-injection predecessor. Timing chain and VANOS system are fundamentally solid but benefit from consistent oil maintenance. The engine character is similarly refined to the N52, even slightly stronger at low revs. When buying, specifically ask about the injection system service history and listen for clean cold starts — hesitation or stumbling during cranking are typical warning signs.
- !! Piezo injectors defective (chronic issue) from 80,000 km
The N53B25 piezo direct injectors are chronically unreliable. Injectors with an index below 09 fail particularly early. Piecemeal replacement gives unreliable results; index-11 injectors are the most stable version.
Symptoms: Engine stumbling and hesitation, rough cold start, power loss, engine warning message, engine cutting out when lifting off the throttle. - !! Electric water pump defective from 130,000 km
The Pierburg electric water pump fails without warning — the integrated control electronics fail first. The engine can overheat within minutes and suffer piston seizure or cylinder head damage.
Symptoms: Sudden temperature spike, coolant warning light, cooling fan runs continuously, engine power drops. Pump goes silent. - !! High-pressure pump defective from 100,000 km
The direct injection high-pressure pump fails and causes extended cold starts or hesitation under full load. Fault codes 2FBF, 2FBE in the fault memory are typical.
Symptoms: Very extended cold start, hesitation under hard acceleration, fault memory entry for fuel pressure.
+ 4 more engine weaknesses + vehicle weaknesses
The N52B25 is a 2.5-litre inline six with a magnesium-aluminium composite crankcase and Valvetronic, producing between 177 and 218 hp depending on the power level. One of the last great BMW naturally aspirated engines and for many enthusiasts the epitome of silky-smooth six-cylinder character. In daily use refined, eager to rev, and very durable with proper care. The most common weakness is the oil filter housing gasket, which hardens over time and causes oil leaks — a relatively inexpensive repair that should not be ignored. VANOS solenoid valves become contaminated with extended change intervals, causing rough idle and power loss. The crankcase ventilation system is designed as a wear item and should be replaced when symptoms like oil mist or fluctuating idle appear. Valve stem seals can harden at high mileage, leading to slight oil consumption. The magnesium crankcase is more sensitive to overheating than full aluminium — check the cooling system regularly for leaks. Overall an excellent engine that causes few worries when oil maintenance is kept up.
- !! Electric water pump defective from 100,000 km
The N52 electric water pump is a known wear item. When it fails the engine overheats quickly. Recommended: preventive replacement when any abnormalities appear or from around 100,000 km.
Symptoms: Coolant temperature gauge rises quickly, coolant loss, audible pump malfunction, engine overheating. - !! Eccentric shaft sensor (Valvetronic) failure from 80,000 km
The eccentric shaft sensor on the N52B25 Valvetronic system fails sporadically. Fuel consumption jumps sharply by 30–35%; the sensor costs approximately €315 new from BMW.
Symptoms: Sporadic eccentric shaft sensor fault code; fuel consumption jumps from ~10 to ~13.5 L/100 km; power loss; whistling noise under acceleration - !! Oil filter housing gasket leaking — oil in coolant from 120,000 km
The seals in the oil-coolant heat exchanger inside the oil filter housing become porous and allow oil into the coolant. Affects N52, N53, and N54 equally. Always replace both seals at the same time.
Symptoms: Oil film on the coolant surface; oily-looking oil filler cap; no white smoke or visible fluid loss despite apparent head gasket symptoms
+ 4 more engine weaknesses + vehicle weaknesses
The 258 hp top version of the N52 is one of the last large high-revving naturally aspirated engines from BMW: a magnesium-aluminium composite block that defines the class through extreme smoothness and a willingness to rev that drivers describe as 'like a sewing machine' — so even and effortless in its climb. Compared to the N54 turbo it sounds cleaner and more natural, without turbo hiss; instead a clear naturally aspirated note that fills out with increasing revs. Cold-start behaviour is impeccable; in daily use it runs nearly maintenance-free. Typical weaknesses: electric water pump (fails without warning, 80,000–150,000 km, preventive replacement recommended), Valvetronic eccentric shaft sensor (fault code, limp mode), VANOS solenoids with sludge build-up. Buying tip: check service history, as missed oil changes can permanently impair VANOS function.
- !! Electric water pump defective from 100,000 km
The N52 electric water pump is a known wear item. When it fails the engine overheats quickly. Recommended: preventive replacement when any abnormalities appear or from around 100,000 km.
Symptoms: Coolant temperature gauge rises quickly, coolant loss, audible pump malfunction, engine overheating. - !! Oil filter housing gasket — oil into coolant from 120,000 km
The gasket between the oil filter housing and the engine block ages and becomes porous, allowing oil into the coolant. Symptoms resemble a head gasket failure. Early replacement of both seals is recommended.
Symptoms: Oil film on the coolant; discoloured oil filler cap; coolant slightly foamy or brownish; no white exhaust smoke — a key differentiator from head gasket damage - !! Eccentric shaft sensor (Valvetronic) failure from 100,000 km
The Valvetronic eccentric shaft sensor fails due to moisture and ageing. Fault code 2A31 is typical. The sensor costs approximately €275; installation requires opening the cam cover.
Symptoms: Rough idle; severe judder with light throttle input; increased fuel consumption (up to +30%); fault code 2A31; engine runs better with the sensor disconnected
+ 2 more engine weaknesses + vehicle weaknesses
The 258 hp top version of the N52 is one of the last large high-revving naturally aspirated engines from BMW: a magnesium-aluminium composite block that defines the class through extreme smoothness and a willingness to rev that drivers describe as 'like a sewing machine' — so even and effortless in its climb. Compared to the N54 turbo it sounds cleaner and more natural, without turbo hiss; instead a clear naturally aspirated note that fills out with increasing revs. Cold-start behaviour is impeccable; in daily use it runs nearly maintenance-free. Typical weaknesses: electric water pump (fails without warning, 80,000–150,000 km, preventive replacement recommended), Valvetronic eccentric shaft sensor (fault code, limp mode), VANOS solenoids with sludge build-up. Buying tip: check service history, as missed oil changes can permanently impair VANOS function.
- !! Electric water pump defective from 100,000 km
The N52 electric water pump is a known wear item. When it fails the engine overheats quickly. Recommended: preventive replacement when any abnormalities appear or from around 100,000 km.
Symptoms: Coolant temperature gauge rises quickly, coolant loss, audible pump malfunction, engine overheating. - !! Oil filter housing gasket — oil into coolant from 120,000 km
The gasket between the oil filter housing and the engine block ages and becomes porous, allowing oil into the coolant. Symptoms resemble a head gasket failure. Early replacement of both seals is recommended.
Symptoms: Oil film on the coolant; discoloured oil filler cap; coolant slightly foamy or brownish; no white exhaust smoke — a key differentiator from head gasket damage - !! Eccentric shaft sensor (Valvetronic) failure from 100,000 km
The Valvetronic eccentric shaft sensor fails due to moisture and ageing. Fault code 2A31 is typical. The sensor costs approximately €275; installation requires opening the cam cover.
Symptoms: Rough idle; severe judder with light throttle input; increased fuel consumption (up to +30%); fault code 2A31; engine runs better with the sensor disconnected
+ 2 more engine weaknesses + vehicle weaknesses
The N53B30 is the larger-displacement variant of the N53 family with three litres and between 258 and 272 hp depending on the tune. Technically it shares the stratified direct injection and all associated weaknesses with the smaller N53B25 — high-pressure pump and piezo injectors remain the critical components. Due to higher output and larger displacement, injection system faults tend to manifest earlier because components are under greater stress. The NOx storage catalyst is sensitive to high-sulphur fuel and can cause issues with frequent short-distance driving. On the positive side, it offers effortless pull across the entire rev range and typical BMW six-cylinder refinement. Cooling system components like water pump and thermostat are predictable wear items due around 100,000 km. When buying, always run a diagnostic scan — many injection problems leave fault codes before they become noticeable. A specimen with complete service history and short oil change intervals is worth its weight in gold.
- !! Piezo injectors defective (index-dependent) from 80,000 km
As with the N53B25, the N53B30 piezo injectors fail frequently, especially those with an index below 09. The unit price of new index-11 injectors was recently €290–370; nationwide supply shortages occurred.
Symptoms: Hesitation and misfires, hard acceleration surges, extended cold start (4–5 seconds), engine warning. - !! Electric water pump defective from 130,000 km
The Pierburg electric water pump typically fails between 120,000 and 150,000 km — the integrated control electronics fail first. Complete failure without warning is possible; overheating within minutes.
Symptoms: Sudden temperature spike, coolant warning message, engine warning light, cooling fan runs continuously, pump goes silent. - !! High-pressure pump defective from 100,000 km
The direct injection high-pressure pump fails and causes extended cold starts or hesitation under full load. Fault codes 2FBF, 2FBE are typical. Specialist workshop repair ~€400; BMW >€2,000.
Symptoms: Very extended cold start (several seconds), hesitation under hard acceleration, fault memory entry for fuel pressure.
+ 4 more engine weaknesses + vehicle weaknesses
BMW's first production twin-turbo straight-six — two small Garrett turbos instead of a single large twin-scroll as on the N55 successor. At idle a quiet metallic whisper; from 3,000 rpm the twin-turbo thrust arrives with a characteristic whistle the N55 doesn't have. No Valvetronic — boost pressure instead of variable valve lift. The high-pressure pump (HPFP) is the N54 issue: if it fails while driving, the engine stops. BMW carried out several recalls but never fully resolved the problem. Piezo injectors must be brought to the latest revision. Wastegate rattle on cold start is cosmetic; turbo bearing damage from neglected oil supply is not. Oil changes every 7,500 km, never BMW Longlife. Let the engine idle for 30 seconds after hard use — the turbos will thank you. Tuning: Stage 1 via software brings 400+ hp; well-built examples with 600+ hp are documented. Those who maintain the N54 get the most exciting BMW six-cylinder of its generation.
- !! High-pressure fuel pump (HPFP) failure from 50,000 km
A notorious problem on the first BMW turbocharged straight-six. The high-pressure pump loses delivery pressure and the engine goes into limp mode. Build years 2006–2010 most affected; several revisions made.
Symptoms: Hesitation, power loss, engine warning, engine stalls, extended cranking - !! Injector failure (index < 10) from 60,000 km
Piezo injectors from early revisions (index 1–9) are prone to failure. Misfires, rough running. Complete set per bank must be replaced.
Symptoms: Misfires, rough running, engine warning, elevated emissions - !! Turbocharger bearing failure from 120,000 km
Both turbochargers can suffer bearing damage from insufficient oil supply, blocked return lines, or hot shutdown after full-load driving. Metal swarf in the oil, risk of engine damage.
Symptoms: Blue smoke from the exhaust, oil in the intercooler and intake tract, whistling noise under load, significant power loss
+ 8 more engine weaknesses + vehicle weaknesses
4.0 litres and 306 hp — the most compact variant of the N62 family. Constructionally identical to the larger brothers: aluminium block, magnesium bedplate, Valvetronic, double VANOS. Sonically slightly more restrained than the 4.8, but still unmistakably V8. All known weaknesses — valve stem seals, coolant transfer pipe, Valvetronic wear — apply equally. Oil changes every 10,000–12,000 km instead of BMW Longlife significantly extends the life of all mechanical components.
- !! Valve stem seals harden — blue smoke after standing from 130,000 km
Rubber seals harden from ~130,000 km; oil passes the valve stems into the combustion chamber. Classic finding: blue smoke on cold start after standing. Special tool allows replacement without removing the camshafts.
Symptoms: Blue-white smoke from the exhaust on cold start and after idle periods. Increased oil consumption (0.5–1 L/1,000 km). No smoke when warm under load. - !! Coolant transfer pipe leaking — hidden coolant loss from 120,000 km
Aluminium pipe between the cylinder heads in the V seals with O-rings. These harden over time and coolant disappears without visible external leakage. Repair requires removal of the intake manifold.
Symptoms: Gradual coolant level drop without visible leakage. Sweet smell in the engine bay. Coolant warning light. In advanced stages risk of overheating. - !! Water pump — plastic impeller breaks from 150,000 km
The original plastic impeller can break at high mileage and spin freely — engine overheats without warning. Preventive replacement at 150,000 km with a metal impeller is recommended.
Symptoms: Engine temperature rises sharply and suddenly. Slight ticking at idle that disappears when driving. Coolant warning light. In extreme cases overheating damage.
+ 6 more engine weaknesses + vehicle weaknesses
Vehicle Weaknesses
| Weakness | Cost | |
|---|---|---|
| Tailgate wiring break (E61 Touring) Constant tailgate movement causes cable breaks at the body transition. Tail lights, rear wiper, and licence plate lights fail. BMW dealers charge up to 2,500 EUR, but repair kits make it much cheaper. Symptoms: Tail lights fail sporadically, rear wiper stops working, licence plate light defective, rear wiper stalls. from 100,000 km | Medium | |
| iDrive system overheats The iDrive infotainment system overheats due to a failed cooling fan — system no longer starts or runs with limited function. Fan runs continuously and drains the starter battery. Symptoms: iDrive unresponsive or won't start. Navigation, radio, and climate control through iDrive inoperable. Battery drains during extended standstill. from 100,000 km | Medium |
Test Reports
TÜV Report 2016
The 5 Series E60 shows a split MOT record: brakes and exhaust impress, while suspension and oil loss flag regularly.
2015-11ADAC Breakdown Statistics 2012
The E60 sits mid-table for breakdown frequency in its age class.
2012-04Top Reported Issues
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Explore more
Known Problems and Issues +
A total of 82 weaknesses have been documented for the BMW 5er E60 (2003–2010) — 73 engine-related and 9 vehicle-related. 8 problem engines: M47TUD20 (2.0L Diesel), M57D30 (3.0L Diesel), M57TUD30 (3.0L Diesel Biturbo), S85B50 (5.0L V10), N53B25 (2.5L DI), N53B30 (3.0L DI), N54B30 (3.0L Biturbo), N62B40 (4.0L V8). Typical issues affect Electronics, Suspension, Steering, Other.
5er (M57D30, 2003–2005) — Stay Away!: Timing chain stretched / chain tensioner defective, Turbocharger worn, Swirl flaps break off — risk of engine damage. Power: 211–218 PS.
5er (M57D30, 2004–2007) — Stay Away!: Timing chain stretched / chain tensioner defective, Turbocharger worn, Swirl flaps break off — risk of engine damage. Power: 177 PS.
5er (M57D30, 2004–2007) — Stay Away!: Timing chain stretched / chain tensioner defective, Turbocharger worn, Swirl flaps break off — risk of engine damage. Power: 163 PS.
5er (M57TUD30, 2004–2007) — Stay Away!: Timing chain stretched / chain tensioner defective, Swirl flaps break off (known risk), EGR cooler leaking — fire risk (recall). Power: 231–235 PS.
5er (M57TUD30, 2004–2007) — Stay Away!: Timing chain stretched / chain tensioner defective, Swirl flaps break off (known risk), EGR cooler leaking — fire risk (recall). Power: 272 PS.
5er (M47TUD20, 2005–2007) — Stay Away!: Timing chain stretches, Swirl flaps break off and fall into the engine, Cylinder head cracks (M47TU variant). Power: 163 PS.
5er (N52B25, 2005–2007) — Be Careful: Electric water pump defective, Eccentric shaft sensor (Valvetronic) failure, Oil filter housing gasket leaking — oil in coolant. Power: 177 PS.
5er (N52B25, 2005–2010) — Be Careful: Electric water pump defective, Eccentric shaft sensor (Valvetronic) failure, Oil filter housing gasket leaking — oil in coolant. Power: 211–218 PS.
5er (N52B30, 2005–2007) — Be Careful: Electric water pump defective, Oil filter housing gasket — oil into coolant, Eccentric shaft sensor (Valvetronic) failure. Power: 258 PS.
5er (N52B30, 2005–2010) — Be Careful: Electric water pump defective, Oil filter housing gasket — oil into coolant, Eccentric shaft sensor (Valvetronic) failure. Power: 211–218 PS.
5er (N62B40, 2005–2010) — Stay Away!: Valve stem seals harden — blue smoke after standing, Coolant transfer pipe leaking — hidden coolant loss, Water pump — plastic impeller breaks. Power: 306 PS.
5er (S85B50, 2007–2010) — Stay Away!: Connecting rod bearings — critical wear issue, VANOS high-pressure pump — bearing failure, Throttle body actuators — plastic gears break. Power: 507 PS.
5er (N52B30, 2007–2010) — Be Careful: Electric water pump defective, Oil filter housing gasket — oil into coolant, Eccentric shaft sensor (Valvetronic) failure. Power: 204–211 PS.
5er (N53B25, 2007–2010) — Stay Away!: Piezo injectors defective (chronic issue), Electric water pump defective, High-pressure pump defective. Power: 204–211 PS.
5er (N53B30, 2007–2010) — Stay Away!: Piezo injectors defective (index-dependent), Electric water pump defective, High-pressure pump defective. Power: 272 PS.
5er (N54B30, 2007–2010) — Stay Away!: High-pressure fuel pump (HPFP) failure, Injector failure (index < 10), Turbocharger bearing failure. Power: 306 PS.
What to watch out for with the BMW 5er? See the detailed listing of all engine and vehicle weaknesses in the sections above.
Frequently Asked Questions
What problems and weaknesses does the BMW 5er E60 have? +
What should I look for when buying a used BMW 5er E60? +
Which engine is recommended? +
Which BMW 5er E60 engine is the most fun? +
Is the BMW 5er E60 worth buying used? +
What horsepower variants are available for the BMW 5er E60? +
Last updated: February 2026 · All information without guarantee