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VW Touran 1(1T)

Weaknesses, engine ratings and buying advice

1.8 / 5.0 · Based on 12 engine variants · How we rate

The Touran I is the family van that set the benchmark — over one million registrations in Germany alone, twelve years of production (2003–2015), and still ubiquitous on the used market. Built on the Golf V platform (PQ35), it offers up to seven seats on a compact footprint.

Engine-wise, diesel is king: The 1.9 TDI PD is the most proven powertrain in the Touran — robust, frugal, with unit injector technology good for 300,000 km and beyond. The CFFB (2.0 TDI CR, 140 hp) from the facelift is more modern and quieter, but Dieselgate-affected (EA189 — demand proof of software update). The CAXA (1.4 TSI, 122 hp) is the sensible petrol choice, though timing chain inspection is mandatory on pre-2009 models. Avoid the BSE (1.6 MPI, 102 hp) as a first engine — too weak for the Touran's weight, high consumption relative to output. The BLF (1.6 FSI, 115 hp) has the known FSI issues with high-pressure pump and carbon buildup.

Three things dominate every Touran buying guide: First, rear springs — a PQ35 platform problem that causes springs to fracture and potentially damage tires. On the test drive, check for a sagging rear end and clunking noises. Second, rust on sills and front wheel arches, especially on pre-2006 models (before improved cavity protection). Third, water ingress: tailgate, sunroof drains, and the cowl area are the usual suspects — wet floor mats or mold smell are immediate red flags.

Test drive: Check the rear axle for clunking (spring fracture!). Launch the DSG from standstill, feel for juddering. Check trunk and footwells for moisture. Inspect sills and front wheel arches for rust.

Market 2026: The Touran I is the classic family workhorse — affordable, parts-friendly, and universally known. Pre-facelift from $2,200, facelift from $4,500, late examples (2010–2015) around $6,500–$13,000.

Insider pick: A 2.0 TDI CFFB facelift (from 2010) with manual gearbox and service history is the safest bet. DSG only with proven oil changes every 40,000 miles.

Most Fun Engine

140 PS

Touran · Diesel

Sensible family TDI

Decent
Most Reliable Engine

102 PS

1.6L MPI Benzin

6 weaknesses

Good Choice
Problem Engine

105–110 PS

1.6L TDI Diesel

12 weaknesses

Stay Away!

Generations


Engine Overview

The VW Touran 1 is available with 9 engine variants — from 75 to 170 hp. 3 variants had engine changes — the model year is crucial.

1.6L TDI · Diesel· 90–110 PS Engine Change
2010 2015

EA189 1.6 TDI with 105 hp — best-selling diesel in the Golf VI. Dieselgate recall directly affects this engine. After update, many report increased EGR wear and sluggish performance. DPF clogging on short trips is the core issue. Injectors can leak at high mileage. Despite everything: with highway profile a frugal engine lasting 300,000 km.

  • !! Timing belt oil pump drive wear from 180,000 km

    The CAYC has a separate timing belt for the oil pump drive. If the main timing belt service (every 210,000 km/10 years) is neglected, engine damage can result. Total timing belt replacement including oil pump belt is substantial.

    Symptoms: Engine noises on cold start, engine failure on belt break, no oil pressure build-up
    800–1,400 $
  • !! EGR valve wear and failure from 100,000 km

    EGR valve clogs with soot deposits, especially with short-trip use. After the Dieselgate software update the increased EGR rate significantly accelerated failures — defects documented from 78,000 km.

    Symptoms: Black exhaust smoke, power loss, engine hesitates especially below 50 km/h, limp mode with fault code 'EGR valve defective'.
    800–1,800 $
  • !! Mandatory emissions software update (Dieselgate EA189)

    The CAYC 1.6 TDI 105hp EA189 is affected by the VW emissions scandal. Mandatory software update was rolled out. Without update, deregistration is threatened. Update can promote EGR valve problems.

    Symptoms: Administrative issue — no direct driving symptoms before update

+ 9 more engine weaknesses + vehicle weaknesses

2010 2011

EA189 1.6 TDI with 75 hp in the Polo V — frugal base diesel. Same technology as CAYC in the Golf but lower power. Dieselgate recall affected. EGR cokes on short trips, DPF regeneration cannot complete with city-only driving. More than adequate for the Polo and extremely frugal on highways. Don't stretch oil to longlife intervals.

  • !! Injector premature failure from 110,000 km

    All four injectors on the 1.6 TDI CAYB can fail together around 100,000 km. Since Bosch/Siemens does not offer individual replacement, all four must be changed at once. Poor fuel quality significantly accelerates wear.

    Symptoms: Hesitation on acceleration, exhaust smoke, starting problems, rough idle, increased fuel consumption
    1,200–3,000 $
  • !! Mandatory emissions software update (Dieselgate EA189)

    The CAYB 1.6 TDI EA189 is affected by the VW emissions scandal. Mandatory software update was rolled out (action 23R7). Without update, deregistration is threatened. Update can promote EGR problems.

    Symptoms: Administrative issue — no direct driving symptoms before update
  • !! EGR valve failed after software update from 80,000 km

    After the diesel mandatory update the EA189 1.6 TDI shows an increased EGR valve failure rate. Black smoke, power loss and engine warning are typical. Repair approx. €500–1,000.

    Symptoms: Black exhaust smoke, power loss, MIL, engine stumbling
    300–1,000 $

+ 4 more engine weaknesses + vehicle weaknesses

1.9L TDI PD · Diesel· 101–105 PS
2003 2010

EA188 1.9 TDI PD with 105 hp — the last great 1.9 TDI in the Golf V. Unit injector tech creates extreme stress on camshafts and hydraulic lifters. PD elements can seize in aluminum head causing leaks. Cold start judder with worn injector elements. DMF wears from harsh PD torque pulses. With consistent 15,000 km oil changes a long-lasting frugal engine to 300,000 km.

  • !! PD unit injectors worn from 180,000 km

    The PD unit injectors wear from around 150,000–190,000 km and cause hesitation and power loss between 2,000–3,000 rpm. A single injector replacement costs €600; a full set up to €2,400.

    Symptoms: Hesitation and power loss mainly between 2,000–3,000 rpm, difficult cold starts
    600–2,400 $
  • !! Conrod bearing failure from 160,000 km

    Isolated conrod bearing failures on the BJB/BLS/BXE variant caused by material defects and irregular oil changes. Damage occurred at around 157,000 km, resulting in engine failure.

    Symptoms: Progressively louder engine knock, oil pressure warning light, in the worst case a loud bang from the engine
    2,000–6,000 $
  • !! Conrod bearing cavitation damage — engine failure without warning from 150,000 km

    Similar to BLS and BXE: individual connecting rod bearings on the BJB show cavitation erosion from material weakness; metal particles in the oil can cause follow-on bearing damage and catastrophic engine failure.

    Symptoms: Dull knocking from under the bonnet that gets louder, oil pressure drop, in extreme cases conrod failure
    3,000–7,000 $

+ 2 more engine weaknesses + vehicle weaknesses

2.0L TDI CR · Diesel· 136–140 PS
2010 2015

EA189 2.0 TDI CR with 140 hp — common rail variant in the Golf VI. Dieselgate recall affected. Same weaknesses as CBAB but less thermal stress from lower power. EGR valve cokes, especially after Dieselgate software update. DPF problematic on short trips. Dual mass flywheel wears with city driving. For highway drivers a proven and frugal powertrain.

  • !! EA189 Dieselgate recall CFFB 103 kW

    The CFFB (103 kW) as an EA189 variant is mandatorily subject to recall. Mandatory software update increases EGR activation, leading to increased EGR loading in heavier vehicles and short-trip use.

    Symptoms: Increased NOx emissions, after update: EGR fault codes, black smoke, increased fuel consumption
    0–1,000 $
  • !! EGR cooler leaking (EA189) from 120,000 km

    The CFFB (EA189) shows known problems with the EGR cooler which can direct coolant into the intake tract. Fault code P2425 (EGR cooling valve). This can lead to engine damage.

    Symptoms: Sporadic white smoke, coolant loss without visible escape, fault code P2425, rough running
    600–1,500 $
  • !! Defective clutch pressure plate from 80,000 km

    Specifically for the CFFB with 140hp individual cases of defective clutch pressure plates have been documented. Workshop costs for clutch replacement on the Q3 are approx. €2,000.

    Symptoms: Clutch slip, juddering on pull-away, grinding noise, clutch engages unevenly or late
    800–2,000 $

+ 4 more engine weaknesses + vehicle weaknesses

2.0L TDI PD · Diesel· 136–170 PS Engine Change
2004 2010

EA188 2.0 TDI PD with 140 hp — unit injector technology with known cylinder head cracking. Hairline cracks between valves are the BKD main issue: coolant loss as first symptom, massively documented in forums. PD elements create extreme stress on camshafts and hydraulic lifters — short oil change intervals (max 15,000 km) are survival-critical. Dual mass flywheel wears from harsh torque pulses. Despite weaknesses: with care a strong and frugal engine.

  • !! Hairline cracks in the cylinder head BKD 2.0 TDI from 100,000 km

    The BKD is considered the most problematic PD TDI. Hairline cracks in the cylinder head cause coolant loss, visible as water in the oil. Repair costs for a new cylinder head are €2,300–4,000.

    Symptoms: White exhaust smoke, coolant loss without visible external leak, mayonnaise formation on the oil cap
    1,800–4,000 $
  • !! PD unit injector failure BKD from 100,000 km

    The BKD's PD unit injectors can wear or fail between 80,000–150,000 km. The Seat Altea/Toledo with BKD is frequently affected. Repair costs including cylinder head work for up to four defective units can exceed €4,000.

    Symptoms: Rough idle, black smoke, difficult cold start, severe diesel knock on warm start
    1,000–4,500 $
  • !! Timing belt snap with engine destruction BKD from 150,000 km

    The BKD timing belt must be replaced every 150,000 km. A snap causes total engine destruction. Replace the water pump and tensioner at the same time. Risk is elevated on vehicles without a service history.

    Symptoms: Sudden engine failure, engine won't start, metallic noise after belt snap
    400–800 $

+ 6 more engine weaknesses + vehicle weaknesses

2006 2010

EA188 2.0 TDI PD with 170 hp in the Golf V GTD — sporty diesel with high injection pressure. Same PD tech as BJB/BKD but more stressed from higher output. Camshaft lobes wear faster — rattle at cold start as early warning. PD elements and head under higher thermal stress. DMF due earlier from higher torque. Strong diesel demanding meticulous oil care.

  • !! Piezo PD unit failure BMN 170 PS from 100,000 km

    The BMN (PD 170 PS) uses piezo PDEs which fail more often than the simpler solenoid PDEs in lower-output variants. VW dealers cleaned them by ultrasonic bath (approx. €350); with heavier damage a full replacement is needed.

    Symptoms: Rough idle and hesitation on throttle, black exhaust, difficult cold start, cylinder misfire
    1,500–5,000 $
  • !! Timing belt failure BMN 2.0 TDI PD from 150,000 km

    A snapped timing belt on the BMN causes immediate engine failure. Interval is 150,000 km, but an earlier change is advisable on vehicles without complete service history. Cylinder head bolt cracks have been documented on early BMN engines.

    Symptoms: Sudden engine stall, engine noises when timing belt snaps
    400–800 $
  • !! Piezo PD unit failure — BMN-specific problem from 100,000 km

    The BMN 2.0 TDI 170 PS with piezo PD units is particularly susceptible to injector failures. Seat initiated a workshop campaign (23K1) for model years 2006–2009.

    Symptoms: Hesitation and stuttering, power loss, engine warning light, cold starting difficulties
    800–2,800 $

+ 2 more engine weaknesses + vehicle weaknesses

1.2L TSI · Petrol· 105–110 PS
2010 2015

EA111 1.2 TSI with 105 hp — stronger variant. Same timing chain problem as CBZA: pre-June 2011 critical, revised tensioner after. Oil consumption documented, turbo bearing wear at high mileage possible. Camshaft adjuster wear. Intake valves coke from direct injection. When buying: chain repair history and production date before/after June 2011 decisive.

  • !! Timing chain stretch EA111 1.2 TSI (critical) from 60,000 km

    The timing chain on the CBZB (1.2 TSI, 105hp) stretches from manufacturing defects from as early as 30,000–40,000 km. Defective tensioners and guides increase engine damage risk. Particularly susceptible before 2011.

    Symptoms: Rattling on cold start (first 5 seconds), MIL, rough idle
    800–2,500 $
  • !! Turbocharger damage from 100,000 km

    The CBZB turbocharger is susceptible to premature wear, especially with oil consumption or insufficient oil changes. Whistling noises and power loss are early signs.

    Symptoms: Whistling noise, power loss, increased oil consumption, bluish smoke
    800–2,500 $
  • !! Timing chain stretch and tensioner failure from 60,000 km

    Engines before October 2011 (CBZA/CBZB/CBZC) are inherently susceptible to timing chain stretch from defective tensioners and worn guide rails. Damage from 30,000 km possible.

    Symptoms: Metallic rattling on cold start, rough idle, in extreme cases engine failure from chain skip.
    800–1,500 $

+ 6 more engine weaknesses + vehicle weaknesses

1.4L TSI · Petrol· 122 PS
2010 2015

EA111 1.4 TSI with 122 hp — the standard petrol in the Golf VI. Timing chain instead of belt, but chain can stretch at high mileage. VW revised the tensioner in 2011 — earlier models more critical. Turbo generally durable but wastegate can seize. Oil consumption from worn valve stem seals at medium mileage. Ignition coils are a known wear item across EA111 variants. Solid daily engine with regular maintenance.

  • !! Timing chain prematurely worn EA111 from 60,000 km

    The 1.4 TSI CAXA shares the timing chain weakness of all EA111 TSI engines. Tensioner and guides fail prematurely. Rattling on cold start is an early warning sign. Do not ignore.

    Symptoms: Rattling on cold start, MIL, in worst case engine damage
    800–2,500 $
  • !! Timing chain stretched / tensioner failed from 80,000 km

    Too-narrow timing chain with weak tensioner stretches from approx. 60,000–100,000 km. Fault code P0016 is typical. If the chain skips, pistons hit valves — total engine failure.

    Symptoms: Metallic rattling on cold start, MIL with P0016, occasional misfires, power loss under load
    900–1,800 $
  • !! Increased oil consumption from 80,000 km

    The 1.4 TSI CAXA consumes above-average amounts of oil, typically from piston rings and turbocharger. Check oil level monthly between service intervals.

    Symptoms: Oil consumption >0.5 L/1,000 km, bluish smoke on acceleration
    500–2,500 $

+ 2 more engine weaknesses + vehicle weaknesses

1.4L TSI Twincharger · Petrol· 160–170 PS Engine Change
2006 2010

EA111 1.4 TSI Twincharger with 170 hp — strongest twin-charge variant. Same tech as BMY but higher output means more stress. Chain and clutch problems identical. Piston stress extreme at 121 hp/liter — early piston failure at full load. Short oil intervals and no chip tuning recommended.

  • !! Timing chain stretches prematurely from 60,000 km

    Timing chain and chain tensioner of the early EA111 TSI are undersized. Chain stretch causes timing offset; in extreme cases valves contact pistons.

    Symptoms: Rattling on cold start, rough idle, MIL with camshaft correlation error
    800–2,000 $
  • !! Piston damage from pre-ignition from 90,000 km

    Under high load and low rpm, uncontrolled pre-ignition (LSPI) can cause piston damage. Particularly affects vehicles with chip tuning or low-quality fuel.

    Symptoms: Metallic knocking under full load, power loss, compression loss on one cylinder
    2,500–5,000 $
  • !! Supercharger clutch wears out from 100,000 km

    The electromagnetic clutch of the supercharger wears out and no longer engages reliably. Power gap in the lower rev range as only the turbo is still working.

    Symptoms: Power gap below 2,500 rpm, no longer audible supercharger whine, sluggish takeoff
    500–1,200 $

+ 2 more engine weaknesses + vehicle weaknesses

2010 2015

The 1.4 TSI Twincharger combines a Roots supercharger and turbocharger — unique engineering, but double the complexity: timing chain, supercharger clutch, and pistons are the critical points. Structurally defective pistons were fitted until 2012 (part number 03C107065CK as replacement). Regular oil changes every 10,000 km with approved oil are absolutely critical.

  • !! Timing chain stretches — engine damage risk from 60,000 km

    The EA111 CAVD is notorious for premature timing chain stretch. Defective tensioners and worn guide rails can cause chain elongation from as little as 40,000–60,000 km. If the chain skips, immediate engine damage results. VW only solved the problem with the EA211 (timing belt).

    Symptoms: Rattling noise on cold start, MIL, rough running, in worst case abrupt shutdown
    800–2,500 $
  • !! Piston ring land failure and massive oil consumption from 80,000 km

    All CAVD engines up to 2012 have structurally defective pistons. Under thermal load the ring land breaks; piston rings lose their sealing function. Oil consumption of 1 litre/1,000 km and more is typical. Repair with piston replacement costs €1,500–4,000.

    Symptoms: Blue smoke from exhaust, rapidly increasing oil loss, oil consumption above 0.5 L/1000 km, power loss
    1,500–4,000 $
  • !! Supercharger magnetic clutch failed from 100,000 km

    The magnetic clutch that engages and disengages the Roots supercharger fails prematurely. Fault code 04269 (magnetic clutch for mechanical charger). Repair: €450–680 including fitting.

    Symptoms: No pull in the lower rev range below 2,500 rpm, normal power above (turbo alone), fault code 04269, rattling from engine bay
    350–750 $

+ 3 more engine weaknesses + vehicle weaknesses

1.6L FSI · Petrol· 116 PS
2003 2006

EA113 1.6 FSI naturally aspirated with 115 hp — direct injection variant in the Golf V. High-pressure pump (HDP) is the FSI core problem: fault code 17428, E10 fuel accelerates wear. Intake valves coke from DI without port wetting. NOx sensor faults documented. More problems than the simpler BGU MPI with barely more power.

  • !! Timing chain and camshaft adjuster wearing from 100,000 km

    The BAG 1.6 FSI suffers from premature wear of the timing chain, tensioner and camshaft adjuster. Particularly with long-life oil intervals and short-trip use. Full repair costs 800–1,800 €.

    Symptoms: Rattle on cold start (disappears after a few seconds), engine warning light for camshaft sensor, rough running
    800–1,800 $
  • !! Timing chain + camshaft adjuster — rattle, engine damage possible from 90,000 km

    From approximately 90,000 km the BAG timing chain stretches, camshaft adjusters and chain tensioner wear. Rattle after starting is an early warning; if ignored, chain jumping and expensive engine damage are at risk.

    Symptoms: Brief rattle after starting, rough idle, engine warning light, occasional power loss
    800–1,500 $
  • !! High-pressure pump leaking or defective from 120,000 km

    The 1.6 FSI uses petrol direct injection with a high-pressure pump. On failure, starting problems and irregular running result. Replacement pump costs 300–600 €.

    Symptoms: Difficult cold start, irregular idle, power loss, fuel smell from leak
    300–800 $

+ 2 more engine weaknesses + vehicle weaknesses

1.6L MPI · Petrol· 102 PS
2003 2010

The 1.6 MPI is a bread-and-butter engine from the EA827 family — no surprises, but zero tolerance for timing belt neglect. Change interval 120,000 km or ten years, tensioner pulley must always be replaced with it. Valve stem seals become porous around 100,000 km causing blue smoke on cold starts — repair requires partial head disassembly (€400–900). The crankcase ventilation (PCV membrane) tears over time, indicated by oil mist in the air filter housing. Thermostat occasionally fails, overheating risk if ignored. Overall a robust engine that rewards consistent maintenance.

  • !! Observe timing belt replacement interval from 90,000 km

    The BSE 1.6 MPI 75hp is a robust naturally aspirated engine, but as an interference engine a timing belt failure will cause expensive engine damage. Replace every 90,000 km or 5 years. Very durable with proper servicing.

    Symptoms: Sudden engine shutdown without warning
    300–700 $
  • !! Timing belt idler pulley hardens — belt failure risk from 90,000 km

    Timing belt idler pulleys can harden prematurely and cause belt failure. The replacement interval was therefore shortened from 120,000 to 90,000 km. Always replace rollers and water pump at the same time.

    Symptoms: Squealing from belt drive, sudden engine shutdown, valve damage after belt failure
    300–700 $
  • ! Valve stem seals porous — oil consumption from 150,000 km

    With increasing age, the valve stem seals of the BSE 1.6 MPI become porous and cause oil consumption. Not a piston ring problem, so no engine overhaul needed. Repair is labour-intensive (cylinder head must be partially disassembled).

    Symptoms: Blue smoke on start, increased oil consumption (>0.3 l/1,000 km), oil smell from exhaust
    400–1,200 $

+ 3 more engine weaknesses + vehicle weaknesses

Vehicle Weaknesses

WeaknessCost
!Rear axle spring fracture

The rear coil springs frequently break at the lowest coil due to corrosion. The problem occurs from around 80,000 km, but has also been documented at 38,000 km. Replace both sides simultaneously.

Symptoms: Knocking or scraping noise from the rear; vehicle sitting lower on one side; unsettled handling
from 90,000 km
Low

Test Reports

tuev

TÜV Report 2022

Below average

The first Touran scores below average at MOT and frequently fails due to rust, broken springs and leaking dampers.

2021-11
pannenstatistik

ADAC Breakdown Statistics 2022

Average

The Touran I shows an average result in breakdown frequency for its class.

2022-03

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Known Problems and Issues +

A total of 90 weaknesses have been documented for the VW Touran 1 (2003–2015) — 81 engine-related and 9 vehicle-related. 8 problem engines: BLG (1.4L TSI Twincharger), CAXA (1.4L TSI), BKD (2.0L TDI PD), BMN (2.0L TDI PD), CBZB (1.2L TSI), CAVD (1.4L TSI Twincharger), CAYC (1.6L TDI), CAYB (1.6L TDI). Typical issues affect Suspension, Gearbox, Electronics, Rust. Considered reliable: BSE (1.6L MPI).

Touran (BJB, 2003–2010) — Be Careful: PD unit injectors worn, Conrod bearing failure, Conrod bearing cavitation damage — engine failure without warning. Power: 101–105 PS.

Touran (BKD, 2004–2010) — Stay Away!: Hairline cracks in the cylinder head BKD 2.0 TDI, PD unit injector failure BKD, Timing belt snap with engine destruction BKD. Power: 136–140 PS.

Touran (BMN, 2006–2010) — Stay Away!: Piezo PD unit failure BMN 170 PS, Timing belt failure BMN 2.0 TDI PD, Piezo PD unit failure — BMN-specific problem. Power: 170 PS.

Touran (CAYC, 2010–2015) — Stay Away!: Timing belt oil pump drive wear, EGR valve wear and failure, Mandatory emissions software update (Dieselgate EA189). Power: 105–110 PS.

Touran (CFFB, 2010–2015) — Be Careful: EA189 Dieselgate recall CFFB 103 kW, EGR cooler leaking (EA189), Defective clutch pressure plate. Power: 136–140 PS.

Touran (CAYB, 2010–2011) — Stay Away!: Injector premature failure, Mandatory emissions software update (Dieselgate EA189), EGR valve failed after software update. Power: 90 PS.

Touran (BAG, 2003–2006) — Be Careful: Timing chain and camshaft adjuster wearing, Timing chain + camshaft adjuster — rattle, engine damage possible, High-pressure pump leaking or defective. Power: 116 PS.

Touran (BLG, 2006–2010) — Stay Away!: Timing chain stretches prematurely, Piston damage from pre-ignition, Supercharger clutch wears out. Power: 170 PS.

Touran (CAXA, 2010–2015) — Stay Away!: Timing chain prematurely worn EA111, Timing chain stretched / tensioner failed, Increased oil consumption. Power: 122 PS.

Touran (CBZB, 2010–2015) — Stay Away!: Timing chain stretch EA111 1.2 TSI (critical), Turbocharger damage, Timing chain stretch and tensioner failure. Power: 105–110 PS.

Touran (CAVD, 2010–2015) — Stay Away!: Timing chain stretches — engine damage risk, Piston ring land failure and massive oil consumption, Supercharger magnetic clutch failed. Power: 160 PS.

What to watch out for with the VW Touran? See the detailed listing of all engine and vehicle weaknesses in the sections above.

Frequently Asked Questions

What problems and weaknesses does the VW Touran 1 have? +
The VW Touran 1 has 81 known engine weaknesses and 9 vehicle weaknesses.
What should I look for when buying a used VW Touran 1? +
faq.watch_a_avoid faq.watch_a_rec
Which engine is recommended? +
Good choice: BSE (1.6L MPI). The most reliable engine is the BSE (1.6L MPI) with the lowest risk score. The most fun to drive is the CFFB (2.0L TDI CR). Problem engine: CAYC (1.6L TDI) — stay away!
Which VW Touran 1 engine is the most reliable? +
The {code} ({displacement}) is the most reliable engine in the VW Touran 1. It has the lowest risk score of all available engines and is rated "Good Choice". However, there are 6 known weaknesses to be aware of.
Which VW Touran 1 engine is the most fun? +
The {code} ({displacement}) offers the most driving fun in the VW Touran 1 — rated: "Decent". {description} The 2.0 TDI CFFB with 140 hp is the more reliable generation in the Touran. Solid engine for daily use.
Is the VW Touran 1 worth buying used? +
Caution is advised with the VW Touran 1 — 8 of 12 engine variants are rated 'Stay Away!'. The engine choice is crucial.
What horsepower variants are available for the VW Touran 1? +
The VW Touran 1 is available with engine variants from 75 to 170 hp. Petrol: BLG (1.4L TSI Twincharger), CAXA (1.4L TSI), BAG (1.6L FSI), CBZB (1.2L TSI), CAVD (1.4L TSI Twincharger), BSE (1.6L MPI). Diesel: BJB (1.9L TDI PD), BKD (2.0L TDI PD), BMN (2.0L TDI PD), CAYC (1.6L TDI), CFFB (2.0L TDI CR), CAYB (1.6L TDI).

Last updated: February 2026 · All information without guarantee