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VW · Pickup Truck · 2010–2020 Custom Search

VW Amarok 1

Weaknesses, engine ratings and buying advice

2.7 / 5.0 · Based on 7 engine variants · How we rate

The Amarok I is VW's only pickup — positioned from 2010 to 2022 as a premium alternative to the Ford Ranger and Toyota Hilux. Initially built in Argentina (caution: poorer rust protection), from 2012 in Hanover.

Diesel dominates: The CNFB (2.0 TDI, 140 hp) is the robust base engine — check EA189 Dieselgate status, but fundamentally long-lived (400,000+ km documented). The CNEA (2.0 BiTDI, 180 hp) is the most popular — powerful but check the EGR cooler before purchase (CO₂ test in coolant). The V6 3.0 TDI from 2016 is the crown jewel. The CFPA (2.0 TSI petrol) exists only for export markets.

Pickup-typical weaknesses: leaf springs squeak under load, driveshaft vibrates from 100,000 km, brake wear higher in towing. For the automatic (ZF 8HP): watch for 3rd gear judder — repair $5,500–$11,000. Rust on hood and sills on Argentine builds (2010–2011).

Test drive: Cold start — listen for chain rattle. Check coolant reservoir for oily residue (EGR cooler!). Warm up automatic — 3rd gear judder = ZF warning. Highway: vibrations from 80 km/h = driveshaft.

Market 2026: Base from $13,000, BiTDI from $27,000, V6 Aventura $38,000–$60,000.

Insider pick: A CNEA (BiTDI 180 hp) from Hanover production (2012+) with documented EGR cooler check.

Most Fun Engine

258 PS

Amarok · Diesel

Most powerful Amarok

Fun to Drive!
Problem Engine

160 PS

2.0L TSI Benzin

5 weaknesses

Stay Away!

Engine Overview

The VW Amarok 1 is available with 6 engine variants — from 140 to 258 hp. 1 variants had engine changes — the model year is crucial.

2.0L BiTDI · Diesel· 179 PS
2011 2016

The CNEA is the BiTDI with 180 hp — the most popular engine in a pick-up line for towing and off-road use. Two sequential turbochargers deliver strong pull, but the biturbo system is maintenance-intensive. The critical issue is the EGR cooler: internal corrosion allows coolant into the exhaust tract — gradual loss, worst case cylinder head damage. CO₂ test in the coolant recommended before purchase. Oil lines to the turbochargers can leak — oil traces in the engine bay as a warning. With consistent oil changes (every 15,000 km) and regular EGR checks, a powerful long-distance engine.

  • !! EGR Cooler Internal Corrosion — Engine Damage Risk from 130,000 km

    EGR cooler corrodes internally; coolant enters the combustion chamber without any external leakage. The Amarok's cooling system geometry prevents early detection. The cylinder head warps unnoticed.

    Symptoms: Coolant loss without visible leak, rising oil consumption, white smoke
    800–3,500 $
  • !! Oil Feed Hoses to Turbos Leaking from 100,000 km

    Flexible sections of the oil feed pipes to both turbochargers develop leaks. Oil starvation can cause turbo damage.

    Symptoms: Oil spots beneath the turbos, oil smell under load, slightly elevated oil consumption
    150–600 $
  • !! Leaking Injectors from 150,000 km

    Leaking common-rail injectors cause rough running, increased fuel consumption and elevated soot output with downstream problems in DPF and EGR.

    Symptoms: Rough idle, black exhaust plume, frequent DPF regeneration
    800–2,400 $

+ 2 more engine weaknesses + vehicle weaknesses

2.0L TDI · Diesel· 140 PS
2010 2016

The CNFB is the base TDI in a pick-up line — an EA189 with 140 hp and common rail injection. Fundamentally robust and good for 300,000+ km (documented up to 415,000 km). Dieselgate-affected: check update status by VIN. EGR valve on pre-late-2012 models prone to coking. DPF regeneration needs highway driving — pure towing with frequent stops can clog the filter. Injectors leak at high mileage — increased consumption and soot as symptoms. Timing chain long-lived with proper oil quality, but check from 200,000 km.

  • !! EGR Cooler Leaking from 120,000 km

    The EGR cooler fails internally — coolant enters the exhaust system or engine. The absence of external leakage masks the problem. Can lead to cylinder head damage.

    Symptoms: Coolant loss without visible leak, white smoke, rising temperature, sweet smell
    480–1,200 $
  • !! Leaking Injectors from 150,000 km

    Common-rail injectors develop leaks causing rough running, increased fuel consumption and elevated soot output. Downstream effect: DPF and EGR load increases significantly.

    Symptoms: Rough running, black smoke, increased fuel consumption, more frequent DPF regeneration
    800–2,400 $
  • !! DPF Clogging on Short Trips from 100,000 km

    Short trips and off-road use prevent complete DPF regeneration. Filter clogs, power drops, and limp mode activates. As a workhorse it is affected more frequently than passenger cars.

    Symptoms: Power loss, increased fuel consumption, engine warning light, limp mode
    300–1,800 $

+ 2 more engine weaknesses + vehicle weaknesses

3.0L V6 TDI · Diesel· 163–258 PS Engine Change
2016 2020

The 3.0L V6 TDI in the 150 kW variant from the EA897 family. A refined six-cylinder diesel in a pickup: smooth operation, commanding pull, and reasonable consumption for a vehicle of this class. Timing chain on the gearbox side — long-lived but labor-intensive to replace. DPF regeneration needs regular load: short trips clog the filter faster than expected. EGR cooler is a recall issue on some model years. AdBlue system can trigger start lockout if NOx sensor or dosing module fails. With proper care, a very long-lived drivetrain.

  • !! Rear Timing Chain Elongated from 180,000 km

    The timing chain sits at the rear of the engine block internally — gearbox removal required to replace it. When stretched it rattles on cold start. Caught early, replacement costs approx. 3,000–4,000 euros; chain jump risks total engine failure.

    Symptoms: Metallic rattle on cold start after standing, reduces at operating temperature; camshaft fault code
    2,500–4,500 $
  • !! Turbocharger Damage Under Towing Load from 200,000 km

    When used as a tow vehicle under full load with neglected oil changes, the turbocharger can fail prematurely. Bearings destroyed by inadequate lubrication; blade fracture possible.

    Symptoms: Whistling or whirring noise from engine bay, blue or white smoke, power loss, oil loss
    1,200–3,000 $
  • !! Injectors Leaking from 160,000 km

    Injector seals fail; fuel leaks uncontrollably into the combustion chamber or back into the return. Return quantity measurement via VCDS recommended for diagnosis.

    Symptoms: Rough running, cold start problems, fuel smell, increased consumption, scorch marks at the injector
    800–3,000 $

+ 4 more engine weaknesses + vehicle weaknesses

2016 2020

The mid-range V6 TDI in this pickup range — 3.0 liters, 150 kW. The sweet spot of the engine range: enough power for daily use with loads, without the top version's premium. Same technology as DDXA and DDXE, only the mapping differs. A competent drivetrain that remains refined under load. Plan for EGR cleaning with short-trip profiles. AdBlue consumption in commercial use higher than in passenger car duty.

  • !! Timing Chain — Rear Engine Position, Costly Replacement from 180,000 km

    Timing chain at the rear of the engine — replacement only with gearbox removal. 224 hp variant more affected due to higher sustained load.

    Symptoms: Rattle on cold start, getting louder over time
    2,500–4,500 $
  • !! Camshaft defect — production fault

    Same camshaft defect as DDXA. Affects production until serial DDX 076795. VW replaces under goodwill.

    Symptoms: Engine clatter, rough running, warning light
    1,500–4,000 $
  • !! EGR Coking — Power Loss and Limp Mode from 120,000 km

    Identical EGR system to DDXA/DDXE. Soot deposits in valve and cooler lead to Limp Mode. 224 hp variant tends to be more affected due to higher sustained load.

    Symptoms: Power loss, stumbling, P0401 fault code, Limp Mode
    400–1,400 $

+ 3 more engine weaknesses + vehicle weaknesses

2017 2020

The base V6 TDI in this pickup range — 3.0 liters, 120 kW. Same EA897 architecture as the DDXB but with smaller turbo and detuned mapping. Adequate for light commercial use, noticeably underpowered with heavy loads and trailers. All EA897 strengths apply: refined six-cylinder operation, good torque from low RPM. Weaknesses: EGR, DPF with short trips, AdBlue system. Rear timing chain, replacement laborious but rarely needed.

  • !! Timing Chain Rattling on Cold Start from 180,000 km

    The V6 TDI timing chain is located at the rear of the engine. When stretched it rattles on cold start. Repair requires gearbox removal — costs 2,500–4,500 euros.

    Symptoms: Metallic rattle on cold start, disappears at operating temperature
    2,500–4,500 $
  • !! Camshaft defect — production fault

    Defective camshafts from insufficient hardening affect DDX engines until approx. Nov 2018. VW replaces all 4 camshafts.

    Symptoms: Engine clatter, power loss, warning light
    1,500–4,000 $
  • !! EGR Valve and Cooler Soot Coking from 120,000 km

    The V6 TDI EGR system tends to accumulate heavy soot deposits. Clogged valves and coolers lead to power loss and Limp Mode.

    Symptoms: Power loss, Limp Mode, increased consumption, stumbling, P0401/P0402
    400–1,400 $

+ 2 more engine weaknesses + vehicle weaknesses

2018 2020

The strongest V6 TDI in this pickup range — 3.0 liters, 190 kW with 580 Nm torque. The top version for towing and heavy payloads. Same base as DDXA/DDXC but with larger turbo and optimized boost management. The 190 kW moves the vehicle confidently in every situation. Under sustained load (trailer on gradients) the turbo works at its limit — keep oil changes at 15,000 km, better 10,000 with frequent towing. The DDXE is the first choice in this range.

+ 3 more engine weaknesses + vehicle weaknesses

2.0L TSI · Petrol· 160 PS
2010 2016

The CFPA is an EA888 Gen.2 with 160 hp — the rare petrol variant of a pick-up line otherwise sold almost exclusively as a diesel, offered mainly in South Africa and Australia. Timing chain instead of belt, but tensioner failure from 120,000 km is possible on EA888 Gen.2. Oil consumption from worn piston rings is a typical EA888 trait. Intake valve carbon buildup from direct injection — walnut blasting every 80,000 km recommended. Barely relevant in Europe.

  • !! Increased oil consumption from thin oil control rings from 80,000 km

    The EA888 Gen2 is known for excessively thin oil control rings. Affected engines can consume over 1 litre of oil per 1,000 km. Complete repair including pistons and connecting rods costs €3,000–6,500.

    Symptoms: High oil consumption, blue exhaust cloud on acceleration, oil level falls quickly
    3,000–6,500 $
  • !! Timing chain stretch EA888 Gen2 from 70,000 km

    The timing chain on the EA888 Gen2 is known for premature stretch. On replacement a reinforced chain with modified tensioner is fitted as standard. Engine failure possible on chain breakage.

    Symptoms: Metallic rattling from engine bay on cold start, fault code camshaft position
    500–2,000 $
  • !! Turbocharger oil line leak from 130,000 km

    The turbocharger on the EA888 can fail from leaking oil lines and defective wastegate actuators. Commercial vehicle loading on the Amarok further increases turbo stress.

    Symptoms: Blue smoke from exhaust, oil mist in intake area, power loss, whistling turbo
    1,200–3,000 $

+ 2 more engine weaknesses + vehicle weaknesses

Vehicle Weaknesses

WeaknessCost
ZF 8HP automatic: synchro ring wear and total failure

The ZF 8HP torque converter automatic can develop synchro ring damage in 3rd gear from around 115,000–138,000 km. VW only offers full replacement (8,000–10,000 €); specialists carry out a rebuild from 3,500 €.

Symptoms: Fault code P279300 'implausible signal', juddering in 3rd gear, harsh shifts from cold start
from 125,000 km
High

Test Reports

tuev

TÜV Report 2022

Average

The Amarok I lands at average in the MOT inspection, with known weaknesses in gearbox and exhaust system.

2021-11
pannenstatistik

ADAC Breakdown Statistics 2018

Average

The Amarok I shows average breakdown statistics for a commercially used vehicle.

2017-11

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Known Problems and Issues +

A total of 46 weaknesses have been documented for the VW Amarok 1 (2010–2020) — 39 engine-related and 7 vehicle-related. One problem engine: CFPA (2.0L TSI). Typical issues affect Gearbox, Suspension, Rust, Brakes.

Amarok (CNFB, 2010–2016) — Be Careful: EGR Cooler Leaking, Leaking Injectors, DPF Clogging on Short Trips. Power: 140 PS.

Amarok (CNEA, 2011–2016) — Be Careful: EGR Cooler Internal Corrosion — Engine Damage Risk, Oil Feed Hoses to Turbos Leaking, Leaking Injectors. Power: 179 PS.

Amarok (DDXB, 2016–2020) — Be Careful: Rear Timing Chain Elongated, Turbocharger Damage Under Towing Load, Injectors Leaking. Power: 224 PS.

Amarok (DDXC, 2016–2020) — Be Careful: Timing Chain — Rear Engine Position, Costly Replacement, Camshaft defect — production fault, EGR Coking — Power Loss and Limp Mode. Power: 224 PS.

Amarok (DDXA, 2017–2020) — Be Careful: Timing Chain Rattling on Cold Start, Camshaft defect — production fault, EGR Valve and Cooler Soot Coking. Power: 163 PS.

Amarok (DDXE, 2018–2020) — Be Careful: Timing Chain — Elongation at Highest Power Level, Camshaft defect — production fault, EGR Coking — Highest Thermal Load. Power: 258 PS.

Amarok (CFPA, 2010–2016) — Stay Away!: Increased oil consumption from thin oil control rings, Timing chain stretch EA888 Gen2, Turbocharger oil line leak. Power: 160 PS.

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

Frequently Asked Questions

What problems and weaknesses does the VW Amarok 1 have? +
The VW Amarok 1 has 39 known engine weaknesses and 7 vehicle weaknesses.
What should I look for when buying a used VW Amarok 1? +
faq.watch_a_avoid
Which engine is recommended? +
Be careful: DDXB (3.0L V6 TDI), CNFB (2.0L TDI), CNEA (2.0L BiTDI), DDXA (3.0L V6 TDI), DDXC (3.0L V6 TDI), DDXE (3.0L V6 TDI). No engine is rated 'Good Choice'. The most fun to drive is the DDXE (3.0L V6 TDI). Problem engine: CFPA (2.0L TSI) — stay away!
Which VW Amarok 1 engine is the most fun? +
The {code} ({displacement}) offers the most driving fun in the VW Amarok 1 — rated: "Fun to Drive!". {description} DDXE V6 TDI with 258 hp and automatic is the flagship Amarok. Impressive performance figures for a pick-up.
Is the VW Amarok 1 worth buying used? +
Caution is advised with the VW Amarok 1 — 1 of 7 engine variants are rated 'Stay Away!'. The engine choice is crucial.
What horsepower variants are available for the VW Amarok 1? +
The VW Amarok 1 is available with engine variants from 140 to 258 hp. Petrol: CFPA (2.0L TSI). Diesel: DDXB (3.0L V6 TDI), CNFB (2.0L TDI), CNEA (2.0L BiTDI), DDXA (3.0L V6 TDI), DDXC (3.0L V6 TDI), DDXE (3.0L V6 TDI).

Last updated: February 2026 · All information without guarantee