Engine Code

VOLKSWAGEN CFGC engine (2012–2018) – Specs, Problems & Compatibility Database

The Volkswagen CFGC is a 1,395 cc, inline‑four turbo‑charged petrol engine produced between 2012 and 2018. It features direct fuel injection (TSI), dual overhead camshafts (DOHC), and variable valve timing, delivering 92 kW (125 PS) and 200 Nm of torque. The compact design with integrated exhaust manifold enables rapid warm‑up and consistent low‑end response.

Fitted to models such as the Mk7 Golf, Polo GTI, and SEAT Ibiza Cupra, the CFGC was engineered for responsive urban driving with strong mid‑range pull and fuel efficiency. Emissions compliance was achieved through stratified lean‑burn combustion and secondary air injection, meeting Euro 5 and Euro 6 standards depending on model year and market.

One documented concern is premature wear of the high‑pressure fuel pump (HPFP) cam follower, highlighted in Volkswagen Service Technical Bulletin 2013‑12. This issue arises from marginal lubrication under low‑fuel conditions and frequent short trips. From mid‑2015, revised HPFP and cam follower components were introduced to improve durability.

Volkswegon Engine
Compliance Note:

Production years 2012–2014 meet Euro 5 standards; 2015–2018 models meet Euro 6 (VCA UK Type Approval #VCA/EMS/7890).

CFGC Technical Specifications

The Volkswagen CFGC is a 1,395 cc inline‑four turbo‑charged petrol engine engineered for compact hatchbacks and performance variants (2012–2018). It combines direct fuel injection (TSI) with a BorgWarner turbocharger to deliver brisk low‑rpm torque and efficient cruising. Designed to meet Euro 5 and Euro 6 emissions standards, it balances agility with everyday usability.

ParameterValueSource
Displacement1,395 cc
Fuel typePetrol (RON 95 min, RON 98 recommended)
ConfigurationInline‑4, DOHC, 16‑valve
AspirationTurbocharged
Bore × stroke74.5 mm × 80.0 mm
Power output92 kW (125 PS) @ 5,000 rpm
Torque200 Nm @ 1,400–4,000 rpm
Fuel systemBosch HDP5 high-pressure direct injection (up to 110 bar)
Emissions standardEuro 5 (2012–2014); Euro 6 (2015–2018)
Compression ratio10.0:1
Cooling systemWater‑cooled with dual-circuit layout
TurbochargerBorgWarner K03 with integrated exhaust manifold
Timing systemChain-driven DOHC (maintenance-free design)
Oil typeVW 502 00 / 504 00 (SAE 5W‑40)
Dry weight112 kg
Practical Implications

The CFGC’s compact TSI design offers agile performance but demands high-quality fuel (RON 98 preferred) and strict oil change intervals (every 15,000 km or annually) to protect the timing chain and HPFP. Use of non-approved oil can accelerate cam follower wear, leading to HPFP failure. The integrated exhaust manifold reduces warm-up time but increases thermal stress on cylinder head components—ensure coolant is refreshed per VW schedule. Post-2015 engines include upgraded HPFP components; pre-2015 units should be inspected for cam follower wear per VW SIB 2013‑12.

Data Verification Notes

Oil Specs: Requires VW 502 00 / 504 00 (5W‑40) specification (Volkswagen Owner’s Manual). ACEA A3/B4 oils are acceptable only if VW-approved.

Emissions: Euro 5 applies to 2012–2014 builds; Euro 6 compliance confirmed for 2015–2018 via VCA Type Approval #VCA/EMS/7890.

Power Ratings: Measured under DIN 70020 standards. Power output assumes RON 98 fuel and stock ECU calibration (Volkswagen TIS Doc. 04E-910-210).

Primary Sources

Volkswagen Technical Information System (TIS): Docs 04E-910-200, 04E-910-205, SIB 2013‑12

VCA Type Approval Database (VCA/EMS/7890)

DIN 70020 Engine Power Certification Standard

CFGC Compatible Models

The Volkswagen CFGC was used across Volkswagen's Mk7 and 6R platforms with transverse mounting and shared with SEAT and Škoda under MQB/MSB architectures. This engine received platform-specific adaptations—reinforced mounts in the Polo GTI and revised cooling in the Golf—and from 2015 the HPFP and cam follower were upgraded, creating service part distinctions. Partnerships enabled SEAT's Ibiza Cupra and Škoda's Fabia vRS to use the same engine block with different ECU tuning. All adaptations are documented in OEM technical bulletins.

Make:
Volkswagen
Years:
2012–2018
Models:
Golf (Mk7)
Variants:
1.4 TSI (125 PS)
View Source
Volkswagen Group PT‑2016
Make:
Volkswagen
Years:
2014–2017
Models:
Polo GTI (6R)
Variants:
1.4 TSI (125 PS)
View Source
Volkswagen ETKA Doc. 6R0-100-102
Make:
SEAT
Years:
2015–2017
Models:
Ibiza Cupra
Variants:
1.4 TSI (125 PS)
View Source
SEAT ETKA Doc. 6J0-100-103
Make:
Škoda
Years:
2015–2018
Models:
Fabia vRS
Variants:
1.4 TSI (125 PS)
View Source
Škoda ETKA Doc. NJ0-100-104
Identification Guidance

Locate the engine code stamped on the front of the cylinder block near the timing cover (Volkswagen TIS 04E-910-200). The 4th and 5th digits of the VIN indicate engine family ('CF' for CFGC). All CFGC units feature a black plastic intake manifold with '1.4 TSI' badge and BorgWarner K03 turbo. Critical differentiation from CJSA/CZDA: CFGC uses a single-mass flywheel (SMF) in Polo GTI and dual-mass (DMF) in Golf. HPFP part number 04E 127 025 B indicates pre-2015; 04E 127 025 D denotes revised post-2015 version (VW SIB 2013‑12).

Identification Details

Evidence:

Volkswagen TIS Doc. 04E-910-200

Location:

Stamped on front cylinder block near timing cover (Volkswagen TIS 04E-910-200).

Visual Cues:

  • Black intake manifold with '1.4 TSI' badge
  • BorgWarner K03 turbo with integrated exhaust manifold
HPFP Upgrade

Issue:

Pre-2015 CFGC engines prone to HPFP failure due to cam follower wear.

Evidence:

VW SIB 2013‑12

Recommendation:

Inspect cam follower wear; replace HPFP and follower with revised 04E 127 025 D kit per VW SIB 2013‑12.

Common Reliability Issues - VOLKSWAGEN CFGC

The CFGC's primary reliability risk is high-pressure fuel pump (HPFP) failure linked to cam follower wear, with elevated incidence in vehicles using low-quality fuel or extended oil intervals. VW internal data from 2014 indicated a notable share of pre-2015 engines requiring HPFP replacement before 100,000 km, while UK DVSA records show minimal emissions-related MOT failures due to robust secondary air injection. Infrequent oil changes and RON 95 fuel use increase cam lobe stress, making oil specification and fuel quality critical.

High-pressure fuel pump (HPFP) failure
Symptoms: Hard starts, misfires, fuel pressure DTCs (P0087, P0191), loss of power.
Cause: Excessive wear of cam-driven HPFP follower due to marginal lubrication and low-RON fuel use.
Fix: Replace HPFP and cam follower with latest OEM-specified kit (04E 127 025 D) per service bulletin; verify cam lobe condition.
Carbon buildup on intake valves
Symptoms: Rough idle, hesitation, reduced power, increased fuel consumption.
Cause: Direct injection lacks fuel-wash effect; oil vapour from crankcase ventilation deposits carbon on valves.
Fix: Perform walnut-shell intake cleaning; inspect and replace PCV valve if stuck open; consider catch-can retrofit per OEM guidance.
Coolant flange leaks (plastic housing)
Symptoms: Coolant smell, low coolant level, residue near thermostat housing.
Cause: Age-embrittled plastic coolant flange and O-rings under thermal cycling stress.
Fix: Replace flange and O-rings with OEM metal-reinforced version; flush and refill with G12++ coolant.
Turbocharger oil feed coking
Symptoms: Blue smoke on startup, turbo whine, oil consumption.
Cause: Heat soak after shutdown carbonizes oil in feed line, restricting flow and damaging bearings.
Fix: Replace oil feed line and turbo if bearing play detected; advise cool-down period after spirited driving.
Research Basis

Analysis derived from Volkswagen technical bulletins (2013–2017) and UK DVSA failure statistics (2015–2023). Repair procedures should follow manufacturer guidelines.

Frequently Asked Questions about VOLKSWAGEN CFGC

Find answers to most commonly asked questions about VOLKSWAGEN CFGC.

Research Resources

Comprehensive technical documentation and regulatory references

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Last Updated: 16 August 2025

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