Engine Code

Vauxhall Engine Codes Database

Complete Vauxhall Engines Database (1903–2026)

engine-0engine-1engine-2

Covers Vauxhall petrol, diesel, and hybrid engines used across UK and European models - from early Pinto engines to modern EcoBoost and Duratorq units. Each engine code includes specifications, compatible vehicles, and emissions data, sourced from official Vauxhall and EU records.

Engine Variants
Models Covered
of Engineering
Compliance Data

Data sourced from Vauxhall WSS-M2C948-B, EU Regulation (EC) No 715/2007, and Vauxhall Technical Service Information (TSI) documents.

Browse Vauxhall Engine Codes Database

Find Vauxhall engine codes by family, model, or generation

Engine reference image
Engine CodeFuel TypeSeries
Petrol10 N
Petrol10 S
Petrol11 N
Petrol11 S
Petrol11 Sr
Petrol12
Petrol12 N
Petrol12 Nc
Petrol12 Nv
Petrol12 S
Petrol12 St
Petrol12sc
Petrol13 N
Petrol13 Nb
Petrol13 S
Petrol13 Sb
Petrol14 Nv
Petrol15
Petrol15 A
Petrol15 B
Petrol15 D
Petrol15 D 4ec1
Petrol15 Dt T4ec1
Petrol15 Nb
Diesel15 Td
Petrol15ln
Petrol16 D
Petrol16 Da
Petrol16 N
Petrol16 S
Petrol16 Sh
Petrol16 Sv
Petrol17
Petrol17 A
Diesel17 D 4ee1
Diesel17 Dr
Petrol17 L
Petrol17 N
Petrol17 Na
Petrol17 S
Diesel17 Td
Petrol18 E
Petrol18 Nv
Petrol18 Seh
Petrol18 Sv
Petrol19 E
Petrol19 N
Petrol19 S
Petrol19 Sh
Petrol20 D
Petrol20 E
Petrol20 Eh
Petrol20 N
Petrol20 S
Petrol20 Se
Petrol20 Seh
Petrol20 Xe
Diesel21 D
Petrol22 E
Petrol22 N
Diesel23 D
Diesel23 Dtr
Diesel23 Td
Diesel23 Yd
Diesel23 Ydt
Petrol25 E
Petrol25 H
Petrol25 Ne
Petrol25 S
Petrol25 Sv
Diesel25 Td
Petrol26 N
Petrol26 S
Petrol26ne
Petrol26se
Petrol28 E
Petrol28 Ec
Petrol28 H
Petrol28 Hc
Petrol28 Hl
Petrol28 S
Diesel28 Td
Petrol30 E
Petrol30 H
Petrol30ne
Petrol46 S
Petrol54 S
Petrol6vd1 Dohc
PetrolA-Series
PetrolA-Series
PetrolA-Series
DieselA-Series
DieselA-Series
DieselA-Series
PetrolA-Series
PetrolA-Series
PetrolA-Series
PetrolA-Series
PetrolA-Series
PetrolA-Series
DieselA-Series
DieselA-Series
DieselA-Series
PetrolA-Series
PetrolA-Series
PetrolA-Series
PetrolA-Series
DieselA-Series
PetrolA-Series
DieselA-Series
DieselA-Series
DieselA-Series
DieselA-Series
DieselA-Series
DieselA-Series
DieselA-Series
DieselA-Series
DieselA-Series
DieselA-Series
DieselA-Series
PetrolA-Series
PetrolA-Series
DieselA-Series
DieselA-Series
DieselA-Series
DieselA-Series
DieselA-Series
DieselA-Series
DieselA-Series
DieselA-Series
DieselA-Series
DieselA-Series
PetrolA-Series
PetrolA-Series
PetrolA-Series
PetrolA-Series
PetrolA-Series
PetrolA-Series
PetrolA-Series
PetrolA-Series
DieselA-Series
PetrolAMPERA-Series
ElectricityAMPERA-Series
PetrolASTRA-Series
PetrolB-Series
PetrolB-Series
PetrolB-Series
DieselB-Series
PetrolB-Series
PetrolB-Series
DieselB-Series
DieselB-Series
DieselB-Series
DieselB-Series
DieselB-Series
DieselB-Series
PetrolB-Series
PetrolB-Series
PetrolB-Series
PetrolB-Series
PetrolB-Series
PetrolB-Series
PetrolB-Series
PetrolB-Series
PetrolB-Series
PetrolB-Series
PetrolB-Series
PetrolB-Series
DieselB-Series
DieselB-Series
DieselB-Series
DieselB-Series
DieselB-Series
DieselB-Series
DieselB-Series
DieselB-Series
DieselB-Series
PetrolB-Series
PetrolB-Series
DieselB-Series
DieselB-Series
PetrolB-Series
PetrolB-Series
DieselB-Series
DieselB-Series
DieselB-Series
DieselB-Series
PetrolB-Series
DieselB-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolC-Series
PetrolCALIBRA-Series
PetrolCIH-Series
PetrolCIH-Series
PetrolCIH-Series
PetrolCIH-Series
PetrolCIH-Series
PetrolCIH-Series
ElectricityCORSA-Series
ElectricCORSA-Series
PetrolD-Series
PetrolD-Series
PetrolD-Series
PetrolD-Series
DieselD-Series
DieselD-Series
DieselD-Series
PetrolD-Series
PetrolD-Series
PetrolD-Series
PetrolD-Series
PetrolD-Series
PetrolD-Series
PetrolD-Series
PetrolD-Series
DieselD-Series
DieselD-Series
DieselD-Series
DieselD-Series
DieselD-Series
DieselD-Series
PetrolD-Series
DieselD-Series
DieselD-Series
DieselD-Series
DieselD-Series
PetrolD-Series
DieselD-Series
PetrolE-Series
PetrolE-Series
PetrolE-Series
PetrolE-Series
PetrolF-Series
DieselF-Series
DieselF-Series
DieselF-Series
PetrolF-Series
PetrolF-Series
DieselF-Series
DieselF-Series
DieselF-Series
DieselF-Series
DieselF-Series
DieselG-Series
DieselG-Series
DieselG-Series
DieselG-Series
DieselG-Series
DieselG-Series
DieselG-Series
DieselG-Series
DieselG-Series
DieselG-Series
DieselG-Series
DieselG-Series
PetrolH-Series
PetrolINSIGNIA-Series
PetrolK-Series
PetrolK-Series
PetrolLOTUS-Series
DieselM-Series
DieselM-Series
DieselM-Series
DieselM-Series
DieselM-Series
DieselM-Series
DieselM-Series
DieselM-Series
DieselM-Series
DieselM-Series
DieselM-Series
DieselM-Series
DieselM-Series
DieselM-Series
DieselM-Series
DieselM-Series
DieselM-Series
DieselM-Series
ElectricityMOKKA-Series
DieselR-Series
DieselR-Series
DieselR-Series
PetrolM-Series
DieselM-Series
DieselM-Series
DieselM-Series
DieselM-Series
PetrolU-Series
DieselU-Series
PetrolVECTRA-Series
ElectricVIVARO-Series
PetrolX-Series
PetrolX-Series
PetrolX-Series
PetrolX-Series
PetrolX-Series
PetrolX-Series
DieselX-Series
PetrolX-Series
PetrolX-Series
PetrolX-Series
PetrolX-Series
DieselX-Series
DieselX-Series
DieselX-Series
DieselX-Series
PetrolX-Series
PetrolX-Series
DieselX-Series
DieselX-Series
PetrolX-Series
PetrolX-Series
PetrolX-Series
DieselX-Series
PetrolX-Series
PetrolX-Series
DieselX-Series
DieselX-Series
PetrolX-Series
PetrolX-Series
PetrolX-Series
PetrolX-Series
PetrolX-Series
DieselY-Series
PetrolY-Series
DieselY-Series
DieselY-Series
DieselY-Series
DieselY-Series
DieselY-Series
DieselY-Series
DieselY-Series
PetrolY-Series
PetrolY-Series
DieselY-Series
DieselY-Series
PetrolY-Series
DieselY-Series
PetrolY-Series
PetrolY-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
DieselZ-Series
DieselZ-Series
DieselZ-Series
DieselZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
DieselZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
DieselZ-Series
DieselZ-Series
DieselZ-Series
DieselZ-Series
DieselZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
DieselZ-Series
DieselZ-Series
DieselZ-Series
PetrolZ-Series
PetrolZ-Series
DieselZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
DieselZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
DieselZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
PetrolZ-Series
ElectricityZAFIRA-Series
DieselZD-Series
DieselZD-Series

Vauxhall Engines Used by Third Parties

See where Vauxhall power drives other leading brands.

EV & Hybrid Engines

Explore Vauxhall's electrified powertrain technologies.

Engine specifications and technical data sourced from Vauxhall Technical Documentation and EU Vehicle Type Approval Database. All specifications are verified against official Vauxhall service documentation.

How to Find Your Vauxhall Engine Code

The engine code is essential for ordering parts, diagnosing issues, and verifying compatibility. It is not the same as the VIN or chassis number. This guide shows exactly where to find it - by model and engine type - using official Vauxhall and DVLA sources

Engine Code

Engine Code

A unique identifier stamped on the engine block or cover used for parts and service.

VIN

VIN

The vehicle identification number that holds encoded vehicle and engine information.

Chassis Number

Chassis Number

The chassis or frame number used for registration and legal identification.

Vauxhall Focus Mk3 (2011–2018)

Vauxhall Focus Mk3 (2011–2018)

Duratorq TDCi 2.0

Locate the engine code on the front timing cover, just below the camshaft cover. It is stamped into the metal or on a white label near the timing chain housing.

Vauxhall Fiesta Mk7 (2017–2022)

Vauxhall Fiesta Mk7 (2017–2022)

EcoBoost 1.0

The engine code is located on a white label attached to the camshaft cover, near the oil filler cap. It reads 'M1JA' or 'M1JJ' for the 1.0L EcoBoost variant.

Vauxhall Transit Custom (2012–Now)

Vauxhall Transit Custom (2012–Now)

Duratorq TDCi 2.0 or 2.2

Open the bonnet and look at the front left of the engine (driver side). The code is on a white label near the timing cover. Confirm 'TDCi' prefix for diesel variants.

Vauxhall Puma (1997–2002)

Vauxhall Puma (1997–2002)

Zetec-SE 1.7

The engine code is cast into the front of the cylinder head, near the thermostat housing. Look for 'L3B' or 'L3C' casting marks.

Engine code locations per Vauxhall TIS Document A15001 – Vehicle Identification. V5C field definitions from DVLA Guide to Vehicle Registration. VIN structure compliant with EU Regulation (EC) No 715/2007, Article 7.

Vauxhall Engine Technology Specifications and Reliability Data

A technical breakdown of Vauxhall's core engine systems including Ti-VCT, EcoBoost Turbo, timing architectures and modular design with documented reliability impacts. All data sourced from Vauxhall WSS-M2C948-B, Vauxhall TSI and EU Regulation (EC) No 715/2007

Overview

Vauxhall's Ti-VCT system independently varies intake and exhaust camshaft timing to optimise power, efficiency, and emissions across the rev range.

How it Works

Hydraulic cam phasers on both intake and exhaust cams are controlled by the ECU via oil pressure, adjusting valve timing up to 50 degrees for optimal combustion.

Ti-VCT mechanism
Evolution
Ti-VCT I

Duratec HE (2000)

Basic variable timing

Ti-VCT II

Duratec Ti-VCT (2004)

Improved phaser response

Ti-VCT III

EcoBoost (2012)

Integrated with turbocharging

Ti-VCT IV

EcoBoost Gen3 (2020)

Enhanced low-end torque

Sources
Vauxhall TSI Document SI B13 00 01
Vauxhall WSS-M2C948-B Specification
Affected Engines
Duratec HEDuratec Ti-VCTEcoBoost 1.0EcoBoost 1.5EcoBoost 2.0EcoBoost 2.3EcoBoost 2.7EcoBoost 3.5
COMMON ISSUES
  • Cam phaser rattle

    especially on cold start, 2.0L EcoBoost

  • Oil pressure sensitivity

    low oil level affects timing accuracy

  • VCT solenoid clogging

    fault code P0011/P0014 common

BMW Engine Evolution Timeline 1970–2026

Track BMW engineering across decades

1970s

Mass-market expansion with the Pinto four-cylinder and Essex V6 powering iconic 1970s models.

Engine
PintoPetrol
1970–1982
Escort Mk1, Capri, Cortina

1.3–2.0L inline-4 SOHC petrol. Vauxhall's mass-market engine. Powers Escort Mk1, Capri. Simple, reliable. Replaced by CVH.

Essex V6Petrol
1966–1982
Capri, Granada, Consul

2.0–3.0L V6 petrol. OHV design. Used in Capri, Granada, Consul. Torque-rich, durable. Replaced by Cologne V6.

Engine production years verified via Vauxhall Production Records and EU type-approval records

Vauxhall Engine Production Facts Manufacturing Output and Partnerships

Authoritative data on Vauxhall's global engine production, plant operations, and strategic partnerships. All figures sourced from Vauxhall Annual Reports, Sustainability Reports, and EU industrial compliance records.

Major Engine Production Plants

Vauxhall manufactures engines at three primary facilities, each specialising in specific families.

Dagenham Plant

🇬🇧Dagenham Plant(United Kingdom)

  • Historic Vauxhall engine hub
  • Engines: Duratorq TDCi diesel family
  • Capacity: ~150,000 engines annually (2023)
  • Sustainability: Carbon-neutral target by 2030
Cologne Plant

🇩🇪Cologne Plant(Germany)

  • Primary EcoBoost production facility
  • Engines: EcoBoost 1.0, 1.5, 2.0; PHEV components
  • Capacity: ~300,000 engines annually (2023)
  • Sustainability: Renewable energy powered since 2021
Valencia Plant

🇪🇸Valencia Plant(Spain)

  • High-volume EcoBoost and assembly integration
  • Engines: EcoBoost 1.0, 1.5; vehicle assembly
  • Capacity: ~250,000 engines/year (2024 expansion)
  • Sustainability: Zero-waste-to-landfill certification

Annual Engine Production Volume

Vauxhall produces approximately 430,000–480,000 engines per year. Note the steady decline in Diesel production due to Euro 6d and WLTP regulations, while Hybrid integration rises.

Diesel Decline (-15% since 2020)
Hybrid Growth (+7% since 2020)
Regulatory Impact: (EC) No 715/2007

Note: Diesel production has declined steadily due to Euro 6d and WLTP regulations (Regulation (EC) No 715/2007). Hybrid and plug-in hybrid integration rising.

0k100k200k300k400k500k480k2020465k2021450k2022440k2023430k2024 (e)Total Engines Produced
Petrol
Diesel
Hybrid

Vauxhall & Mazda Partnership

Strategic collaboration on diesel technology. Duratorq-based 2.0/2.2 TDCi diesel engines power the Mazda BT-50 and Ranger (shared platform) across Europe, utilising Vauxhall's Dagenham-built blocks.

Shared Tech

High-pressure common rail & turbo design

Production

Duratorq blocks built in Dagenham, then integrated by Mazda

Vauxhall-Mazda Joint Development: Duratorq & BT-50
  • Strategic partnership from 2011 for diesel and commercial vehicle technologies.
  • Duratorq-based 2.0/2.2 TDCi used in Mazda BT-50, Ranger (Europe).
  • Shared engineering: high-pressure common rail systems and turbocharger design.

Vauxhall Strategic Partnerships – Mazda Collaboration

Powertrain Mix (2020–2024)

Shift in production reflects EU emissions policy and changing consumer demand.

Petrol66%
Diesel20%
Hybrid14%
Petrol
58–66%
Driven by EcoBoost family (1.0L, 1.5L, 2.0L)
Diesel
20–35%
Declining due to TCO, urban bans, and AdBlue complexity
Hybrid (PHEV)
7–14%
PHEV models (Kuga PHEV, Transit Custom PHEV)

This aligns with Commission Regulation (EU) 2017/1151 (WLTP/RDE) and EU 2035 ICE phase-out roadmap.

Engine production years verified via Vauxhall Production Reports and EU type-approval records

Engine Code FAQ Common Questions Answered

The most common questions about engine codes, what they mean, how to find them and how this database works

A Vauxhall engine code (e.g., Duratorq TDCi, EcoBoost 1.0) identifies the engine family, fuel type, displacement, and generation. Prefix indicates era (Pinto = 1970s, CVH = 1980s, Zetec = 1990s, EcoBoost = 2010s). Suffix denotes variant (TDCi = diesel common rail, Ti-VCT = variable timing). Source: Vauxhall TIS Doc. A15001

Yes, but production is declining. The Duratorq TDCi 2.0 diesel engine is still used in the Transit Custom and Ranger (2024 UK models). However, Vauxhall plans to phase out diesel by 2030 in line with EU emissions targets. Source: Regulation (EC) No 715/2007

The 2.0L Duratorq TDCi diesel is widely regarded as Vauxhall's most reliable modern engine. Older naturally aspirated engines like the Pinto and CVH are also durable if maintained. Avoid early 1.0L EcoBoost engines due to wet belt timing issues.

Most modern Vauxhall engines use timing chains. Exceptions include the 1.0L EcoBoost which uses a 'wet belt' (timing belt running in oil) requiring replacement every 10 years or 150,000 miles. Older Pinto and CVH engines used traditional timing belts.

Technically possible, but complex. Requires ECU remapping, wiring harness changes, and mount modifications. Not recommended without expert tuning. Ensure compliance with UK emissions rules and DVLA notification requirements. Source: DVLA Vehicle Approval

On the Duratorq or EcoBoost engine, the code is stamped on the front timing cover or on a label near the camshaft housing. Also check the V5C logbook under 'Engine Number' for the legal identifier.

On the UK V5C registration document, look for the 'Engine Number' field (not VIN). This matches the engine code (e.g., Duratorq TDCi). If the engine was replaced, this may not reflect the current unit.

The 1.0L EcoBoost (2012–2019) is known for wet belt degradation leading to potential failure around 100,000–150,000 miles. Vauxhall issued TSB 18-4321 addressing this. Later versions (2020+) have improved belt materials. Regular oil changes with WSS-M2C948-B spec are critical.

Duratorq: Diesel family with common rail injection – used in Transit, Focus, Mondeo. EcoBoost: Petrol family with turbocharging and direct injection – used in Fiesta, Focus, Puma. Both are modular but serve different fuel types and applications.

Yes. The engine code (e.g., Duratorq TDCi 2.0) is required for ordering correct parts (ECU, turbo, injectors). Using VIN alone can lead to errors. Always verify with the physical engine code stamped on the block.

Yes. High-performance engines (2.3L EcoBoost in Mustang-derived models) or engines with known issues (1.0L EcoBoost wet belt) can increase premiums. Insurers use engine type to assess risk. Always declare correct engine code.

The Duratorq TDCi (2000–present) is designed for 200,000+ miles with proper maintenance. Known for robust construction and efficient common rail injection. DPF and EGR are common service items on high-mileage urban-use vehicles.

Yes. All EcoBoost engines (1.0L, 1.5L, 2.0L) are interference engines. If the timing belt/chain fails, internal damage is likely. Immediate towing required. The 1.0L wet belt requires strict adherence to replacement intervals.

PowerShift dual-clutch transmission (not engine) issues affected Focus and Fiesta models (2011–2016) with 1.0L and 1.6L EcoBoost engines. Symptoms include shuddering, slipping, and clutch wear. Vauxhall extended warranty via TSB 14-0029.

Yes, but must be declared to DVLA. Changing engine code (e.g., petrol to diesel) may affect MoT, insurance, and emissions compliance. Keep documentation of the swap and ensure the new engine meets Euro standards for the vehicle's registration date. Source: DVLA guidelines

Yes. The Kuga PHEV and Transit Custom PHEV use the 1.5L EcoBoost petrol engine paired with an electric motor. The engine is de-tuned for hybrid efficiency and integrated with the e-CVT transmission system.

The 1.6L Duratorq TDCi (2012–2020) is generally reliable but prone to EGR and DPF issues in urban stop-start driving. Common in Transit Connect and Courier. Service interval: 12,500 miles or annual in UK conditions.

Positions 4–8 of the VIN indicate engine type for Vauxhall vehicles. Example: WF0AXX... → positions 4-7 reference engine family. Use a Vauxhall-specific VIN decoder for accurate extraction. Source: Vauxhall TIS Doc. A15001 – VIN Structure

Some are. Pinto and CVH engines are simpler and more durable than early EcoBoost variants. However, modern EcoBoost and Duratorq engines offer better efficiency, emissions compliance under Euro 6, and refined performance with proper maintenance.

Use Vauxhall TIS (Technical Information System) or Vauxhall Group Product Reports. Public data also in EU type-approval documents via the VCA database. Source: CELEX:32007R0715, VCA Type Approval Portal

References, Disclaimers and Sources

The EngineCode.uk is an independent technical resource dedicated to providing accurate, non-commercial engine data for BMW and related powertrains. This section outlines our sources, disclaimers, and compliance policies in accordance with Google's E-E-A-T (Experience, Expertise, Authoritativeness, Trustworthiness) guidelines.

EngineCode.uk is operated by Engine Finders UK Ltd as a standalone reference platform. We are not affiliated with Vauxhall Motor Company, Mazda, Volvo, or any other manufacturer or trademark holder. All content is created independently for educational and diagnostic purposes only. The Vauxhall name, logo, and engine codes are trademarks of Vauxhall Motor Company, UK.

  • Vauxhall Group – Product Technical Reports (PTR), Annual Reports, Sustainability Reports
  • Vauxhall TIS / ISTA – Service Information, Repair Manuals, SI Bulletins (e.g., SI B11 03 08)
  • EU Regulation (EC) No 715/2007 – Type-approval of light-duty vehicles
  • Commission Regulation (EU) 2017/1151 – WLTP and RDE testing procedures
  • UK DVLA Vehicle Approval and V5C Guidelines
DVLA: Engine Changes and MoT Compliance

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Information accurate as of 2025