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Peugeot 208: generation, engine, transmission, electronics and used-vehicle technical hub

An open model hub connecting Peugeot 208 generations, chassis and markets with engines, transmissions, electronics, pre-purchase inspection and service validation.

Technical identity and system architecture9 sourcesUpdated 2026-07-31
Peugeot
PeugeotManufacturer identity

Vehicle Identity and Application Matching

BrandPeugeot
Related categories
Passenger CarsElectric Drive SystemsEuropean Vehicle Catalogue
Peugeot 208 · EXPANDED MODEL HUB

Peugeot 208: generation, engine, transmission, electronics and used-vehicle technical hub

MODEL IDENTITY

Separate generation, chassis, market and build period for Peugeot 208

One model name can hide technically different vehicles.

  • For Peugeot 208, store model family, generation, body/chassis code, production period and sales market as separate fields.
  • Peugeot 208 VIN/build data is the basis for engine, transmission, driveline and emissions-equipment matching.
  • A facelift, model year and trim name are not the same thing for Peugeot 208; do not use them interchangeably for parts or service decisions.
  • Confirm left/right-hand drive, regional safety systems and emissions equipment for the exact Peugeot 208 market.
  • Production plant or platform sharing does not replace part-number verification on the actual Peugeot 208.
  • Brand: Peugeot
ENGINE AND TRANSMISSION

Match Peugeot 208 powertrain choices by full code

Marketing engine names and gear count are insufficient.

  • Match each Peugeot 208 engine by full code, output/emissions revision, ECU software and build date.
  • Match each Peugeot 208 transmission by full code, software, clutch/converter/CVT architecture and driveline.
  • Obtain oil, coolant, transmission-fluid and service procedures for Peugeot 208 from VIN-specific OEM information.
  • The same Peugeot 208 engine may use different ratios, cooling packs or aftertreatment by market and transmission.
  • For a Peugeot 208 performance complaint, separate engine torque faults from transmission slip in different data groups.
  • Model family: 208
ELECTRONICS AND SAFETY

Map the Peugeot 208 module, network and calibration chain

One warning lamp can represent several systems.

  • Record the Peugeot 208 topology for gateway, engine, transmission, ABS/ESC, body, restraint and ADAS modules.
  • Separate low-voltage or battery-replacement codes on Peugeot 208 from persistent hardware faults.
  • Compare wheel speed, steering angle, camera/radar and tyre-circumference data for Peugeot 208 on one time base.
  • Apply Peugeot 208 software updates, coding and calibration only with the correct vehicle configuration.
  • For Peugeot 208 safety systems, require collision/repair history, sensor mounting and calibration evidence together.
  • Production: 2012–present
USED-VEHICLE FIELD CHECK

Make the Peugeot 208 pre-purchase inspection measurable

Cosmetic appearance is not a technical health report.

  • Record Peugeot 208 cold start, hot restart, idle, full-load and steady-cruise behaviour separately.
  • Scan every Peugeot 208 module for current/history/pending DTCs and readiness state.
  • Inspect body dimensions, underbody, brakes, tyres, fluid leaks and cooling-system pressure on Peugeot 208.
  • During the Peugeot 208 road test, log transmission adaptations, input/output speeds, clutch/TCC slip and fluid temperature.
  • For electrified Peugeot 208 variants, check 12 V health, HV isolation, cell spread and charging history with suitable equipment.
  • Generation / chassis: A9 / P21
SERVICE AND VALIDATION

Close the Peugeot 208 service decision with records and comparison data

Correct validation matters as much as parts replacement.

  • Set the Peugeot 208 service plan by market, engine, transmission, duty and active campaigns.
  • For Peugeot 208 fluids and consumables, verify OEM approval and exact variant, not viscosity alone.
  • Capture the same PIDs, temperature, load and road condition before and after a Peugeot 208 repair.
  • Check official Peugeot 208 recalls and service campaigns against the exact vehicle identity.
  • Add VIN, software levels, instruments, part numbers and final test result to the Peugeot 208 record.
  • Body: Hatchback
FIELD WORKFLOW

Evidence-preserving diagnostic sequence

  1. Verify Peugeot 208 VIN, model year, build date, market and generation/chassis identity.
  2. Match Peugeot 208 engine and transmission codes from labels, ECU and build data.
  3. Scan every Peugeot 208 module and preserve current/history/pending codes.
  4. Observe Peugeot 208 cold start and hot restart behaviour.
  5. Test Peugeot 208 engine, transmission, brake/chassis and electrical systems in separate data groups.
  6. Inspect Peugeot 208 underbody, body, fluid leaks and cooling system physically.
  7. Log command/actual, slip, fuel trims and temperatures during the Peugeot 208 road test.
  8. Check official Peugeot 208 recalls, campaigns and service documents by vehicle identity.
  9. Rank Peugeot 208 findings by safety, progression risk and cost impact.
  10. Close the Peugeot 208 report with measurement evidence, variant boundaries and follow-up advice.
DIFFERENTIAL DECISION MATRIX

Connect the symptom to evidence, not a guessed part

EvidenceObservation / conditionCorrect next action
IdentityThe Peugeot 208 name is known but generation/chassis/market is notDo not match engine, transmission or parts without VIN/build data.
PowertrainThe Peugeot 208 marketing engine name matches but the full code differsSeparate fluid, calibration and failure paths by full code and build date.
Network and voltageMany Peugeot 208 modules store simultaneous faultsTest battery, charging, main power/ground and gateway first.
Road testThe Peugeot 208 complaint appears only under loadLog live data under the same temperature and load as command versus actual.
Used vehicleThe Peugeot 208 has no warning lamp but readiness is incompleteInvestigate recent clearing/battery disconnection through history and monitor state.
ValidationThe Peugeot 208 was repaired without before/after dataRepeat the same condition and complete a final module scan.
TECHNICAL SOURCES

Primary and official sources

  1. Peugeot resmî kurumsal sitesi · Peugeot
  2. Peugeot Handbook Portal · Peugeot
  3. vPIC Vehicle API and vehicle identity data · NHTSA
  4. NHTSA recalls datasets and APIs · NHTSA
  5. WP.29 vehicle regulations · UNECE
  6. EU vehicle type-approval framework · European Commission

Exact engine, transmission, fluid, capacity, torque and calibration data must be taken from OEM information after VIN, build date and market are verified.

VARIANT AND APPLICATION DIFFERENTIATION

Model family: identity, variant and system differentiation

IDENTITY

Prevent wrong-generation and wrong-part matches

The model name alone is insufficient. Production month, market, engine and driveline codes establish the correct application.

  • Production span: 2012–present
  • Generation/chassis split: A9 / P21
  • Body family: Hatchback
  • Powertrain range: 1.0-1.6 PureTech; 1.4-1.6 BlueHDi; GTi; e-208
  • Fuel/energy: Gasoline / Diesel / Electric
  • Drive layout: Front-wheel drive
SYSTEM MAP

Technical paths to separate first on this model

Measuring systems that create similar symptoms reduces unnecessary parts replacement.

  • Read cold-start correction, injector balance and rail-pressure deviation together.
  • Evaluate DPF load, differential pressure, regeneration history and oil dilution within the same diagnostic chain.
FIELD CHECK

Inspection sequence for purchase, maintenance and faults

The sequence creates an evidence chain and improves interpretation of later measurements.

  • Verify VIN, production month, engine marking, transmission code and option codes under the same vehicle identity.
  • Record cold and hot starts separately; compare cranking, idle, fan activation and load transitions.
  • Scan all modules, not only the engine ECU.
  • Log rpm, speed, load, gear/drive state, trims and temperatures on the same road-test timeline.
  • After repair, verify monitor completion and that the original complaint condition does not return.

Identity and Key Facts

Brand
Peugeot
Model family
208
Production
2012–present
Generation / chassis
A9 / P21
Body
Hatchback
Segment
B
Powertrains
1.0-1.6 PureTech; 1.4-1.6 BlueHDi; GTi; e-208
Fuel
Gasoline / Diesel / Electric
Drive
Front-wheel drive

Model-family technical identity

Production span2012–present
Generation / chassis codesA9 / P21
Body stylesHatchback
SegmentB
Representative engines1.0-1.6 PureTech; 1.4-1.6 BlueHDi; GTi; e-208
Fuel typesGasoline / Diesel / Electric
Drive layoutsFront-wheel drive
Production statusActive
CountryFransa
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Passenger-car technical verification chain

This chain does not assume an exact engine or transmission code. Verify vehicle, build period, market and ECU/TCU identity before moving into technical atlases.

  • Engine/transmission identity
  • DTC + freeze-frame
  • Fuel/air/ignition
  • Electronics/CAN
  • ADAS/EV when applicable
  • Maintenance and used-vehicle inspection
Verify engine family

Match engine code, fuel/emissions variant and ECU identity.

Verify transmission family

Separate transmission code, controller and application variant.

DTC and symptom chain

Use code, freeze-frame, live data and physical measurement together.

Continue to workshop technical center → · Maintenance and ownership decisions →

Verified model-variant application graph

No exact model-variant binding is available in source data yet. The system does not infer variants from similar names.

Next technical research for this vehicle class

DTC centerEngine / transmission problemsUsed-vehicle inspection

Model technical depth plan

This plan moves a model page from catalog identity to diagnosis and service decisions. Exact values are used only when verified for the specific application.

Vehicle identity and application boundary
  • Verify model, build period, market, body/chassis and powertrain identity together.
  • Do not assume exact engine/transmission fitment from a similar model name.
Symptom → data → measurement
  • Preserve the complaint and first-event data; compare DTC, live data and physical measurements under the same condition.
  • Verify command and feedback before replacing parts.

Use manufacturer service information and verified vehicle identity for exact OEM procedures, values and part applications.

6-step technical decision tree

  • Verify identity
  • Preserve first-event data
  • Compare command and feedback
  • Confirm with physical measurement
  • Isolate root cause
  • Retest under the same condition after repair
RELATED TECHNICAL TOPICS

Topics in the same system and fault chain

BrandPeugeot

Peugeot is represented by 12 model families in the European catalogue, linking to model, generation, body, powertrain and market records.

Technical Sources and Verification

  1. Peugeot resmî kurumsal sitesi
  2. Wikidata structured data (CC0)

How to verify the technical identity

The same model name can carry different engines, transmissions, emissions packages and ECU software across years and markets. Verify VIN/chassis, engine code, production period and controller identity together before selecting parts or procedures. If an exact value is not supported, AutoAtlas does not fill the gap by guessing.

Engine families · Technical diagnostic atlas

Model and variant research coverage

Peugeot 208: generation, engine, transmission, electronics and used-vehicle technical hub generation, engine, transmission, variant, DTC, common-problem and used-vehicle inspection research follows verifiable application links.

Deep technical guides

How to Find an Engine Code and Match the Correct Engine FamilyHow to Find a Transmission Code and Verify Driveline IdentityFreeze-Frame Data: How to Read the Fault Snapshot

Deep symptom diagnostics

Engine Cranks but Will Not Start: Systematic Diagnostic GuideLoss of Power and Limp-Mode DiagnosticsBattery, Charging and Parasitic-Drain DiagnosticsABS/ESP Warning Diagnostics: Wheel-Speed and Brake Electronics

Connect technical research to the next decision

Connect model identity to engine, transmission, DTC and maintenance context to reduce wrong-part and wrong-procedure risk.

Service guidesUsed-vehicle inspectionOwnership & cost

Next technical step for this model

Confirm engine and transmission identity, review related DTC and system records, and preserve the same vehicle identity for used-vehicle or maintenance decisions.

Engine Atlas → · Transmission Atlas → · Used-vehicle inspection →

Sources & freshness

Sources & freshness

Exact technical values, prices and failure rates are not invented without verified vehicle/manufacturer evidence.

Explore →