Camshaft for Peugeot 308 OE Equivalent Sourcing
A camshaft for Peugeot 308 OE equivalent sourcing program must reproduce the original valve timing geometry, journal dimensions, lobe profile, hardness range and surface finish closely enough to support predictable engine performance after replacement. For distributors, importers and repair-chain buyers, the key question extends beyond basic fitment: can the part be supplied with repeatable metallurgy, controlled machining, traceable inspection data and export-ready packaging for multi-country aftermarket distribution? Driventus manufactures engine and powertrain components in Taizhou, Zhejiang, and supplies customers in more than 60 countries. Our camshaft replacement programs are built for B2B buyers that need reliable cross-reference coverage, stable batch quality and documentation aligned with IATF 16949:2016 and ISO 9001:2015 requirements. Driventus is an independent aftermarket manufacturer; vehicle brand names are used for fitment identification only.
OE-Equivalent Requirements for Peugeot 308 Replacement
For a replacement camshaft, OE equivalence begins with the dimensions and functional features that affect installation, lubrication and valve timing. Buyers should confirm shaft length, journal diameters, thrust face width, lobe lift, lobe centreline, timing feature position and sensor target geometry against the original application data.
Peugeot 308 applications differ by engine family, fuel type, emission level, valve train design and production year. Procurement teams should therefore source by complete vehicle and engine data, supported by OE-style cross-reference information, rather than by model name alone. When a buyer provides an OE-style reference such as an OE 06A… or OE 11251… mapping convention, Driventus can align drawings, samples and inspection criteria with the requested application. We do not claim approval, endorsement or sponsorship by any vehicle manufacturer.
Typical replacement objectives include:
- Direct installation without modification to journals, drive end or timing features
- Valve timing geometry within agreed drawing tolerance
- Compatible surface hardness and wear resistance for the specified follower system
- Controlled oil galleries and lubrication paths where applicable
- Batch traceability from raw material receipt to final inspection
Buyers can review related engine part families in our catalog and the engine components category at /products/engine-components.html.
Dimensional and Material Control Points
Camshaft failure risk often comes from small deviations rather than obvious visual defects. Journal diameter variation can reduce oil film stability. Lobe taper, poor surface finish or incorrect hardness can accelerate follower wear. A misplaced timing slot, gear interface or sensor feature can lead to fault codes, noise or drivability complaints after installation.
The table below outlines common procurement control points for an OE-equivalent Peugeot 308 camshaft program. Final values should be confirmed by drawing, original sample measurement or buyer specification.
| Control point | Why it matters | Typical verification method | |
|---|---|---|---|
| Journal diameter and roundness | Supports oil clearance and bearing stability | Micrometer, roundness tester, CMM | |
| Lobe lift and profile | Controls valve opening and engine breathing | Cam profile measuring equipment | |
| Surface hardness | Reduces lobe and journal wear | Rockwell or Vickers hardness testing | |
| Surface roughness | Supports lubrication and follower contact | Roughness tester | |
| Straightness/runout | Helps prevent binding and timing variation | Dial indicator or CMM | |
| Timing slot, gear or sensor feature | Maintains synchronisation with crankshaft | Fixture gauge, CMM | |
| Oil holes and internal passages | Reduces lubrication restriction risk | Visual inspection, airflow check or cleaning validation |
| Sourcing route | Suitable when | Main advantages | Points to confirm |
|---|---|---|---|
| Existing catalog part | Application is already mapped and validated | Shorter lead time, lower development work, established inspection plan | Fitment range, packaging, label format, MOQ |
| Sample-based matching | Buyer has an original sample but no complete drawing | Practical for coverage expansion and discontinued references | Measurement plan, reverse-engineering limits, validation samples |
| Drawing-controlled custom program | Buyer has a technical specification or private label requirement | Highest control over tolerance, material and documentation | Tooling, PPAP-style documents if required, forecast volume |
| Distributor consolidation program | Buyer wants multiple engine SKUs from one factory | Simplifies supplier base and export coordination | SKU list, shipment mix, carton standards, country compliance |


