When sourcing a clutch kit Peugeot OE equivalent, the weak point is rarely the headline catalogue match. The risk sits in the details: disc diameter, spline geometry, hub offset, cover clamp load, release-bearing height, flywheel type, and the production break hidden inside a broad Peugeot application listing.
That matters for distributors, repair chains, fleet suppliers, and importers covering Peugeot vehicles across the EU, UK, US, Canada, Australia, and Brazil. One vehicle family can include 180 mm, 200 mm, 215 mm, 228 mm, or 240 mm clutch disc variants. Similar listings may use 18-tooth or 21-tooth spline interfaces. Release systems can also change by gearbox, market, or build date.
Driventus supplies aftermarket clutch kits for OE-equivalent replacement, where the target is dimensional and functional match rather than vehicle-maker endorsement. Driventus is an independent aftermarket manufacturer; brand names are referenced for fitment only. For Peugeot programmes, the sourcing process should move from OE cross-reference to physical specification, then to kit content, release system, flywheel compatibility, testing evidence, and repeat-production controls. Quality and compliance references such as IATF 16949:2016, ISO 9001:2015, and REACH (EC) No 1907/2006 belong in the supplier file together with bench and vehicle-level validation evidence.
Decision rule: when is a Peugeot clutch kit truly OE-equivalent?
Treat OE-equivalent as a measurable specification, not a catalogue label. A clutch kit is ready for approval only when the replacement assembly matches the original application in the parameters that control fit, pedal feel, torque transfer, release behaviour, and service life.
For Peugeot sourcing, the approval decision should cover:
Disc outer diameter and friction ring width, verified to drawing or measured sample rather than a rounded catalogue size
Spline count, spline major diameter, and hub offset, with no forced fit on the gearbox input shaft
Cover bolt pattern, locating diameter, and dowel position where used
Clamp load range and release travel window, confirmed by cover load-height testing where possible
Release bearing type, height, and actuation method, including concentric hydraulic slave cylinder where applicable
Flywheel interface, including standard flywheel or dual-mass flywheel compatibility
Damper spring layout and hub configuration where torque characteristics differ
Do not approve a clutch kit Peugeot OE equivalent from a single reference number alone. Use the OE part-number cross-reference as the entry point, then verify the physical stack-up against a known sample, drawing set, or validated supplier data.
As a minimum, require measured values for disc OD, spline count, spline major diameter, hub height, cover fitted height, bearing overall height, and bolt-circle diameter before sample sign-off. Where the application list spans several engine codes, gearbox codes, or model-year breaks, ask for the exact fitment matrix. A broad vehicle-family claim is not enough for procurement approval.
Step-by-step fitment validation before purchase order release
Separate catalogue matching from physical and functional checks. That structure keeps the buying file clean and makes later disputes easier to resolve if a shipment produces fitment questions.
1. Confirm the OE reference and any supersessions. 2. Check vehicle model, engine code, gearbox code, market, and build date. 3. Match clutch disc diameter, spline count, spline diameter, and hub profile. 4. Confirm cover bolt pattern, locating features, and cover height. 5. Verify release bearing height, actuation type, and contact geometry. 6. Review flywheel type, flywheel condition, and whether replacement is required. 7. Confirm kit contents against the installation requirement before order release.
For sample validation, ask the supplier to measure at least one approved sample and retain the inspection sheet with photos of the disc, cover, bearing, hub profile, and packaging label. Practical checkpoints include disc OD with a caliper, spline go/no-go fit on an input-shaft gauge, cover bolt-hole position against the flywheel, and release-bearing height from mounting face to contact face.
For incoming lots, apply AQL inspection to packaging, labels, visible surface defects, and a smaller dimensional audit of critical interfaces. If the original part number is available, record it as an OE cross-reference in the purchase file.
If the vehicle has been repaired before, inspect the installed flywheel and transmission input shaft instead of relying only on the previous invoice. This is especially important where a Peugeot application has multiple clutch variants across the same nominal engine family or where local market specifications differ from the main catalogue listing.
Comparison screen: the data points that separate close-fit from correct-fit
Checkpoint
Why it matters
Buyer action
OE cross-reference
Confirms the application family and supersession path
Request the exact OE number, aftermarket references, and supersession history
Vehicle and gearbox data
Prevents errors between similar Peugeot applications
Match model, engine code, gearbox code, build date, and market
Disc diameter
Affects torque capacity and engagement behaviour
Measure against OE sample or approved drawing; record nominal size such as 200 mm, 215 mm, 228 mm, or 240 mm where applicable
Spline count
Determines gearbox input-shaft fit
Compare hub spline to input shaft specification and confirm tooth count plus major diameter
Hub offset and damper layout
Affects clearance, vibration control, and engagement feel
Check the hub profile against the OE sample and record installed direction marking
Cover clamp load
Affects slip resistance, pedal effort, and release window
Ask for load-height test data, target range, and inspection frequency
Release bearing type
Impacts actuation, noise, and installation method
Match hydraulic, concentric, or mechanical design, including overall height and contact diameter
Flywheel interface
Prevents vibration, poor release, and premature wear
Confirm single-mass or dual-mass compatibility and any resurfacing or replacement limits
Packaging completeness
Reduces installation delays and missing-part claims
Verify kit contents, alignment tool if supplied, bolts if required, barcode, and label language before order release
</tr></thead><tbody> </tbody></table>Use this comparison as the first technical screen for a replacement programme. If a supplier cannot provide these values, the offer is not ready for approval.
For higher-volume purchasing, keep the completed table with the purchase record so future reorders are based on the same specification rather than a shortened description. For quotation comparison, normalize offers by kit content, MOQ, carton quantity, warranty terms, and lead time. A lower unit price is not comparable if the release bearing, bolts, or market-specific labelling are excluded.
Spec deep-dive: friction, cover, bearing, and corrosion controls
A clutch kit is a mechanical system. Material choices and assembly consistency affect heat resistance, engagement feel, noise, and service life. The disc, cover, and release bearing must work together under repeated engagement cycles, vibration, and temperature changes.
The disc typically uses a steel centre plate with friction linings selected for thermal stability, wear resistance, and controlled take-up. Buyers should ask whether the lining is organic, semi-metallic, or another formulation, and whether the material is asbestos-free and compliant with the destination market.
The cover assembly depends on diaphragm spring consistency, rivet integrity, strap strength, and diaphragm finger geometry. The release bearing needs stable lubrication, controlled axial play, suitable sealing, and low noise across the operating range.
Ask these questions before approval:
What friction material is used, and what is the fade profile under heat?
What is the spring rate tolerance on the cover assembly, and how often is it checked in production?
Are rivets, straps, and damping springs verified for fatigue resistance?
Is the bearing sealed for the intended duty cycle and environment?
What corrosion protection is applied for storage and sea freight, and is salt-spray or humidity testing available?
Are critical dimensions checked by batch or only during initial approval?
A useful supplier response gives controls, not only material names. Look for lining thickness range, cover load-height curve, diaphragm finger height tolerance, bearing grease type or performance class, and anti-corrosion method for unpainted metal.
For sea freight, specify bagging, desiccant where needed, carton burst strength, pallet wrapping, and maximum stack height. These details prevent rust, crushed covers, and contaminated friction surfaces. If the part family is being sourced for mixed fleets, ask for a construction note by application. A kit that works on one Peugeot engine code may still be wrong for another if the torque curve, flywheel mass, gearbox input shaft, or release system differs.
Evidence file: tests and standards worth requesting
A supplier file should prove repeatability. A catalogue sheet shows the claimed application; inspection and validation records show whether the clutch kit Peugeot OE equivalent specification can be reproduced shipment after shipment.
Driventus works under IATF 16949:2016 and ISO 9001:2015. For regulated or export-focused programmes, material and chemical compliance should also be checked against REACH (EC) No 1907/2006 where applicable.
Common validation items for a clutch kit programme include:
Dimensional inspection of critical interfaces, including disc OD, spline data, hub offset, cover height, and release-bearing height
Torque capacity and clamp load verification using defined load-height and slip-torque test conditions
Engagement and release cycling, including release travel and pedal-effort correlation where vehicle data is available
Thermal performance under repeated heat load, with lining wear and fade recorded before and after the cycle
Noise, vibration, and harshness checks for damper spring layout, bearing noise, and take-up judder
Bearing durability and lubrication stability review
Corrosion protection review for storage and transit
Traceability records by batch, lot, or production date
For buyers in Europe and export markets, this evidence supports internal approval and helps reduce claims caused by wrong-fit or early-life failures. Where a kit is being compared across suppliers, ask for test conditions, sample count, acceptance criteria, and whether the data comes from routine production or one-time sample validation.
A practical approval file should name the tested part number, sample quantity, test date, equipment used, acceptance range, actual measured result, and corrective action rule if a batch falls outside tolerance.
Failure mode: how cross-reference errors become returns
Most clutch kit returns start before installation. A sales line merges two similar Peugeot applications. A supersession is copied without checking the release bearing. A previous repair invoice lists the wrong aftermarket reference. The box fits the shelf, but the kit does not fit the vehicle.
A clean cross-reference process reduces returns, installation delays, and catalogue disputes. Use the OE part number as the starting point, then verify the physical and functional attributes before issuing a purchase order.
Driventus is an independent aftermarket manufacturer; brand names are referenced for fitment only. That statement should stay visible in the sourcing record and in distributor-facing product data so the part is presented as an aftermarket replacement, not as a vehicle-maker supplied component.
For Peugeot replacement programmes, a practical cross-reference file should include:
OE number and known supersessions
Vehicle model and model year range
Market or region where relevant
Engine code
Gearbox code
Disc diameter and spline data
Cover type and release bearing type
Included components in the kit
Any flywheel replacement or inspection note
Packaging code, barcode, and label language where required
Add a revision date and approval owner to the cross-reference file. If a supersession changes only the OE number, keep the old number searchable. If it changes disc size, bearing type, or flywheel compatibility, treat it as a technical revision and reapprove the application. This prevents sales teams from merging two similar Peugeot lines that require different release systems or hub offsets.
Where the OE number is not enough to resolve fitment, ask for sample comparison or drawing review. This is standard practice for multi-SKU aftermarket programmes with overlapping vehicle coverage.
Supplier scenario: when manufacturing control changes the risk profile
Consider two offers for the same Peugeot clutch kit line. One supplier assembles a disc, cover, and bearing from disconnected sources. The other manages the kit through one control plan, with defined checks for incoming materials, critical dimensions, cover load, bearing specification, final packaging, and lot traceability.
The second offer is easier to approve because the assembly is controlled as a system. A clutch kit has several parts that must work together. If the disc, cover, and bearing drift independently, the buyer may see inconsistent release characteristics, noise complaints, premature wear, or shipment-to-shipment variation.
Vertically integrated production helps by keeping key controls inside one quality chain:
Incoming material verification
Machining, stamping, and heat-treatment control where applicable
Assembly consistency for disc, cover, and bearing components
Final inspection of critical dimensions
Functional checks against the approved specification
Traceability by batch or lot
For import managers and distributors, that structure matters more than a brochure claim. It supports stable lead times, clearer root-cause analysis, and less variation between shipments. In supplier qualification, ask who controls the friction facing, hub assembly, pressure-plate machining, diaphragm spring, bearing, final kit assembly, and end-of-line inspection. If any process is outsourced, require the control plan, incoming inspection method, and non-conformance process.
Where a programme requires tailored packaging, barcode labelling, mixed-language marking, or channel-specific kit contents, custom manufacturing can also align the kit with distributor requirements. See custom manufacturing and our catalog for sourcing entry points.
Procurement Q-and-A: what to lock before approval
Before approving a supplier, confirm the following items are available in writing:
OE cross-reference and application list
Supersession notes where available
Technical drawing or dimensional sheet
Kit contents list
Material and coating summary
Release bearing specification
Flywheel compatibility note
Quality system evidence
Validation or inspection report
Sample approval process
Lead time and MOQ
Packaging and labelling format
Traceability method for production batches
What should be normalized for price comparison? Ask suppliers to quote the same basis: EXW, FOB, CIF, or DDP; currency; MOQ per SKU; carton quantity; pallet quantity; sample cost; tooling or label setup charges; and payment terms.
How should lead time be reviewed? Split it into sample preparation, sample approval, mass production, inspection, and transit. A fast reorder from stocked components is different from a new private-label batch requiring printed cartons and barcode approval.
Where should the records live? Keep them with the purchase file, not only in email threads. Purchasing, quality, warehouse, and sales teams need the same approved data when the programme moves from sample approval to repeat orders.
If your programme also covers adjacent engine components, review our engine components range to align ordering across related assemblies. For quality documentation and audit references, see the quality system. For a buying programme that needs confirmed availability, packaging detail, or technical clarification, request a quote.
Frequently asked questions
No. OE-equivalent means the aftermarket part is specified to match the original application requirements in fit and function. It does not mean the part is supplied, branded, or approved by the vehicle maker.
Start with the OE cross-reference and application matrix, then request disc diameter, spline count, spline major diameter, hub offset, release bearing type and height, flywheel compatibility, and the full kit contents list. Those details resolve most early fitment risk.
Not always. It depends on wear, scoring, heat damage, runout, and whether the vehicle uses a dual-mass flywheel. The flywheel condition should be inspected before final order release, and dual-mass flywheels should be checked against the vehicle-maker or supplier limits for free play, rock, noise, and heat damage.
IATF 16949:2016, ISO 9001:2015, traceability records, dimensional inspection reports, clamp-load or torque-capacity validation, sample approval records, and material compliance evidence such as REACH (EC) No 1907/2006 where applicable are practical starting points.
For fitment confirmation, technical data, MOQ, lead time, packaging details, and sourcing support, review the product details and send your application list through [request a quote](/contact.html).
