A spare parts catalogue almost never sits under a single regulation. Filters, brake friction, lamps and lubricants are each assessed their own way, and Saudi Arabia checks this category harder than most because it is the one counterfeiters work in.
Send to scope a parts file:
Six things that shape an automotive file, and two of them have nothing to do with testing.
Braking, steering, suspension, lighting, glass and restraint components sit at the strict end of the scale. Expect full laboratory evidence, tight marking rules and little tolerance for documentary gaps.
Saudi Arabia polices the spare parts market closely, and the certificate is only half of it. Brand authorisation, traceable marking and consistent packaging are looked at with the same attention as the test report.
A part is defined by what it fits. The vehicle makes, models and years a component is declared for belong in the technical file, because a part certified for one application is not certified for the rest of the catalogue.
Filters, batteries, lamps, glass, lubricants and brake friction are governed by different requirements. A supplier shipping a mixed container is running several certification files at once, not one.
Part number, manufacturer identification, batch or production date and origin are expected on the component itself for most families. Packaging alone does not satisfy the requirement.
Supplying under a vehicle manufacturer brand needs authorisation evidence. Supplying under your own brand needs your own conformity evidence. What you cannot do is borrow the first to support the second.
Each family below is its own regulation, its own standard and its own certificate. This is the grouping the file is built on.
Pads, shoes, discs and drums, assessed on friction performance, thermal behaviour and composition. Restricted-substance declarations sit alongside the performance testing.
Oil, air, fuel and cabin filters, assessed on efficiency, capacity and pressure drop. High volume, heavily counterfeited, and inspected accordingly.
Starter and auxiliary batteries, assessed on capacity, cold cranking and safety, with transport documentation on top. Labelling and hazard marking are checked closely.
Engine oil, transmission fluid, coolant and brake fluid — regulated as chemical products with their own specification testing, registration and Arabic artwork rules.
Headlamp units, bulbs and signalling lamps, assessed on photometric performance. Both an automotive requirement and, for the light source itself, an electrical one.
Windscreens, side and rear glazing and mirrors, assessed on impact behaviour, optical quality and fragmentation, with permanent marking required on the glass.
Arms, joints, bearings, shock absorbers, belts and clutch components, assessed on dimensional accuracy, materials and endurance.
Lower risk than the safety-critical families, but still regulated on materials, coatings and marking, and still needing a certificate before the container moves.
Five steps. Step one decides how many certificates you are actually buying, which is why it comes before any quotation.
A spare parts range rarely sits under one requirement. The first task is grouping the catalogue by HS code and regulation so each group has a defined route, rather than treating the container as a single file.
Makes, models, years and the original part numbers each item replaces are documented. This is what defines the product for certification, and it is the detail most often supplied late and incomplete.
Performance testing at a laboratory accredited for the automotive standard — friction, photometric, impact, capacity as the family demands. General-purpose scopes are not sufficient here.
Brand authorisation where a vehicle manufacturer name appears, part marking artwork, packaging and Arabic text are reviewed together, before the technical submission rather than after it.
Product certificates are issued per group and registered on SABER, then each consignment is raised against them with the invoice lines reconciled to the certified part numbers.
Ten items. The application list and the brand authorisation are the two that arrive late on almost every first file.
An aftermarket parts exporter shipping a mixed container — filters, brake pads, lamps and lubricants — to a Jeddah distributor for the first time.
Four hundred part numbers resolved to four regulations. What the client had planned as one certificate became four defined groups.
Fitment data was rebuilt from the supplier catalogue so every certified part number carried its makes, models and years.
Two lines used a vehicle manufacturer name in the product title without authorisation. Retitled as OE cross-references before submission.
Friction, filtration and photometric testing ran in parallel at accredited laboratories, with the lubricants handled on the chemical route.
Four product certificates, one shipment certificate, and an invoice template that reconciles line by line against the certified part numbers.
Six failures. The first is the most common in this category, and the second is the most expensive.
The certificate carries the manufacturer reference and the invoice carries a distributor code. At the shipment stage nothing reconciles, and the cargo waits while the paperwork is rebuilt.
A logo on the box, a make name on the listing, an OE number used as the product title. Any of these turns a conformity question into an intellectual property one at the port.
Four hundred part numbers submitted as a single family. The grouping rules follow the standard and the test basis, not the supplier catalogue, and the file is rebuilt at review.
Part number and batch printed on packaging while the component itself is unmarked. For most families the mark has to be on the part, and this is checked on inspection.
Fitments added after certification to widen the listing. The certificate covers what was declared, and the additions have no cover at all.
Second-hand and reconditioned components face import restrictions in several families regardless of testing. That question belongs at the start, not after the container is loaded.
The tyre file that sits beside this one, the certificates it produces, and the reconciliation it ends at.
Components and aftermarket spares. Complete vehicles follow a different route entirely.
Yes. Automotive components are regulated, and the safety-critical families — braking, steering, lighting, glass and restraints — sit at the strict end of the scale. Each group needs a product certificate registered on SABER, supported by testing at a laboratory accredited for the automotive standard, and then a shipment certificate per consignment.
No, and this is the most expensive assumption in the category. Grouping follows the standard and the test basis, so filters, brake friction, lamps and lubricants are separate files. A mixed container is several certification programmes running together, and planning it as one is what produces the surprise at the port.
If the vehicle manufacturer mark appears on the part, the packaging or the listing, you need documented authorisation. Saudi Arabia polices the spare parts market for counterfeits, and an unauthorised brand reference converts a routine clearance into an intellectual property matter. Referencing an OE number as a documented cross-reference is a different thing from using the brand as your own.
For most families: the part number, a manufacturer identification, a batch or production date and the country of origin, applied to the component rather than only to the box. Safety glass carries permanent marking of its own. Inspectors check the part, so packaging-only marking is treated as unmarked.
No. Tyres have their own technical regulation, their own testing and a labelling requirement that other parts do not carry, which is why they are handled as a separate file with a separate certificate.
They do not. Engine oils, transmission fluids, coolants and brake fluids are assessed as chemical products, with specification testing, their own registration requirements and stricter artwork rules. They are frequently the slowest line in a mixed automotive shipment.
Several families face restrictions on used and reconditioned components regardless of how they test, and some are not importable at all. Because the answer varies by family and changes, it is settled at classification — before the goods are bought, not after they are loaded.
Whole vehicles follow a different conformity route, with its own requirements around model approval, specification for the Saudi market and vehicle-level documentation. This page covers components and aftermarket spares; a vehicle programme should be scoped separately from the start.
Per group, testing usually runs two to six weeks depending on the family — photometric and friction work sits at the longer end. Most of the delay we actually see is not laboratory time but the application list and the brand authorisation arriving late, both of which can be prepared while testing runs.
It is, at the shipment stage. The shipment certificate reconciles the invoice against the certified part numbers, so a private numbering scheme has to be mapped to the certified references and the mapping has to be consistent on every document. It is easiest to fix once, in the invoice template, before the first shipment.
Send the part number list with HS codes and applications. We split it into the groups the regulations recognise, flag the brand and marking issues, and quote each group on what it actually requires.