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ERP Builders

Industry · Manufacturing

Automotive ERP for suppliers, parts businesses and workshops

“Automotive” covers very different businesses: tier-two suppliers shipping to OEM plants on tight schedules, aftermarket distributors with catalogues of tens of thousands of parts, and service workshops managing vehicles, technicians and parts. Each needs a different emphasis from its ERP.
  • M01Sales & EDI
  • M02Manufacturing
  • M03Inventory
  • M04Purchasing
  • M05Quality
  • M06Repair / Service

Context

ERP in automotive

What they share is volume, precision and traceability: the right part, in the right quantity, at the right time, with records to prove where it came from.

01Operational challenges

What usually breaks before the ERP project starts

01

OEM schedule volatility

Release schedules change weekly, and suppliers must adjust production without overbuilding.

02

EDI and labelling requirements

Customers mandate EDI releases, advance shipping notices and specific label formats.

03

Fitment data complexity

Aftermarket parts must be matched to make, model, year and engine variants.

04

Workshop parts and labour

Service jobs need parts reserved and technicians scheduled, with warranty claims tracked.

02Core flows

How the ERP should handle each part of the business

Sales flow
Suppliers receive blanket orders with releases via EDI; distributors sell by fitment lookup to trade and retail; workshops quote jobs combining parts and labour.
Procurement
Components purchased against firm and forecast releases; distributors replenish by demand history and supplier lead times.
Inventory
Lot or serial tracking for safety-relevant parts; large SKU counts organised by category and supersession chains.
Warehouse
High-volume picking, cross-references between part numbers and customer-specific packaging and labels.
Manufacturing
Suppliers run repetitive production against releases with quality checkpoints, PPAP documentation and traceability to material lots.
Accounting
Customer-specific pricing and rebates, warranty recoveries and core charges for remanufactured parts.
CRM
Fleet and trade accounts, OEM programme management and workshop customer histories by vehicle.

03Industry workflows

Workflows specific to automotive

01

Release management

Incoming EDI releases update planned demand; cumulative quantities reconciled against shipments.

02

Part supersession

Superseded part numbers redirect demand and stock to replacements.

03

Core returns

Core charges billed with remanufactured parts and credited when cores are returned.

04

Warranty claims

Failed parts claimed back to suppliers with documentation from the service job.

04 — Reporting

Reports that should come out of the system, not a spreadsheet

  • Release vs shipment cumulative reconciliation
  • Fill rate and on-time delivery by customer
  • Stock turns by part category
  • Warranty claims and recoveries
  • Workshop technician utilisation
  • Quality PPM by customer

05 — Compliance

Compliance considerations

Automotive suppliers often operate under IATF 16949 with PPAP, control plans and traceability. Distributors may face product safety recall obligations. The ERP should retain lot genealogy, quality records and supplier documentation.

Regulatory requirements vary by jurisdiction. We configure the system to support your obligations; confirm specific rules with your auditor or compliance advisor.

06 — Integrations

Systems the ERP needs to talk to

EDI with OEMs, fitment catalogue data providers, dealer and workshop systems, carrier platforms and marketplaces for aftermarket sales are the main integrations.

07AI opportunities

Where AI is genuinely useful here

Practical uses that sit on top of clean ERP data. None of them replace getting the core transactions right first.

01

Part identification

Match customer descriptions or part numbers from other catalogues to your SKUs.

02

Release change analysis

Highlight significant changes between successive OEM releases for planners.

03

Workshop job drafting

Suggest parts and labour lines from a described fault or service interval.

08ERP modules

Modules a typical deployment includes

  • M01Sales & EDI
  • M02Manufacturing
  • M03Inventory
  • M04Purchasing
  • M05Quality
  • M06Repair / Service
  • M07Accounting
  • M08Barcode

09Roadmap

Implementation roadmap

  1. 01

    Segment-specific design

    Decide whether supplier, distributor or workshop processes are the focus.

  2. 02

    Core flows

    Orders, inventory, purchasing and accounting live.

  3. 03

    EDI and fitment

    Customer EDI or catalogue data integrated.

  4. 04

    Quality and service

    PPAP records, warranty and workshop flows.

10Common mistakes

Mistakes we see repeatedly

01

Manual EDI handling

Re-keying releases defeats the purpose of EDI and causes shipment errors.

02

Ignoring supersessions

Without supersession chains, demand and stock fragment across old and new part numbers.

03

Generic labels

Non-compliant labels can lead to customer chargebacks.

04

Fitment as free text

Unstructured fitment data cannot power accurate search or online sales.

Insights

Related reading

FAQ

Frequently asked questions

Can the ERP handle OEM EDI releases?

Yes, through EDI integration that converts releases into demand and generates advance shipping notices from shipments.

How do we manage fitment data?

Fitment can be stored as structured attributes or linked to a fitment data provider, depending on catalogue size.

Can workshops use the same system?

Yes, with repair or service modules for vehicles, jobs, parts and labour.

Next step

Automotive customers demanding more precision?

We will look at releases, labels and traceability in your operation.