Automotive businesses run on part numbers and repeat enquiries. The same customer asks for the same part six months later, and the price, the supplier and the last quotation are in somebody’s inbox.
Odoo puts enquiries, quotations, parts stock, purchasing and accounting in one place, so quoting the second time is faster than quoting the first.
Businesses running Odoo with OdooBots
Odoo ERP for automotive connects customer enquiries, parts inventory, purchasing and service operations in one database. CRM captures the enquiry, Sales turns it into a quotation against live parts stock, Purchase replenishes what was committed, Inventory tracks parts by location and where needed by serial, and Accounting posts the margin. Fleet handles vehicles the business owns or services.
The decision that matters most in automotive is how the part master is structured. OEM number, aftermarket number, supersession and interchange are different things, and modelling them as one field is what makes a catalogue unsearchable two years later.
Taken from the project itself, not from a capability list.
A customised Odoo ERP and CRM covering RFQ management, quotation tracking, sales forecasting, opportunity management and sales analytics across the parts business.
High RFQ volume with repeat part numbers needs quotation history and forecasting in the same system as stock, or sales commits to quantities production and purchasing cannot meet.
See every industry we implement Odoo for, or the full Odoo ERP implementation service.
Odoo connects the applications an automotive business depends on: CRM for enquiries, Sales for quotations and orders, Inventory for parts, Purchase for supplier management, Fleet for vehicles, and Accounting underneath all of it.
Quotation templates, customer pricelists, quantity breaks and discount approval, with delivery dates checked against live parts stock before they are promised.
Enquiries from phone, website and WhatsApp captured as leads, assigned by rule, with the activity history that makes the second enquiry faster than the first.
Parts by location and bin, minimum stock rules per part, and lot or serial tracking where warranty or recall requires it.
RFQs to multiple suppliers, vendor pricelists with lead times, purchase agreements and approval limits by value.
Vehicles with odometer readings, service schedules, costs, insurance and document expiry against each one.
Customer invoices, vendor bills, GST and e-invoice, and the margin reporting that tells you which parts actually make money.
An enquiry becomes an opportunity, the opportunity becomes a quotation priced from the customer pricelist and checked against live stock, and the confirmed order drives both the delivery and the replenishment.
These are the configuration decisions that are cheap to make now and structural to change later. We walk through each one before a single record is migrated.
Manufacturer part number as its own searchable field, not buried in the description. This single decision determines whether your catalogue is usable in year three.
How a replaced part number points at its successor, and whether a search for the old number finds the new one. Usually product references plus a custom field.
FIFO or average cost. With fluctuating landed cost on imported parts, standard cost without revaluation makes margin reports wrong.
Only where warranty or recall genuinely needs it. Serialising every fastener doubles counter time for no benefit.
Whether a part leaving stock is a direct sale or a consumption on a service job. These post differently and need deciding before go-live.
How long a quote holds its price, and who may discount beyond a threshold. In a volatile parts market this protects real margin.
Minimum and maximum per part per location, so a slow-moving part at one branch is not reordered because another branch sells it.
The right configuration depends on how your business actually operates, not on your sector label.
Wide catalogue, repeat enquiries, and margin decided by purchase price and quotation speed.
Job cards consuming parts and labour, with the same stock as counter sales.
Vehicle sales alongside parts and service, each with different margins and approval rules.
Vehicles as assets with service schedules, running cost per vehicle and document expiry.
Production against OEM schedules, where BOMs and traceability matter more than counter stock.
Several outlets sharing suppliers and a catalogue, with inter-branch transfers.
We would rather say this before you buy licences than after. These are the areas where we scope real development, recommend a bolt-on, or tell you Odoo is the wrong tool.
Looking up fitment by vehicle identification number against a licensed catalogue is not native. It needs an integration with a catalogue provider.
Multi-step supersession histories need custom modelling. Odoo handles a replacement reference, not a chain with dates and regions.
OEM warranty claim submission and reimbursement tracking usually need development or a separate system.
Odoo Planning schedules people; dedicated workshop bay and lift scheduling with technician skills is a specialist need.
OEM-mandated DMS reporting formats are fixed by the manufacturer and usually require an integration you cannot negotiate.
Catalogues in the hundreds of thousands of SKUs need infrastructure planning, not a default hosting plan.
Implementing Odoo for automotive needs more than installing the applications. Your ERP should reflect how your operations actually run.
Understand your part numbering, catalogue size, supplier terms, how enquiries arrive, and whether service jobs consume the same stock as counter sales.
Map enquiry-to-quotation-to-order and purchase-to-stock onto Odoo, and settle the part master structure before any catalogue is loaded.
Configure the applications above around your requirements rather than installing them at their defaults.
Prepare and migrate masters, open items and opening balances. Data cleaning is scoped explicitly, because it is usually the largest single task. See Odoo migration.
Connect the systems you are keeping and build only what configuration genuinely cannot reach. See integration and customization.
Your own team runs real transactions in a test database before go-live. Role-based training for the people who key them daily. See Odoo training.
Cutover planning, opening balance freeze, hypercare in the first weeks, then ongoing support and AMC.
We do not publish one implementation price, because the same application list costs very differently depending on the factors below. We do publish what moves the number, and the price is fixed in writing before work starts.
Automotive implementations are decided by the part master. We have built RFQ management, quotation tracking and sales forecasting on Odoo for Sanjeev Autoparts, and we scope catalogue cleaning explicitly rather than discovering it in month three.
Product capabilities stated on this page are documented by Odoo. The configuration advice and limitations come from our own implementations.
Tell us how many part numbers you hold and whether service jobs draw on the same stock as the counter. Those two answers shape most of the configuration, and the diagnosis call is free.
