VIN decoder
Enter any 17-character VIN and see exactly what the vehicle is — make, model, year, engine, body, and where it was built.
Decoding uses the U.S. NHTSA vPIC database (covers vehicles sold in North America). No VINs are stored by us — the lookup goes straight from your browser to NHTSA.
Why VINs matter for fleets
Fleet records rot: trackers get swapped between trucks, spreadsheets fall behind, and a year later nobody is sure which unit is in which vehicle. The VIN is the fix — it’s burned into the vehicle and readable electronically through the OBD port.
That’s why Always ON Tracking reads the VIN automatically from every vehicle: assets identify themselves, make/model/ year fill in on their own, and if a tracker ever moves to a different vehicle, the platform notices the VIN change.
VIN questions, answered
The most common spots: the driver-side dashboard visible through the windshield, the driver-door jamb sticker, your ownership/registration papers, and your insurance documents. On trucks and equipment it may also be stamped on the frame.
Positions 1–3 identify the country and manufacturer, positions 4–8 describe the vehicle (model, body, engine), position 9 is a check digit, position 10 is the model year, position 11 is the assembly plant, and positions 12–17 are the unique serial number. VINs never use the letters I, O, or Q to avoid confusion with 1 and 0.
No — this decoder tells you what the vehicle IS (make, model, year, engine, plant), from the public NHTSA database. Accident and lien history are separate paid services (e.g. CARFAX Canada).
The VIN is the one identifier that never lies about which vehicle a tracker is in. Always ON Tracking reads the VIN automatically through the OBD port — so the platform always knows the exact vehicle, flags it if a tracker is moved between vehicles, and fills in make/model/year for you.
A fleet that identifies itself
VIN, odometer, engine hours, and fuel — collected automatically from every vehicle.