Add case details
Enter the vehicle details and describe the fault or symptoms. Optionally upload a scan-tool screen photo or PDF report and add the DTCs.
DiagVima organises scan-tool findings and vehicle symptoms into a clear, practical test sequence — with measurement points, test conditions and expected values.
Multimeter · KOEO · compare with battery voltage
Scan tool · engine at operating temperature
DiagVima does not replace the technician. It brings together the workshop’s existing information and turns it into a structured diagnostic plan.
Enter the vehicle details and describe the fault or symptoms. Optionally upload a scan-tool screen photo or PDF report and add the DTCs.
Confirm the vehicle, engine, DTC status, fault state and symptoms before the report is created.
Review probable causes, measurements, required tools and next steps in clear, ranked cards.
Instead of spending hours searching forums, groups or wiring diagrams, enter the symptoms and receive a ranked checklist of one to five tests in seconds.
The technician does not start from scratch. Symptoms and DTCs become a structured diagnostic path, turning research time into productive workshop time.
Check a €20 filter, a connector or a ground before replacing a €1,000 pump or an ECU without sufficient evidence.
Junior technicians can follow structured test steps without constantly interrupting the senior technician.
Focus on VIN, actual data and measurements — live data, voltages and leak-off — before reaching a conclusion.
Times are indicative and depend on the completeness of the information, fault complexity and connection quality.
The real value lies in the next step: what to measure, which tool to use, under what conditions and what result to expect.
See it with a real case →Multimeter, oscilloscope or scan tool; test conditions and indicative expected values whenever the available information is sufficient.
Fast, safe and low-cost checks first. More complex scenarios only when needed.
DTCs, symptoms and live data are considered together to avoid blind parts replacement.
Recorded facts, probable causes and items requiring confirmation on the vehicle remain clearly separated.
DiagVima asks focused questions and lets the technician add actions, checks or measurements completed after the first report. The diagnostic path then adapts to the new findings and proposes the next steps.
Has the sensor supply been checked?
Yes. I measured 5.02 V and cleaned the connector.
TRecorded. Next: compare the signal at idle and 2,500 rpm.
Before you begin Confirm the actual DTCs, their status and available freeze-frame data.
Clear cards, visible priorities and technical guidance without unnecessary text — built for use in the workshop.
Organise tests with a multimeter, oscilloscope and live data around the actual evidence from the case.
Probable causes arranged in a practical order to help avoid unnecessary parts replacement.
Menus, instructions, technical cards and reports in English. Open DiagVima in a browser on a desktop, laptop, tablet or phone — with no software installation.
Request a DiagVima demonstration using a real case from your workshop.
Request a DiagVima demonstration using a real case from your workshop.
Request a demo