Automatic, DCT, CVT and Manual Transmission Fluid: Read the Right Schedule
Transmission names conceal fundamentally different servicing needs. A torque-converter automatic, dual-clutch unit, CVT and manual gearbox may require…
Read guideExplore source-led vehicle data, editorial guides and market-specific research.
Transmission names conceal fundamentally different servicing needs. A torque-converter automatic, dual-clutch unit, CVT and manual gearbox may require…
Read guideOil viscosity is only one part of an engine-oil specification. A bottle that seems suitably thick or thin may still fail the manufacturer's required…
Read guideSuzuki's Z12E is a useful illustration of a compact, region-specific engine that can be missed in American-focused databases.
Read guideThe Kia EV3 shows why an EV battery should be documented as a specific pack option inside a model lineage rather than treated as a platform-wide…
Read guideThe Stellantis 48-volt hybrid eDCT family is more capable at low speed than the phrase mild hybrid may suggest.
Read guideRenault's revised E-Tech full hybrid 160 is a particularly useful counterexample to the idea that every automatic hybrid uses a CVT.
Read guideFifth-generation BMW eDrive is notable for an unusual electric motor design: BMW uses electrically excited synchronous machines rather than relying on…
Read guideBMW's B58B30M2 provides an instructive case of an engine family receiving a specific mild-hybrid revision without changing its widely recognized…
Read guideThe Volkswagen EA888 evo4 is one of the clearest examples of an engine family name concealing meaningful calibration differences.
Read guideSubaru's 2.5-litre Strong Hybrid is a distinct system worth examining separately from the company's earlier small e-BOXER electrification.
Read guideNo matches on this page. Try another term or page.