Explore Prompts

Create an alignment strategy across vehicle types: toe, camber, caster, thrust angle, frame/fork alignment, wheel dish, and how alignment affects tire wear and handling.

Create an exhaust diagnostic plan: pre/post-sensor leaks, catalyst efficiency, backpressure, rattles, mounts, and heat shielding. Include test order and safety cautions.

Create a fuel injection sensor plausibility checklist: TPS, MAP/MAF, IAT, ECT, crank/cam sensors, O2/AFR sensors, and wiring. Include expected relationships under different operating conditions.

Create a carburetor tuning diagnostic flow for motorcycles: pilot circuit, needle, main jet, float height, choke/enrichment, vacuum leaks, plug reading, and altitude/temperature effects.

Explain how to interpret compression and leakdown results. Provide a workflow to distinguish rings, valves, head gasket, cam timing, and test setup errors.

Create a lubrication strategy for engines, gearboxes, chains, and bicycle drivetrains. Include viscosity, service intervals, contamination signs, oil analysis, and operating condition adjustments.

Create a cooling system diagnostic tree: thermostat, radiator, fan control, water pump, pressure cap, air pockets, head gasket indicators, coolant condition, and leak testing.

Create a high-level safety-oriented service plan for EV/hybrid work: high-voltage awareness, isolation procedures to verify from manufacturer info, PPE considerations, and jobs that require certified training.

Design a parasitic draw diagnostic workflow: sleep timing, current measurement, fuse isolation, module wake-ups, aftermarket accessories, and safe meter setup. Include a documentation table.

Create a charging system diagnostic plan for cars and motorcycles: battery state, alternator/stator output, regulator/rectifier, parasitic draw, grounds, connectors, and load testing.

Design a CAN/LIN/network fault triage workflow for modern vehicles: topology, termination checks, DTC grouping, module wake/sleep behavior, bus voltage, and when to suspect wiring vs module faults.

Create an electrical diagnostic plan using voltage drop testing. Include battery health, grounds, connectors, relays, fuses, load testing, intermittent faults, and documentation of measured values.