Explore Prompts

Create a checklist to reduce counterfeit parts risk: packaging signs, supplier reputation, pricing red flags, part markings, documentation, and high-risk categories like brakes, bearings, filters, and electronics.

Create a parts selection framework comparing OEM, aftermarket, used, rebuilt, and performance parts. Include safety-critical categories, warranty, fitment risk, and customer budget.

Create a repair estimate structure: mandatory safety repairs, recommended maintenance, optional upgrades, parts/labor assumptions, uncertainty, and customer decision points.

Rewrite technical repair findings into clear customer language. Provide versions for budget-conscious, safety-critical, and enthusiast customers. Include what to show with photos or measurements.

Create a diagnostic note template: complaint, conditions, tests performed, measurements, interpretation, repair recommendation, and validation result. Make it suitable for workshop records and customer communication.

Create a safety checklist for lifting/supporting cars, motorcycles, and bicycles: lift points, stands, wheel chocks, stability, center of gravity, and final shake test before work.

Create a workshop safety audit: lifting/support, fire risk, battery handling, ventilation, chemicals, rotating machinery, PPE, and tool condition. Include a monthly inspection checklist.

Create a risk matrix for 3D-printed vehicle parts: cosmetic, non-critical, load-bearing, heat-exposed, safety-critical. Include material choices, testing, and parts that should not be printed casually.

Create a high-level welding risk review for vehicle parts: load path, heat-affected zone, material compatibility, distortion, inspection, and when certified fabrication is required.

Create a fabrication planning checklist for custom brackets, mounts, and adapters: measurement method, tolerance stack-up, hole alignment, service clearance, vibration, and test fitting.

Help select materials for custom vehicle parts: aluminum, steel, stainless, titanium, composites, plastics, and 3D-printed materials. Include strength, fatigue, heat, corrosion, and manufacturability considerations.

Create a corrosion assessment workflow: structural vs cosmetic rust, galvanic corrosion, brake/fuel line risk, seized fasteners, bicycle frame materials, and prevention strategy.