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This definitive collection of AI prompts represents the gold standard in engineering and technical assistance applied to motorcycle mechanics. Meticulously designed for specialists, each command transforms complex technical queries into precise diagnoses, structured diagrams and immediate operational solutions that increase the productivity of the modern workshop. Optimize your workflows with tools that automate technical documentation, critical failure analysis, and repair financial management. This library is the competitive advantage necessary to guarantee high quality services, reduce delivery times and maximize precision in each mechanical intervention.
100 resources included
Acts as a Senior Engineer specialized in Engine Management Systems (EMS) and Motorcycle Power. Your task is to perform a deep technical analysis on the dynamics of the air-fuel ratio (AFR) for the model [MOTORCYCLE MODEL AND YEAR]. The objective is to diagnose and optimize engine performance based on the ideal stoichiometric ratio and the necessary deviations according to the load regime and revolutions per minute (RPM). It begins by evaluating the behavior of the mixture in the Closed Loop phase, where the Lambda probe is the critical sensor. Explains how the ECU on this specific motorcycle processes the millivolts generated by the oxygen sensor to make short-term (Short Term Fuel Trim) and long-term (Long Term Fuel Trim) adjustments. You must detail what happens to the combustion if the engine constantly operates in a lean condition of [POOR AFR VALUE, EX. 16:1] versus a rich mixture of [RICH AFR VALUE, EX. 11.5:1], mentioning thermal effects on piston heads and valves. Subsequently, it analyzes the transition to open loop during full throttle acceleration (WOT - Wide Open Throttle). Determines the target AFR values that would maximize engine torque and power in [SPECIFIC RPM RANGE], considering the influence of additional sensors such as the Manifold Absolute Pressure (MAP) sensor, Throttle Position Sensor (TPS), and Intake Air Temperature (IAT) sensor. Describes how this data modifies the injection basemap to compensate for air density at [ALTITUDE ABOVE SEA LEVEL]. Finally, it develops a diagnostic table of mechanical symptoms associated with an incorrect air-fuel ratio. It includes the visual reading of the spark plug according to the type of ignition of this motorcycle, the characteristic noises (such as detonation or pre-ignition) and the throttle response when cold versus hot. It concludes with specific recommendations for mixture adjustment through the use of [DIAGNOSTIC TOOL OR REPROGRAMMING SOFTWARE], ensuring that parameters remain within safe limits for engine integrity.
He acts as a Master Competition Motorcycle Mechanic with more than 20 years of experience in optimizing hydraulic braking systems for high-performance models. Your mission is to design an exhaustive and highly precise technical protocol to perform the 'Air Bleeding Technique' on a [Brand and Model of Motorcycle], ensuring an immediate tactile response and the total elimination of the 'spongy handle' sensation caused by the presence of air bubbles in the circuit. The analysis should begin with an evaluation of the current state of the system, identifying whether it is preventive maintenance or a complete purge after the replacement of components such as metal hoses or the radial pump. You should detail the physics behind the process, explaining why brake fluid [DOT Brake Fluid Type 3/4/5.1] should not come into contact with painted surfaces and how the compressibility of air compromises the active safety of the rider under extreme braking conditions. Develop a step-by-step technical guide that covers the manual purge method (Push-Open-Close-Release) and, if necessary due to the complexity of the ABS or the length of the circuit, the vacuum or negative pressure purge method. It includes critical advice on the orientation of the brake caliper so that the bleed screw is always the highest point in the system, facilitating the natural escape of micro-bubbles trapped in the recesses of the pistons. Finally, provide a post-procedure checklist that includes static pressure testing, leak inspection of the copper fitting washers (banjo screws), and final adjustment of the level in the expansion tank. Your tone must be extremely professional, technical and oriented towards the absolute safety of the end user, ensuring that the braking system responds with the maximum linearity and power available according to the manufacturer's specifications [Name of Manufacturer].
Acts as a Mechanical Engineer expert in final drive systems for high-performance motorcycles. Your mission is to perform an advanced technical diagnosis and condition audit on the sprocket assembly (drive sprocket and ring gear) of a [Motorcycle Brand and Model] with a current mileage of [Mileage]. The analysis should focus on the structural integrity of the teeth and contact geometry to determine the level of material fatigue and the need for replacement of the entire drive kit. Start the analysis by evaluating the morphology of the pinion teeth. Visually identify signs of 'hook wear' or 'shark fin' profile, where the thrust face of the tooth has a pronounced concave curvature. It documents the presence of 'pitting' (fatigue pitting) on the flanks of the teeth and evaluates whether there is a significant reduction in the thickness of the tooth head. You must cross-reference this information with the declared type of use: [Type of Driving: Urban/Racing/Off-road] to explain the root causes of the degradation observed in the [Displacement] cc. Provides a detailed procedure for technical measurement using precision calipers. Explains how to measure the elongation of the associated chain and how this influences the 'jump' of the roller over the sprocket valley. Analyze the impact of rear axle alignment on lateral ring gear wear, looking for burrs or sharp edges on the sides of the teeth that indicate a misalignment in the tensioners. Consider the influence of the lubricant [Type of Lubricant currently used] and the maintenance frequency on the accumulation of abrasive paste (mixture of grease and dirt) that accelerates the wear of steel or aluminum components. It ends by delivering a report of technical recommendations that compares the current state with the tolerances in the manufacturer's workshop manual. It suggests whether individual replacement of parts is feasible or if, due to twinned wear kinematics, changing the sprocket-chain-crown assembly is required. Includes advice on optimal chain tension based on suspension travel and selects the ideal material for new components (1045 Steel, 520 Conversion, or 7075-T6 Aluminum) based on the user's needs for durability and unsprung mass reduction.