TA
Tomás A.Verified purchase
Your cart is empty
Add prompt packs to continue
Copy, paste and use them in your favorite AI:
Just $0.08 per prompt · one-time payment
100 resources included
Optimize your vehicle evaluation processes with this master collection of prompts designed exclusively for high-level appraisers. This technical resource provides precise tools for writing judicial reports, structural integrity analysis and advanced fraud detection, allowing impeccable standardization in each opinion issued. Transform technical inspection complexity into efficient and cost-effective workflows. By integrating artificial intelligence into your professional practice, you will guarantee accurate commercial valuations, realistic repair estimates and solid legal documentation that raise the prestige of your services in the insurance and judicial market.
He acts as a Forensic Expert Specialized in Road Accident Reconstruction with vast experience in collision kinematics and impact biomechanics. Your mission is to execute a critical technical analysis titled 'Relationship of damages against facts' to determine the veracity of an incident. The main objective is to validate whether the morphology of the deformations, mass transfer and kinetic energy dissipated in the vehicles [Make/Model Vehicle A] and [Make/Model Vehicle B] have a logical and physical causal relationship with the narrative described in the [Narrative of the Facts] section. For this analysis, you must consider the laws of classical physics (conservation of linear and angular momentum) and apply them to the points of initial contact. Carefully evaluate whether the height of the contact marks on vehicle A matches the geometry and design dimensions of vehicle B. Analyze the direction of the impact forces (vectors) based on the depth and direction of the metallic drag. It is imperative to identify if there are damages that do not correspond to the reported dynamics, such as multiple contact marks in a single event or discrepancies in the transfer of paint/polymer between the surfaces involved. The final deliverable must be a technical correlation opinion that breaks down: 1. Geometric compatibility analysis (heights and dimensions). 2. Dynamic correspondence analysis (direction of force vs. deformation). 3. Energy coherence study (does the declared speed justify the magnitude of the damage?). 4. Categorical conclusion on whether the facts described are 'Technically Compatible', 'Technically Incompatible' or 'Partially Compatible', substantiating each point with observable physical evidence and automotive engineering principles. Use the following input data to start the process: - Final position of the units: [Describe position]. - Estimated impact point: [Coordinates or reference]. - Speed declared by drivers: [Speed A and B]. - Pavement conditions and weather: [Dry/Wet/Sunlight/Night]. - Detailed description of the damage to unit A: [Damage Detail]. - Detailed description of the damage to unit B: [Damage Detail]. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
Instant access after purchase from your dashboard. Just copy and paste into your AI.
ChatGPT, Claude, Gemini, DeepSeek, Grok, Qwen and any AI chat.
Yes. Every prompt includes bracketed fields where you insert your own information, context and specifics, so they fit your situation, country or industry.
Yes. Above you can read full sample prompts, exactly as you'll receive them, to check the quality before paying.
Yes. Pay once and they're yours forever, updates included.
He acts as a Senior Mechanical Engineer with a specialty in Automotive Forensic Expertise and Structural Failure Analysis. Your objective is to perform a thorough technical evaluation of the lubrication system of the vehicle [VEHICLE_MODEL_AND_YEAR] with a recorded mileage of [TOTAL_MILEAGE]. This inspection is critical to determine the integrity of the engine's internal components and potential liability in cases of warranty claims or mechanical accidents. It begins by analyzing the current lubricant level using the dipstick or electronic sensor, crossing this data with the nominal capacity specified by the manufacturer for the engine [ENGINE_TYPE]. It describes in detail whether the level is in the optimal range, below the minimum (risk of cavitation and lack of pressure) or above the maximum (risk of aeration and seal damage). Use the data provided on [MAINTENANCE_HISTORY] to contextualize whether the observed oil consumption is normal for its life cycle or whether it indicates premature wear of rings or valve guides. Performs a visual organoleptic and physical-chemical analysis of the extracted fluid. Describes the [OIL_COLOR] (e.g. amber, charred black, milky/brown) and [TOUCH_TEXTURE] (presence of sludge, suspended metal particles, or fuel dilution). If an emulsified appearance is detected, evaluate the possible intrusion of coolant through the head gasket or cracks in the block, which would irreversibly compromise the internal mechanical structure. Links lubricant findings to dynamic engine performance. If the level is critical, it projects the impact on the connecting rod, main and camshaft bearings. Prepare a technical opinion that classifies the condition of the vehicle on a scale of 'Optimal', 'Moderate Risk' or 'Imminent Structural Failure'. The report should include a 'Technical Depreciation' section based on neglect of maintenance or evidence of internal damage due to poor lubrication, facilitating decision making for the appraiser. Finally, it generates a table of immediate technical recommendations for the owner or insurer, breaking down the necessary repairs according to the findings in [ADDITIONAL_MECHANICAL_OBSERVATIONS] and the quality of the lubricant detected in the sample. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
He acts as a Senior Engineer specialized in Electric Vehicle Expertise and High Voltage Propulsion Systems. Your mission is to carry out an exhaustive and technical analysis on the physical, electrical and functional condition of an electric traction motor belonging to a [TIPO_DE_VEHICULO] with a registered mileage of [KILOMETRAJE]. This technical report is essential to determine the real value of the asset in the market and detect possible premature degradations or hidden failures that compromise the operational safety of the vehicle. Diagnosis begins by evaluating the insulation integrity of the stator windings and the magnetic state of the rotor. You must simulate the interpretation of insulation resistance tests (Megaohmometer) and phase balance tests. It describes in detail how the values obtained under the conditions of [ESTADO_CARGA_BATERIA] and the operating temperature affect the energy efficiency. It includes an analysis of the possible presence of partial discharges or galvanic corrosion in the high voltage terminals, technically justifying each observation for the expert report. Rigorously analyzes the thermal management system associated exclusively with the engine. Describes the condition of the cooling channels (whether liquid or oil), the efficiency of the coolant pump, and the integrity of the mechanical seals to rule out internal leaks. It uses hypothetical infrared thermography data to identify hot spots in the connecting bridges and explains how a temperature drift in the [NOMBRE_DEL_SENSOR] sensor could indicate excessive bearing wear or a flaw in the manufacturer's heat flow design. It evaluates the dynamic response of the motor by analyzing the signal from the 'resolver' or rotor position sensor. Document any anomalies in torque delivery or unusual noises (such as excessive magnetic howling or mechanical vibrations) that may suggest shaft misalignment or damage to permanent magnets from previous overheating. It cross-references this information with the error codes stored in the inverter control unit (MCU) to validate if the event history matches the physical wear observed on the power unit. Finally, generate a table of technical conclusions that classifies the state of the engine on a scale from 'Optimal' to 'Critical'. Provides an estimate of the remaining useful life (RUL) based on [NORMATIVA_O_MARCA] standards and dictates necessary recommendations for corrective maintenance or depreciation of the vehicle value in the appraisal report. Make sure the language is technical, precise, and appropriate for an automotive forensic audit. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering. Important: do not invent citations, case numbers, rulings, studies, or references. If you cannot verify them against real sources (web search or documents I provide), say so clearly, base the analysis on general criteria, and point out which data I should verify in official sources.
It's a master instruction, optimized for AI.
Prompt
your instruction
AI
Result
Based on 7 reviews
Exactly what I was looking for. The quality of the answers I get improved a lot. Already recommended them to my team.
Happy with the purchase. They saved me time on several tasks. Came close to a five.
It does the job, though I expected a bit more. They work as a starting point. Could be better but useful.
I was impressed by the quality. They work just as well in ChatGPT and Claude. One hundred percent recommended.
I was impressed by the quality. They're easy to adapt to my case by just changing the fields. Totally recommend them.
Very good material. Most of them worked on the first try. I recommend it.
Happy with the purchase. They saved me time on several tasks. Good option.