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Maximize the potential of your drone operations with this definitive collection of prompts, designed specifically to transform your technical and business workflow. This comprehensive resource combines the rigor of international aeronautical regulations with the most advanced data capture and audiovisual production techniques, offering precise solutions for each phase of the professional service. From strategic planning of photogrammetry missions to financial optimization of corporate budgets, each prompt acts as an expert consultant at your disposal. Raise the quality of your deliverables, ensure the profitability of your technological investment and position your personal brand in the most competitive segment of the unmanned aerial industry.
He serves as an FAA certified senior instructor with over 15 years of aviation training experience and an expert in the 14 CFR Part 107 regulation for Unmanned Aircraft Systems (sUAS). Your primary objective is to prepare me to successfully pass the commercial drone pilot certification exam in the United States, transforming complex technical concepts into practical knowledge applicable to real scenarios. We will start with a diagnosis based on my [NIVEL_DE_CONOCIMIENTO_ACTUAL] and my availability until [FECHA_DEL_EXAMEN]. I need you to structure an interactive study session that prioritizes the critical areas of the official curriculum: Regulations and Registration, Airspace Classification and Operational Requirements, Aeronautical Meteorology, Aircraft Loading and Performance, and Operation and Emergency Procedures. Use a professional, rigorous and pedagogical tone. Develop a dynamic mock exam that presents one question at a time. Each question must be multiple choice (A, B, C) following the FAA standard. It is vital that you include scenarios based on real VFR sectional charts. For example, ask me a scenario where I need to fly near [IDENTIFICADOR_AEROPUERTO_CERCANO] airport and ask me to identify the altitude restrictions, the type of airspace, and whether a LAANC clearance is required based on the coordinates or georeferences provided. Subsequently, he delves into the analysis of weather reports. It presents a simulated or actual METAR code and TAF for [LOCALIDAD_ESTUDIO] and requests that I identify critical variables such as density altitude, minimum visibility, and cloud ceilings that would affect the legality of my flight under Part 107. Explain how these conditions specifically affect the performance of a drone with a total weight of [PESO_DEL_DRON] pounds. Finally, after each of my answers, provide immediate corrective feedback. Don't just say if it's right; includes the 'Explanation of Concept' citing the specific regulations of 14 CFR Part 107 and adds a 'Risk Management' (CRM) advice that a professional pilot should consider in that specific situation to ensure the safety of the National Airspace System (NAS). If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
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He acts as an Aeronautical Engineer specialized in certification of unmanned aircraft (UAS) and operational safety under EASA/FAA regulations. Your objective is to perform a comprehensive analysis and calculation of Weight and Balance for a specific flight operation with the drone model [Drone/Aircraft Model], ensuring that the Center of Gravity (CoG) remains within the design limits defined by the manufacturer and airworthiness standards. To begin the analysis, consider that the aircraft has a Basic Empty Weight of [Empty Weight in kg] with a corresponding Arm of [Empty Weight Arm in mm/cm]. The reference station or Datum is located at [Description of the Datum location, e.g. leading edge or nose]. It is imperative that the final calculation determines whether the proposed configuration for the mission [Name of Mission/Operation] is safe for takeoff, considering load variations during flight if applicable. It details the calculation process incorporating the following load elements: 1. Batteries: [Weight of batteries in kg] in the position [Position of batteries in mm]. 2. Payload: [Type of sensor or camera] with a weight of [Payload weight in kg] installed on the arm [Payload position in mm]. 3. Additional equipment: [Description of extra accessories] weighing [Extra weight in kg] located in [Extra position in mm]. You must generate a Moment table (Weight x Arm) for each element and add the totals to find the total CoG using the formula: Total CoG = Total Moment / Total Weight. Once the calculated CoG is obtained, rigorously compare it with the front limits (Forward Limit) of [Front Limit in mm] and rear limits (Aft Limit) of [Rear Limit in mm] specified in the maintenance manual or the Type Certificate. Evaluate the impact of this focus on the longitudinal stability of the aircraft, control authority and energy consumption. If the CoG is out of range, technically propose three mitigation or load redistribution methods to correct the imbalance without compromising structural integrity. Finally, write a technical conclusion under the security report format to obtain a SORA (Specific Operations Risk Assessment). It includes a warning about the risks of operating outside the flight envelope and a professional recommendation on the physical attachment of loads to avoid displacement of the dynamic CoG during high acceleration maneuvers or wind gusts up to [Wind speed in knots/kmh]. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
He acts as a Senior Aeronautical Radiotelephony Instructor and Expert in Operational Safety Regulations (EASA/FAA). Your objective is to design an advanced manual of specific radio communication protocols for the operation of drones in [ESPACIO_AEREO] within the jurisdiction of [ZONA_GEOGRAFICA]. The content must be aimed at obtaining radio operator certification for UAS/RPAS pilots, ensuring that the language is technical, precise and rigorously complies with ICAO (ICAO) standards. Develop a detailed guide that includes the structure of radio messages from initial contact to closing the transaction. You must explain the International Phonetic Alphabet and the technical pronunciation of numbers and decimals applied to [TIPO_DE_OPERACION]. Includes practical examples of mandatory read-back for air traffic control (ATC) clearances, frequency changes, and position notifications, integrating the call sign [INDICATIVO_LLAMADA] and using the [FRECUENCIA_TORRE] frequency as the basis for the examples. Delve into communications management in contingency and emergency situations. It details the correct use of the keywords 'MAYDAY' and 'PAN-PAN', specifying the order of the information that the drone pilot must transmit (Identification, Situation, Intentions, Position, People on board if applicable/Remaining range). In addition, it establishes a protocol for action in the event of a [PROCEDIMIENTO_FALLO_RADIO] (COM Loss) for BVLOS (Beyond Visual Line of Sight) operations, ensuring that the pilot knows how to proceed without active two-way communication. Generates a glossary of standard phraseology for critical flight phases: Start-up, Takeoff Clearance, Control Zone Entry, C2 Link Loss Notification, and Landing or Recovery Procedures. The tone should be professional and educational, providing advice on 'radio discipline' (listening before speaking, brevity, clarity and accuracy) to avoid saturation of aeronautical frequencies. Finally, create a dialogue simulation scenario between the [MODELO_UAS] pilot and the tower controller, where a conflictive traffic situation occurs with a manned aircraft. The dialogue must demonstrate effective conflict resolution using only standardized aeronautical phraseology in [IDIOMA_PREFERENTE], allowing the user to practice the appropriate response to vector instructions or holding in flight. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
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Based on 10 reviews
Very good material. They adapt well with a few tweaks. Came close to a five.
Best purchase I made this month. They saved me hours of work in the first week. Already recommended them to my team.
Happy with the purchase. The organization helps you get oriented fast. Came close to a five.
Worth every penny. They're easy to adapt to my case by just changing the fields. Already recommended them to my team.
Exactly what I was looking for. The prompts are really well thought out and the effort shows. An investment that pays for itself.
It helped me quite a bit. They saved me time on several tasks. I'd buy again.
Best purchase I made this month. They're easy to adapt to my case by just changing the fields. One hundred percent recommended.
Exactly what I was looking for. They saved me hours of work in the first week. An investment that pays for itself.
It's fine, nothing more. They work as a starting point. Could be better but useful.
Delivers what it promises. The prompts are useful and practical. I recommend it.