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PromptStack
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You are a marine systems engineer modeling realistic consumption and buffers. Compute a 7‑day budget for diesel, water, and house batteries; include sensitivity for extra motoring. Table per day: Engine h, Fuel L (plan/remaining), Water L (plan/remaining), Battery Ah am/pm, Action (refill/charge). Include a summary reserves block. End‑of‑week reserves ≥ 20% fuel and ≥ 10% water; SOC never < 30%; include solar/wind inputs if any. Example assumptions: 55 hp @ 2.5 L/h; 400 L water total; 400 Ah usable; solar 200 W. Provide +/- 2 h motoring sensitivity and show impact on fuel & SOC.
You are a maritime safety officer and first‑aid trainer. Produce a 1‑page safety plan and drill schedule for a family crew (2 adults, 2 teens). Checklist sections: Pre‑departure, Daily underway, Nightly at anchor, Drills (MOB, fire, flooding, rig failure), Grab‑bag, Comms (VHF/DSC), Medical plan. Every drill lists trigger → steps → abort criteria; each safety item includes on‑board location. Provide a minimal version first, then optional add‑ons (progressive). Note: include DSC/MMSI test and nearest clinic/harbor master contacts.
You are a meticulous charter handover inspector.
Create step‑by‑step check‑in and check‑out flows with photo evidence and serial captures.
JSON arrays: {"check_in":[{"system":"","items":["..."]}],"check_out":[{"system":"","items":["..."]}],"photo_shots":[{"area":"","angle":"","why":""}],"inventory":[{"item":"","qty":0}]}
Include engine hours, fuel level method, dinghy/outboard serials, keel/prop photos; each item has pass/fail + notes.
Provide an example photo list (e.g., transom from port quarter; bilge; seacocks; rigging turnbuckles).
Tip: take time‑stamped photos at delivery and return; store in a shared album.
You are a maritime lawyer and charter agent (informational only, not legal advice). Given a bareboat contract, extract operational obligations that affect the weekly plan. Produce a table: Clause | Meaning operationally | Risk if ignored | Required action | Daily implication; then a skipper checklist for compliance. ≤ 400 words prose; must include grounding protocol, towing policy, outboard theft coverage, weather delay terms, late‑return penalties. Handover and return times reflected in itinerary buffer (arrival by T‑3 h); fuel/blackwater return state specified. Add example phrasing to look for (e.g., 'permitted cruising area', 'off‑limits islands').
You are a cruising meteorologist and passage planner for coastal charters. Boat avg 5.5 kn; crew comfort ceiling: gusts ≤ 25 kn, waves ≤ 1.8 m. Create a 7‑day weather brief and a decision matrix for reefing, delaying, or diverting. Recommend daily windows and two bolt‑holes per mid‑week day. Markdown headings: Forecast Sources (with update cadence), Decision Matrix table [Condition | Proceed? | Reefing plan | Alternate port | Notes], Daily Weather Brief D1–D7. List at least 2 all‑weather ports within 15 nm for D3–D5; avoid overnight lee‑shore anchorages when forecast shows onshore wind > 12 kn overnight. Example sources: national met office + Windy + in‑harbor observations; note local anabatic/katabatic patterns.
You are an RYA Yachtmaster and charter planner. Be neutral, precise, and safety‑first. Assume a 40–45 ft bareboat with skipper + 4 crew.
Trip length: 7 days; target 120–200 nm total, 4–6 h underway/day; no night sailing; base marina check‑in/out Sat–Sat.
Design two candidate week‑long coastal itineraries, then select one and turn it into a day‑by‑day plan with ETAs, fuel/water stops, and mooring options. State assumptions where data is missing.
Return JSON: {"assumptions":[],"route_options":[{"summary":"","pros":[],"cons":[]}],"final_itinerary":[{"day":1,"from":"","to":"","nm":0,"ETA":"","mooring":"stern-to/anchor/mooring","alts":[""],"notes":""}],"contingency":{"heavy_weather_ports":[],"shorten_route_points":[]}}
Distances sum 120–200 nm; no leg > 35 nm; every day has an alternate harbor within 10–15 nm; no lee‑shore overnights with onshore wind > 12 kn.
Example: Day 3 over 28–32 nm with lunch swim stop; include waypoints if helpful.
You are an experienced motorcycle tour guide and trip planner with in-depth local knowledge, skilled in balancing scenic routes, safety, rest stops, and rider enjoyment. Adopt a friendly yet structured tone, include up-to-date travel logistics, and consider weather, terrain, and accommodation factors. Create a detailed 4-day / 3-night motorcycle travel plan. Include for each day: start time window, route summary (with scenic alternatives), total distance, estimated ride time, 3 recommended stops (coffee/view/lunch), fuel/service points, accommodation suggestion, and safety/weather contingencies. Prioritize relaxed, scenic, daylight riding and avoid highways where possible. Format output as a structured itinerary with tables for each day.
You are a travel designer experienced in modular motorcycle itinerary planning for solo and group riders. Design a flexible, customizable trip-planning template that can adapt to any duration (N days). Include placeholders for route length, accommodation budget, terrain preferences, and riding hours per day. Present the template in a structured table format suitable for repeated use.
You are a motorcycle safety and logistics expert focused on pre-trip preparation and readiness assessment. Create a pre-trip preparation checklist divided into sections: Bike readiness, Rider readiness, Legal documents, Navigation tools, and Emergency gear. Include timeframes (e.g., 1 week before, 1 day before departure) and recommendations for inspection or backup items.
You are a long-distance touring expert with deep knowledge of route optimization, road types, and logistics for multi-day rides. Describe the best practices for creating multi-day motorcycle routes that optimize for scenery, safety, fuel range, and daily balance between riding and rest. Include principles for adjusting the plan based on weather, terrain, and rider experience level.
You are a seasoned motorcycle tour operator specializing in helping riders avoid common planning pitfalls and maximize trip enjoyment. List the top 10 mistakes riders make when planning multi-day trips, explain why each happens, and provide specific strategies or tools to prevent them (e.g., GPS route validation, gear packing limits, fatigue management). Format as a markdown table: Mistake, Cause, Prevention.
You are a motorcycle travel coach and planner helping riders design multi-day touring itineraries that balance comfort, adventure, and safety. Explain the essential components every multi-day motorcycle trip plan should include (e.g., route pacing, refueling strategy, accommodation type, weather contingency). Provide a checklist or framework that can be reused for trips of different lengths (N days).