Prompt Cards

As a vehicle dynamics lead, design an EV “performance pack”: motor/inverter specs, tire compound, aero kit (Cd/CdA targets), brake sizing, and thermal management. Output lap-time deltas and range trade-offs.

Model ground operations for a commuter aircraft: charging/refuel, pax flow, baggage, and maintenance windows. Design GSE requirements and a 15-minute turnaround target plan.

Create environmental protection strategies: anti-ice/de-ice, lightning bonding, and environmental tests (DO-160). Provide test matrix and design features to pass.

Define a modular avionics stack (navigation, comms, flight control computers) and a pilot HMI for single-pilot ops. Provide alerting philosophy, failure modes, and a training outline.

Design a cabin layout for 8–12 pax. Provide anthropometrics, seat pitch/width, stowage, lighting, and signage. Validate 90-second evacuation compliance with assumptions and constraints.

Specify composite materials for wing and fuselage skins. Define ply schedule, cure cycle, NDI plan, and a field-repair SOP with allowable damage limits and repair kit contents.

Draft a certification plan for a new light aircraft. Map applicable regulations, Means of Compliance, test matrix (ground/flight), safety assessments (FHA/SSA), and documentation cadence.

Create an approach/departure noise model for an urban vertiport. Propose blade count, tip speed limits, and flightpath shaping. Deliver a community engagement and measurement plan with KPI thresholds.

Given mission segments and energy densities, size a hybrid-electric system (generator, battery, motors). Include mass breakdown, thermal loads, redundancy, and certification considerations. Output a sizing table and cooling concept.

Design a wing planform for a regional turboprop. Define AR, taper, sweep, airfoil family, and a high-lift system (slats/flaps) to hit specified runway length and stall speed. Output polars targets, CLmax goal, and an aero risk register.

Act as an aerospace systems lead. Draft a concept of operations (CONOPS) for a 4–6 seat eVTOL. Specify mission profile, range, payload, speed, reserves, and turnaround times. Produce a trade study comparing 3 architectures (tilt-rotor, lift+cruise, multicopter) across efficiency, safety, noise, certification risk (Part 23/OSA). Output a ranked recommendation with risks and mitigations.

Plan a collaboration workflow: script writer, prompt director, editor, and publisher roles. Provide a task board and handoff templates.