Analyze motor, propeller, battery and ESC combinations with a real physics engine. Calculate flight time, thrust ratio, acoustic noise, cost and regulation compliance in seconds.
Stop using spreadsheets and guesswork. Design with real aerodynamic and electrical physics.
Momentum theory, Peukert battery model, BET propeller analysis and ISA atmosphere model for realistic flight time and thrust calculations.
SPL (dBA) estimation based on propeller RPM, blade count and motor power. Noise categorization and quiet design recommendations.
Optimal cruise speed, maximum range and power-velocity curve calculation using Glauert momentum theory.
EASA, FAA and DGCA weight class checks. C0-C6 category detection and automatic compliance reporting.
Total hardware cost breakdown including motor, ESC, propeller, battery and wiring (Bill of Materials).
Enter your target flight time — the system scans all motor-propeller-battery combinations and finds the top 5 results.
Live 3D drone model based on frame size, motor count and propeller diameter. Change inputs, model updates instantly.
Download analysis results as .param files. SITL simulation and MATLAB export support included.
Convert all analysis results into professional PDF reports. Perfect for client presentations and certification documentation.
Don't let complex engineering calculations slow you down. Select components, press the button.
Choose your motor, propeller, ESC and battery from the database or enter custom specs. 236+ real components ready.
Press "Analyze". The physics engine runs 12 different models in seconds.
Download results as PDF report, ArduPilot .param file or MATLAB script.
Basic analysis is free forever. Upgrade to PRO for professional features.
Concept pricing for design preview only. Final checkout prices are not set.
Sign up, select your components, run the physics engine. 2 minutes.
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