This aircraft calculator is capable to obtain flight characteristics, standard atmosphere properties, airspeed and wind triangle conversions.
Designed for aerospace and aeronautical engineers, pilots, students and aviation professionals.
★ Aerospace Engineering at your pocket.
★ Real-time aviation calculator for pilots.
★ Drag and slide panels to automatically calculate aircraft and flight characteristics.
★ Change your interface theme.
★ Save last calculation.
★ Save your airplanes configuration in database.
★ Change input and output units.
★ May use phone sensors (GPS, Barometer and Thermometer).
★ FREE – No Ads – Small app size!
Inputs:
•
Altitude:
Pressure altitude, Geometric Altitude or Atmospheric Pressure
•
Temperature:
Atmospheric Temperature or Delta ISA
•
Aircraft Speed:
True Airspeed, Equivalent Airspeed, Calibrated Airspeed, Mach, Lift Coefficient (CL), Ground Speed, Dynamic Pressure or Impact Pressure
•
Aircraft Characteristics:
Weight, Wing Area and Chord, Maximum Lift Coefficient (CLmax)
•
Aircraft Maneuvering:
Pull-up or Wind-up Turn (Load Factor or Bank Angle)
•
Aircraft Orientation:
Course / Heading and Sideslip / Drift
•
Wind:
Headwind / Crosswind / Runway Direction or Wind Speed / Direction
Outputs:
• Pressure Altitude
• Geometric Altitude
• Geopotencial Altitude
• Density Altitude
• Temperature Altitude
• Pressure
• Density
• Temperature
• Delta ISA temperature deviation
• Total Temperature
• Viscosity
• Sound Speed
• True Airspeed
• Calibrated Airspeed
• Equivalent Airspeed
• Ground Speed
• Stall Speed
• Stall Speed Factor
• Lift Coefficient
• Mach
• Reynolds
• Pressure Ratio
• Density Ratio
• Temperature Ratio
• Dynamic Pressure
• Impact Pressure
• Total Pressure
• Dynamic Pressure * Reference Area / gravity
• Lift Force
• Weight / Delta
• Load Factor
• Bank Angle
• Track Angle
• Heading Angle
• Sideslip Angle
• Drift Angle
• Wind Speed
• Wind Direction
• AlongTrack Headwind
• AlongTrack Crosswind
Standard atmosphere calculations are valid up to 86km.
Questions, bugs and requests may be sent to flightdyn@gmail.com
