Flight Condition Calculator

aero.sei.flightcalc

View detailed information for Flight Condition Calculator — ratings, download counts, screenshots, pricing and developer details. See integrated SDKs and related technical data.

Total installs
240(240)
Rating
4.5(4 reviews)
Released
November 5, 2020
Last updated
November 5, 2020
Category
Tools
Developer
SpaceWorks Enterprises, Inc.
Developer details
Name
SpaceWorks Enterprises, Inc.
E-mail
Software.Dev@spaceworks.aero
Website
unknown
Country
unknown
Address
unknown
Android SDKs
  • No items.
Flight Condition Calculator Header - AppWisp.com

Screenshots

Flight Condition Calculator Screenshot 1 - AppWisp.com
Flight Condition Calculator Screenshot 2 - AppWisp.com
Flight Condition Calculator Screenshot 3 - AppWisp.com

Description

The Flight Condition Calculator performs convenient aerospace calculations and conversions on your mobile device. Use the simple interface to quickly determine a complete set of flight parameters such as Mach number, true airspeed, calibrated airspeed, altitude, dynamic pressure, and atmospheric conditions starting with knowledge of just a subset of these.

SpaceWorks Software’s new Flight Condition Calculator app is built around a standard set of aerospace equations and definitions, as well as empirical atmospheric data. The app is ideally suited for quick, back-of-the-envelope style calculations, but should never be used in mission critical situations.

-- Features --
• Ability to select from 3 different atmosphere models
• Flexible set of inputs requires any 2 of the following: dynamic pressure, velocity (true airspeed), Mach number, and/or altitude (Note: All such combinations are feasible except for the case where only velocity and Mach number are known)
• Complete set of outputs includes altitude, velocity, Mach number, dynamic pressure, temperature (ambient), density (ambient), and calibrated airspeed
• Express inputs and outputs in either English units or SI units
• Capable of analyzing flight conditions up to a limit of 150,000 ft (~45,700 m)
• Appropriate accuracy for back-of-the-envelope calculations