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E6B, NavLog Calculator, Weather Reports, METAR, TAF, Wind Components, Instrument Simulator, Weight and Balance, Pressure Altitude, Density Altitude, True Air Speed, and a lot more.
- TAF Decoder
TAF Decoder - E6BX | Aviation Calculators
- Terms and Conditions and The Privacy Statement
E6BX makes no guarantee that the content and services of...
- E6BX APP
E6BX E6B Calculator App. The E6BX App is a pilot essential,...
- True Air Speed
True Air Speed - E6BX | Aviation Calculators
- Speed of Sound
Speed of Sound - E6BX | Aviation Calculators
- Time Addition & Subtraction
Time Addition & Subtraction - E6BX | Aviation Calculators
- Mach Speed
Mach Speed - E6BX | Aviation Calculators
- Aviation Unit Converters
Aviation Unit Converters - E6BX | Aviation Calculators
- TAF Decoder
1 mar 2024 · This is a free mini-app from David Megginson for fellow afficionados of the classic aviation E6B circular sliderule (or for student pilots still forced to learn to use it). You can solve practice problems for either the wind side or the calculator side.
The application provides all the conversions and flight functions required by pilots. The functions are similar to those that are manually done with a CX-2 or E6-B flight computer. All features can easily be access from a simple and intuitive navigation system.
•Examples of calculations are time/distance/speed, fuel burn, density altitude, conversions (NM/SM/km, gallon/liter/imp gallon, TAS/CAS), wind correction angle, ground speed, etc… Digital vs Manual •You can purchase an E6B Flight Computer. •You can download the Flight Computer Sim App for free. •You can use the UND online E6B website.
Instructions for Using ASA Flight Computer. Your ASA E6-B Flight Computer has two main parts: a circular slide rule side for making quick calculations, and a wind side for computing ground speed and wind correction angle. The slide portion of the circular slide rule side also includes quick-reference material.
The E6BJA (Professional, Windows Edition) Flight Computer is a powerful, fully-fledged software-based digital computer for practising performing aeronautical and flight calculations speedily and easily.
If an aircraft is flying at a speed of 120 miles per hour, how long will it take to fly 140 miles? The steps involved in solving this problem are as follows: (See fig. 6.) 1. Turn to the calculator side of the computer and rotate the computer disc until the speed index is located directly under "12" which represents 120 miles per hour. 2. 3. 4 ...
