E6b Flight Computer Exercises Verified [work]

The E6B flight computer is an essential tool for pilots, providing a comprehensive and efficient means of performing various calculations related to flight planning, navigation, and performance. To become proficient in using this instrument, pilots must practice and verify their skills through a series of exercises. In this feature, we will provide a verified guide to mastering E6B flight computer exercises, ensuring that pilots can accurately and confidently perform critical calculations.

To help me tailor additional practice tracking sheets or exam preparation tools for your training, let me know:

Finding how long it takes to travel a certain distance at a specific speed.

Rotate the compass dial so your True Course (090°) is under the True Index.

You are cruising at a groundspeed of 120 knots. Your next checkpoint is 45 nautical miles (NM) away. How long will it take to reach the checkpoint? Solution: 22.5 minutes (22 minutes, 30 seconds). e6b flight computer exercises verified

Read the value on the outer scale directly above the 60 pointer. 140 Knots Exercise 2: Finding Time En Route

The "calculator side" of the E6B works on a 60-to-1 ratio, aligning with the 60 minutes in an hour Outer Scale (Fixed): Represents distance, fuel quantity, or ground speed Inner Scale (Rotating): Represents time (minutes) or fuel flow The Index (60):

The number below it on the inner scale is your time in minutes 2. Fuel Consumption

An aircraft's groundspeed is 120 knots. How far will it travel in 2 hours and 30 minutes (150 minutes)? The E6B flight computer is an essential tool

I can generate targeted practice problems tailored to your training goals.

Set Pressure Altitude opposite OAT in the airspeed window. Look at Calibrated Airspeed (CAS) on the inner scale to find TAS on the outer scale.

You have 32 gallons of usable fuel remaining. Your current fuel burn rate is 11.5 GPH. How long can you fly before tanks are empty? E6B Steps:

Place 45 opposite 270 min. Read fuel flow over 60. To help me tailor additional practice tracking sheets

This article provides for the E6B. These are standard problems with known solutions that you can use to confirm your device is calibrated correctly and your technique is sound. If you can solve these, your mechanical flight planning is flight-ready.

You're flying from point A to point B, a distance of 120 nautical miles. If your heading is 090° (east) and your airspeed is 100 knots, how long will it take to reach point B?

The inner scale reads 86 minutes, which aligns with 1 hour and 26 minutes on the hour scale. Exercise 1.3: Calculating Distance Traveled

The E6B consists of two main parts, both essential for flight planning: