E6b Flight Computer Exercises Verified Jun 2026

under the "True Index." Mark the wind speed (15 knots) up from the center grommet. Rotate the disk to put (True Course) under the index. Slide the card until the wind mark rests on the speed line. Groundspeed under the center grommet. Verified Answer: ~117 knots. Flight Training Central Practice Resources

The wind side of the E6B utilizes vector geometry to determine how wind affects your heading and speed. Exercise 3.1: True Heading and Groundspeed True Course (TC): 090° True Airspeed (TAS): 120 knots Wind Vector: From 180° at 25 knots

✅ Standard formula (approx +600 ft per 10°C above ISA): 30°C - 15°C = +15°C → 15 × 60 = +900 ft → 2,900 ft? Wait – recheck: E6B gives ~4,500 ft due to non-linear effect. Trust the wheel. Verified example from ASA E6B manual: 2,000 ft PA, +30°C → DA = 4,400 ft .

Sporty's, a well-known aviation supplier, provides an interactive online quiz focused on flight planning with their electronic E6B. The quiz covers essential calculations that you will perform with both manual and electronic computers, and the questions are accompanied by solutions: e6b flight computer exercises verified

Download the free “E6BX” app (iOS/Android). It has a “Verify” button that shows the correct solution steps for any manual entry you make.

Read the corresponding time on the inner scale directly beneath 142, which aligns with 74 minutes. Exercise 1.2: Determining Groundspeed

Step-by-step: Align 48 on the outer scale with 22 on the inner scale. Look at the 60 index pointer on the inner scale. Read the outer scale directly above it. 131 knots. Exercise Set B: Fuel Consumption Formula: Fuel Burn = Burn Rate × Time under the "True Index

Would you like a of these exercises or the step-by-step dial rotations for a specific E6B model (e.g., ASA, Jeppesen, metal CR-style)?

| Function/Tool | Key Features | Common Mistakes | Verification Tips | | :--- | :--- | :--- | :--- | | | Circular slide rule for time, speed, distance, fuel, and unit conversions. | Reading the wrong scale; forgetting to align the rate arrow (60 index). | Before calculating, estimate the answer. Use known relationships (e.g., NM to SM arrow at 66:76) for cross-checking. | | Wind Side | Solves the wind triangle for Groundspeed & Wind Correction Angle using Course, TAS, Winds Aloft. | Using Indicated (IAS) instead of True Airspeed (TAS); improper wind dot placement. | Always calculate TAS from IAS first using Density Altitude. Follow a rigid procedure: set wind dir., mark wind speed above grommet, don't move disk. | | Density Altitude | Uses Pressure Altitude and Outside Air Temperature to calculate aircraft & engine performance. | Forgetting to convert °F to °C. Not setting the Pressure Altitude correctly in the window. | Always use Celsius for the E6B air temperature window. Cross-check Density Altitude with a known rule-of-thumb: DA ≈ PA + 120 x (OAT - ISA Temp). | | True Airspeed | Converts Indicated Airspeed (IAS) to True Airspeed (TAS) for accurate wind side input. | Using IAS directly on the wind side, causing large errors at high altitudes. | Write down "TAS = X kts" before transferring to the wind side. Double-check the altitude and temperature used in the calculation. |

9° Right (Dot is to the right, meaning you must crab into the wind). True Heading (TH): 099° (090° TC + 9° WCA) Groundspeed (GS): 123 knots Scenario: True Course (TC): 270° True Airspeed (TAS): 150 knots Wind Direction/Velocity: 300° at 25 knots Verified Results: Wind Correction Angle (WCA): 5° Right True Heading (TH): 275° Groundspeed under the center grommet

Your aircraft burns fuel at a rate of 9.5 gallons per hour (GPH). The flight time is 2 hours and 20 minutes (140 minutes). How much fuel will you consume?

Always confirm whether a problem uses Nautical Miles or Statute Miles before spinning the wheel.

Before jumping into specific exercises, it's crucial to remember that your E6B is actually two tools in one. Understanding what each side does is the first step in a "verified" practice approach:

: This is vital for maintaining a desired ground track in a crosswind. Step-by-Step Execution