Exercise 4
Burn rate 9.5 GPH. Flight time 2 hours 20 minutes. Fuel needed?
Exercise 5
You used 14 gallons in 1 hour 45 minutes. Fuel flow (GPH)?
Exercise A1 (Basic – Pressure & Temperature)
Exercise A2 (Advanced – Non-standard pressure)
Data:
Find:
✅ Verified Answers (using E6B wind side):
Verification method: Plot wind vector (240/22) from grommet. Rotate to TC 270°. Slide TAS 110 under grommet; read WCA and GS at wind dot.
The "Slide Rule" side of the E6B is essentially a circular slide rule. It allows you to solve ratio problems. The key is the "60" index.
The Scenario: Your aircraft burns 12 gallons per hour (GPH). You plan to fly for 2 hours and 30 minutes.
The Steps:
Result: The outer scale should read 30. You will burn 30 gallons.
In the landscape of modern aviation, where glass cockpits and tablet-based electronic flight bags (EFBs) are ubiquitous, the circular slide rule known as the E6B flight computer might appear to be a relic. Yet, for student pilots and seasoned aviators alike, the manual E6B remains a critical tool for developing foundational skills in flight planning and navigation. However, merely owning an E6B is insufficient; true proficiency is forged through rigorous, verified exercises—structured problems with known correct answers that provide immediate, reliable feedback. These exercises transform the E6B from a confusing collection of scales into a precision instrument of aeronautical decision-making.
Why practice with verified problems?
The E6B flight computer (mechanical or electronic) is your backup when iPads fail and your trainer for understanding why the GPS gives certain numbers. Below are 7 realistic, verified exercises covering time-speed-distance, fuel, wind correction, and density altitude.
You wouldn't train for a marathon with a broken watch. Similarly, you need a verification feedback loop.
Exercise 4
Burn rate 9.5 GPH. Flight time 2 hours 20 minutes. Fuel needed?
Exercise 5
You used 14 gallons in 1 hour 45 minutes. Fuel flow (GPH)?
Exercise A1 (Basic – Pressure & Temperature)
Exercise A2 (Advanced – Non-standard pressure) e6b+flight+computer+exercises+verified
Data:
Find:
✅ Verified Answers (using E6B wind side): Exercise 4 Burn rate 9
Verification method: Plot wind vector (240/22) from grommet. Rotate to TC 270°. Slide TAS 110 under grommet; read WCA and GS at wind dot.
The "Slide Rule" side of the E6B is essentially a circular slide rule. It allows you to solve ratio problems. The key is the "60" index.
The Scenario: Your aircraft burns 12 gallons per hour (GPH). You plan to fly for 2 hours and 30 minutes. Exercise 5 You used 14 gallons in 1 hour 45 minutes
The Steps:
Result: The outer scale should read 30. You will burn 30 gallons.
In the landscape of modern aviation, where glass cockpits and tablet-based electronic flight bags (EFBs) are ubiquitous, the circular slide rule known as the E6B flight computer might appear to be a relic. Yet, for student pilots and seasoned aviators alike, the manual E6B remains a critical tool for developing foundational skills in flight planning and navigation. However, merely owning an E6B is insufficient; true proficiency is forged through rigorous, verified exercises—structured problems with known correct answers that provide immediate, reliable feedback. These exercises transform the E6B from a confusing collection of scales into a precision instrument of aeronautical decision-making.
Why practice with verified problems?
The E6B flight computer (mechanical or electronic) is your backup when iPads fail and your trainer for understanding why the GPS gives certain numbers. Below are 7 realistic, verified exercises covering time-speed-distance, fuel, wind correction, and density altitude.
You wouldn't train for a marathon with a broken watch. Similarly, you need a verification feedback loop.