E6b Flight Computer Exercises Link

Check your calculated WCA and GS to ensure they make logical sense based on headwind/tailwind.

You cover 60 nautical miles (NM) in 30 minutes . What is your groundspeed?

Read the corresponding distance directly above it on the outer scale. How to Solve for Time e6b flight computer exercises

This article presents a set of practical exercises to build competence with the E6B flight computer (manual circular slide rule + wind side). Each exercise includes a brief objective, given data, steps using the E6B, and the expected result (answers). Use a standard manual E6B; units are indicated.

Forgetting to convert minutes to hours (e.g., using 20 min as 0.333 hr). Check your calculated WCA and GS to ensure

. On the E6B, the large black (located at the number 60 on the inner scale) represents 60 minutes (1 hour). How to Solve for Distance

Scenario : You pass over a VOR at 14:25 Zulu. You pass the next VOR (exactly 32 NM away) at 14:49 Zulu. Read the corresponding distance directly above it on

Use the explicit index arrows printed on the outer scale for Nautical Miles (NAUT), Statues Miles (STAT), US Gallons (GAL), Liters (LIT), Pounds (LBS), and Kilograms (KG). Convert 75 Statute Miles into Nautical Miles.

Before diving into exercises, it's important to understand the E6B's two main sides. The (front face) is a circular slide rule used for multiplication, division, conversions, and solving problems involving time, speed, distance, and fuel. The wind side (rear face) is a graphical computer used to solve wind triangles, calculating groundspeed, wind correction angle, true heading, and actual winds aloft.

9. TC 180°, TAS 130, Wind 240°/20 kts → WCA? GS? 10. TC 045°, TAS 95, Wind 090°/15 kts → WCA? GS? 11. TC 310°, TAS 150, Wind 290°/35 kts → WCA? (Crosswind component high)

To perform E6B flight computer exercises, follow these steps: