Flight Computer Exercises Verified !!link!!: E6b

These problems involve calculating the , True Heading (TH) , and Groundspeed (GS) based on True Course (TC), True Airspeed (TAS), Wind Direction, and Wind Speed. Exercise 1: Standard Crosswind Data: TC 125°, Wind 219° at 27 kts, TAS 145 kts. Steps: Set True Index to 125∘125 raised to the composed with power (True Course). Place wind dot (27 kts) relative to center. Slide grid to put wind dot on kts TAS line. Verified Results: Wind Correction Angle (WCA): +10∘positive 10 raised to the composed with power True Heading (TH): 135∘135 raised to the composed with power Groundspeed (GS): Exercise 2: Tailwind Challenge Data: TC 355°, Wind 220° at 44 kts, TAS 114 kts. Steps: Set True Index to 355∘355 raised to the composed with power (True Course). Mark wind direction ( 220∘220 raised to the composed with power ) and velocity ( kts) on top of the grid. Adjust grid to align wind dot with 114 TAS. Verified Results: Wind Correction Angle (WCA): -16∘negative 16 raised to the composed with power True Heading (TH): 339∘339 raised to the composed with power Groundspeed (GS): Exercise 3: Slow Airspeed/High Wind Data: TC 345°, Wind 210° at 15 kts, TAS 98 kts. Verified Results: Wind Correction Angle (WCA): +7∘positive 7 raised to the composed with power True Heading (TH): 352∘352 raised to the composed with power Groundspeed (GS):

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

The aircraft has 53 gallons of usable fuel and burns 9.8 GPH. Calculate the maximum endurance (flight time) remaining.

Calculate the WCA: TH (248°) - TC (240°) = +8° (a right correction, meaning the wind dot must be on the right side). e6b flight computer exercises verified

2. Verified E6B Exercises: Wind Side (Navigational Problems)

Before attempting complex wind correction problems, verify the physical integrity of the computer.

How long will it take to fly a 73 NM leg at a groundspeed of 87 knots? These problems involve calculating the , True Heading

The following practical exercises cover the most critical calculations you will need to perform as a pilot, complete with step-by-step solutions to verify your work. 1. Time, Speed, and Distance Exercises

Your groundspeed is 115 knots. How long will it take to travel 78 NM? Verified Formula: Step-by-Step E6B Execution:

Quality of exercises

Interactive quizzes provide immediate feedback. The Sporty's "Flight Planning with Sporty's E6B" quiz is an excellent, free resource. It presents a series of questions, and after answering, it reveals the correct response, allowing you to verify your E6B technique in real time.

The E6B flight computer, affectionately known as the "whiz wheel," remains an indispensable tool for student pilots and experienced aviators alike. Despite the prevalence of digital electronic flight computers and GPS, mastering the manual E6B ensures you understand the fundamental principles of flight planning and, more importantly, provides a reliable backup in case of electronic failure.

The E6B flight computer, often referred to as the "whiz wheel," remains an essential, battle-tested tool for pilots, despite the prevalence of electronic flight bags (EFBs). Mastering it is a rite of passage for private pilot license (PPL) students, crucial for FAA written exams, and a reliable backup during flight planning. Place wind dot (27 kts) relative to center