Question

PART C – Inflight Scenarios & Instrument Drawings
(Choose 2 of 3 scenarios | each chosen scenario = 37.5 points | total = 75 points)
Directions: Read all three scenarios.
Then choose TWO scenarios to answer.
For each scenario you choose:
Select any three instruments from the Six‑Pack that would best show what is happening.
Draw each chosen instrument as it would look in that situation (needle/hand/aircraft symbol position).
Label each drawing with the instrument name.
Write one or two sentences explaining why you chose each instrument and what its reading tells the pilot.
Important: You choose the instruments. You are not told which ones to use.
SCENARIO 1 – Climbing Left Turn
Your airplane has just taken off and is:
Banking to the left
Climbing at a steady rate toward 3,500 feet
Airspeed increasing
The flight is properly coordinated (not slipping or skidding)
TASK:
Choose three instruments from the Six‑Pack that would be the most helpful to understand this situation.
For each:
Draw what the instrument would roughly look like.
Write 1–2 sentences explaining your drawing and why that instrument matters here.
SCENARIO 2 – Descending, Power Reduced
Your airplane is:
Wings level, no turning
Descending toward pattern altitude
Airspeed decreasing as power is reduced
The pilot is watching to make sure they don’t descend too fast.
TASK:
Choose three instruments from the Six‑Pack that would be the most helpful to understand this situation.
For each:
Draw what the instrument would roughly look like.
Write 1–2 sentences explaining your drawing and why that instrument matters here.
SCENARIO 3 – Standard‑Rate Right Turn at Constant Altitude
Your airplane is:
Turning to the right at a standard rate
Holding a constant altitude of 4,000 feet
Airspeed steady
The turn is coordinated (no slip or skid).
TASK:
Choose three instruments from the Six‑Pack that would be the most helpful to understand this situation.
For each:
Draw what the instrument would roughly look like.
Write 1–2 sentences explaining your drawing and why that instrument matters here.

Answer 1

I chose Scenario 1 (Climbing Left Turn) and Scenario 3 (Standard‑Rate Right Turn at Constant Altitude). For each I show three Six‑Pack instruments with simple drawings and 1–2 sentence explanations.

SCENARIO 1 — Climbing Left Turn
Instruments chosen: Attitude Indicator, Airspeed Indicator, Vertical Speed Indicator.

1) Attitude Indicator (artificial horizon)
_________
/ \
| \ --- | <- horizon line slanted down to the left
| \_/ |
| -^- | <- miniature airplane tips up (nose high), banked left
| / \ |
\_________/

Explanation: The attitude indicator shows the airplane is banked left and pitched nose-up, confirming a left climbing turn and giving the pilot precise pitch/bank information.

2) Airspeed Indicator
[AIRSPEED]
0 ----|-------> (needle moving right)
↑
increasing

Explanation: The airspeed needle is moving to the right (increasing), matching the scenario that airspeed is increasing during the climb; the airspeed indicator confirms actual speed trend.

3) Vertical Speed Indicator (VSI)
[VSI]
| ↑
| |
| | ~+800 ft/min
---+-----------
| |
| |

Explanation: The VSI needle is above zero showing a positive (steady) climb rate, which confirms the aircraft is climbing toward 3,500 ft and allows the pilot to control climb rate.

SCENARIO 3 — Standard‑Rate Right Turn at Constant Altitude
Instruments chosen: Turn Coordinator, Attitude Indicator, Vertical Speed Indicator.

1) Turn Coordinator
[TURN COORD]
\ ^ /
\ (>) / <- miniature airplane banked right to the standard-rate reference
\ /
--- o <- white ball centered under miniature (coordinated)

Explanation: The turn coordinator shows the little airplane deflected to the right at about the standard‑rate reference while the ball is centered, indicating a coordinated standard‑rate right turn.

2) Attitude Indicator
_________
/ \
| --- | <- horizon line banked right
| \_/ |
| >- | <- miniature airplane wings banked right, nose level
| \ / |
\_________/

Explanation: The attitude indicator shows a bank to the right with the nose approximately on the horizon (no pitch up/down), supporting that the turn is maintained while altitude is held constant.

3) Vertical Speed Indicator (VSI)
[VSI]
|
|
---+-----------
| 0 <- needle on zero
|

Explanation: The VSI needle is centered at zero, indicating no climb or descent and confirming the pilot is holding a constant altitude of 4,000 ft.

If you want, I can redraw any instrument with different numeric markings (e.g., show specific airspeed or climb rate numbers) or swap instruments (altimeter or heading indicator) for any scenario.