Aviation Knowledge

Intellectual

Answer multiple-choice aviation-theory questions across principles of flight, aircraft systems, instruments, navigation, meteorology and air law. An ATPL-lite knowledge check under time pressure.

~10 min

Overview

Aviation Knowledge measures foundational aviation theory — the ground-school facts and relationships a cadet is expected to have absorbed before and during initial training. Unlike the cognitive games on the platform it is a pure knowledge check rather than an aptitude test: the six domains (principles of flight, aircraft systems, instruments, navigation, meteorology and air law) reward study and recall, not reasoning from the stem alone. As used by ADAPT (the Symbiotics 'Advanced Aviation Knowledge' paper — 50 multiple-choice questions in an hour across principles of flight, navigation, meteorology and air law) and comparable batteries (a similar module is reported in DLR ready-entry screening), an aviation-knowledge section screens whether a candidate arrives with a genuine grounding in the subject. This is a familiarisation and practice tool, not a validated assessment — target scores are provisional practice anchors, not passing scores.

Assessments

Could show up in ADAPT-based selections.

  • Sitting the Air France cadets' aeronautical general knowledge test? That one is marked the other way round — a point for a right answer and nothing off for a wrong one, so an item left blank is a point given away. Train it in its own format: ENAC Aeronautical General Knowledge.

Airline mappings are based on public information and may change.

Example: a single-best-answer item

Every question is multiple choice with exactly one correct option; the other three are plausible but wrong. This is a knowledge check, so read all four options before committing — and skip rather than guess, since a wrong answer costs a point. The correct answer is highlighted below.

Principles of FlightMEDIUM
An aircraft always stalls at the same value of which parameter, regardless of its weight, bank angle or attitude?
A)Indicated airspeed
B)Angle of attack
C)Pitch attitude
D)Ground speed
Explanation
A wing stalls when the airflow separates at its critical angle of attack — and that angle is fixed by the shape of the wing, so it does not change. What does change is the indicated airspeed at which that angle is reached: a heavier aircraft, or one in a banked turn, needs more lift, so it hits the critical angle at a higher speed. That is why stall speed rises with weight and load factor while the stalling angle of attack stays put. Pitch attitude and ground speed are unrelated to when the wing stalls.

Game Phases

1

Configure

Choose your test duration. Longer tests draw more questions across all six domains and have a higher target score.

2

Answer

Read each question and pick the single best answer. Under this exercise's marking a wrong guess costs a point, so skip when you genuinely do not know.

3

Review

After finishing, review each item: the question, its domain and difficulty, your answer versus the correct one, and an explanation of why it is right.

More Practice

Technical & Knowledge

5 exercises

Technical Reasoning

Inspect a technical construction of gears, pulleys, racks and rods, and pick the option that allows (or disallows) the indicated movement.

10 minIntellectual
1
2
3
4

Instrument Comprehension

Read cockpit instruments and reconstruct the aircraft's situation: match an attitude indicator and heading compass to the right silhouette, or — in the cut-e-style RBI/GYRO format — add heading and relative bearing to find the NDB beacon's zone.

5 minIntellectual
On a balanced seesaw, a 40 N weight sits 1 m from the pivot. To balance it, where must a 20 N weight be placed on the other side?
A0.5 m from the pivot
B2 m from the pivot
C4 m from the pivot
D1 m from the pivot

Physics Knowledge

Answer high-school-level physics questions across mechanics and fluids, electricity and magnetism, optics, heat and energy — predicting how physical scenarios behave, not just recalling formulas.

10 minIntellectual
A 6 V battery drives a 1 Ω resistor and a 2 Ω resistor in series (see diagram). What current flows through the 2 Ω resistor?
A3 A
B9 A
C2 A
D6 A

Electrical Comprehension

Reason about simple electrical circuits from their diagrams — switches and bulbs, series versus parallel behaviour, Ohm's law and power, and everyday electrics and magnetism.

10 minIntellectual
8 s12 / 48

ENAC Aeronautical General Knowledge

Aviation knowledge questions, from how a wing lifts to the capital of the Comoros, each with four answers and one of them right. A click is your answer and the next question comes straight up. The exam format is 48 questions at 8 seconds each.

7 minIntellectualPSY0