Physics Knowledge
IntellectualAnswer 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.
Overview
Physics Knowledge measures whether you hold the foundational, high-school-level physics that pilot ground schools assume before theoretical flight training — the ability to reason about force and motion, fluids and materials, electricity and magnetism, light, heat and waves, and to predict how a described physical situation will behave. It is a knowledge test rather than a pure aptitude test: the items reward conceptual understanding over rote calculation, so you rarely need a calculator, but you do need to know the principle at work. As used by the DLR pilot selection (BU physics / technical comprehension), the ADAPT / Symbiotics Progressive Physics Test, the EPST COMPASS Tech-test (described by EPST as a technical-comprehension physics test) and comparable batteries (e.g. the AFOQT Physical Science subtest), you work through timed multiple-choice items of increasing difficulty across the core physics domains. Wizz Air's TestAir360 sets ten physics questions in twelve minutes, some multiple choice and some typed, with a calculator allowed, weighted to electricity, energy and forces; the TestAir360 preset reproduces that paper. This is a familiarisation and practice tool, not a validated assessment — the target scores are provisional practice anchors, not passing scores.
Assessments
Tested in assessments at Lufthansa Group, Transavia and Etihad.
Could show up in DLR, ADAPT, COMPASS and TestAir360-based selections.
Airline mappings are based on public information and may change.
Example: reason about the scenario
Read the question and study the diagram, then pick the single option that the physics of the situation forces to be true. The correct answer is highlighted below.
Example: a typed answer on the TestAir360 paper
On the Wizz Air TestAir360 paper some questions have no options. Work the answer out, with a calculator if you like, and type the number in the unit shown, to the precision asked. 4,5 and 4.5 both count.
Game Phases
Configure
Choose a topic (all domains or one) and your test duration, or the Wizz Air TestAir360 paper. Each topic lists what it covers. Longer tests draw more questions and have a higher target score.
Solve
Read each item, reason about the physics of the scenario, and pick the correct option. Skip rather than guess when unsure.
Review
After finishing, review each item: the question and any diagram, your answer versus the correct one, and a worked explanation of why it is right.
More Practice
Technical & Knowledge
5 exercisesTechnical Reasoning
Inspect a technical construction of gears, pulleys, racks and rods, and pick the option that allows (or disallows) the indicated movement.
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.
Aviation Knowledge
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.
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.
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.